IUPUI Bulletins » Schools » IU Richard M. Fairbanks School of Public Health » Courses » Graduate Courses

Graduate Courses

  • PBHL-A 505 INTRODUCTION TO PUBLIC HEALTH ENVIRONMENTAL HEALTH SCIENCE (1 cr.)

    The environment influences many aspects of human health and well-being. Many diseases are initiated, promoted, sustained, or stimulated by environmental factors. For these reasons, the interactions people have with their environments are an important component of public health. Environmental health focuses on the relationship between the environment and human health.

  • PBHL-A 519 Environmental Science in Public Health (3 cr.) The primary focus of this course will be on pathogenic agents (biological, chemical, and physical) in the environment and their impact on morbidity and mortality of human populations. We will study several types of common and emerging pathogens from anthropogenic and natural sources and how they cause illness and/or injury. Particular attention will be given to the mode of transmission, route of exposure, and acute and chronic diseases or injuries caused by these environmental agents. During the class we will also investigate the strategies, technologies and laws/policies that are used to prevent, control, or eliminate environmental hazards.
  • PBHL-A 602 Internship in Environmental Health Science (3 cr.) P: MPH Core Curriculum (5 courses); Consent of Faculty Advisor. This course integrates public health theory and practice in a practice setting. Students have the opportunity to apply concepts from core and concentration courses, conduct projects, and interact with a range of health professionals in the designated setting. Linked to the student's chosen concentration, this work experience exposes the student to new issues and new ways to solve problems and offers the student an opportunity to gain work experience in his/her concentration major and, at the same time, provides valuable job skills. The student works both with a faculty advisor and an academically and professionally qualified preceptor in the agency.
  • PBHL-A 609 Air Pollution in the Community (3 cr.)

    A survey course covering the chemistry, transport, and fate of air pollutants related to current issues of air quality, such as photochemical smog, ozone depletion, particulate matter, and indoor air quality. Topics include the types, sources, health and environmental effects, measurement, evaluation, control, regulation, and modeling of air pollution concentrations. This course is appropriate for students who have the following background: Chemistry 105 (or equivalent) and Algebra 153 (or equivalent) . 

  • PBHL-A 614 WATER QUALITY (3 cr.)

    This course is designed to teach public health students the fundamentals of water quality and treatment of water, wastewater and solid waste along with associated aspects of the water cycle, ecosystems, water resources and regulations.

  • PBHL-A 617 ENVIRONMENTAL EPIDEMIOLOGY (3 cr.)

    This course covers the major developments in the history of epidemiology. The course is not meant to be comprehensive, but rather to provide an opportunity to follow the development of the discipline. You will be required to read 5-7 seminal articles each week and be prepared to discuss them in class. Due to the shortened nature of the summer semester, you must read the first week's material before the class has started. All of the articles have been scanned and placed in Oncourse under the resource tab. Copies of the powerpoint presentations to help direct your readings also have been provided. We will be discussing the first weeks articles the first night so you must read them prior to class time. In order to focus your reading and discussion, there are several questions posed for each week's readings; you should be familiar with the major contribution of each article or historical figure. You should familiarize yourself with the context of their work - you should know what the purpose of their work was, external drivers that either facilitated or hindered their research, underlying political pressures, and assess the utility of their research in regards to how the field is practiced today.

  • PBHL-A 620 Environmental Health Policy Analysis (3 cr.)

    This course provides students with a focus on the policy-making process and the many variables that comprise the dynamic framework for environmental policy formulation.  The course explores the roles of politics, economics, science, health, values and ethics in setting policy through a consideration of key historical and contemporary issues.

  • PBHL-A 620 Environmental Health Policy Analysis (3 cr.) This course is designed to introduce students to a variety of environmental issues at the state, national and international levels and the environmental policies that have been created and implemented to eliminate or control them. We will study the basic elements of the policy-making process and the many variables that comprise the dynamic framework for environmental policy formulation. Contemporary thinking about these issues will be examined and questions will be posed about the politics, economics, science, tragedies, events, and public opinion that influence the nature and scope of environmental policy making. The current U.S. environmental laws, rules and regulations that address pollution of air, water, and land; contamination of food; and use of energy and natural resources will also be considered.
  • PBHL-A 621 Solid and Hazardous Waste Management (3 cr.) This course provides students with a technical foundation in areas of solid and hazardous waste management that can be applied to the examination of policy options. Topics include characterization of the waste stream, regulations, health and environmental risks, liability issues, management techniques, and treatment and disposal options.
  • PBHL-A 621 Solid and Hazardous Waste Management (3 cr.)

    This course provides students with a technical foundation in areas of solid and hazardous waste management that can be applied to the examination of policy options. Topics include characterization of the waste stream, regulations, health and environmental risks, liability issues, management techniques, and treatment and disposal options.

  • PBHL-A 623 Environmental Management Systems: ISO 14001 Based (3 cr.)

    This course provides students with the knowledge and skills to establish or improve an environmental management system that is compatible with ISO (International Organization for Standardization) 14001, an international, voluntary standard that is emerging as a best-management practice for environment.

  • PBHL-A 628 Public Health Sanitation (3 cr.) This course will examine the various hazards that cause food borne illness as well as the risk factors that are known to contribute to these diseases. Topics include etiological agents for common and emerging food borne diseases; basic concepts of food science and technology; food safety principles and practices that are recommended by the Food and Drug Administration's "Food" Code.
  • PBHL-A 633 Occupational Health and Safety for Public Health Professionals (3 cr.) This course provides a survey of technical and regulatory aspects of protecting the health and safety of workers. Topics include basic toxicology; skin, eye, and respiratory hazards; measuring hazardous atmospheres; ventilation systems; fire and explosion hazards; emergency response; occupational hearing loss; radiation; prevention of accidents; cumulative trauma; and personal protective equipment.
  • PBHL-A 640 Public Health Applications of GIS (3 cr.) Using ArcGIS Desktop software, this course aims to familiarize students with applications of Geographic Information Systems (GIS) in the context of public health. Public Health cases will be used to explain and teach principles, methods, and techniques. Topics include creating layer packages in ArcMap, health data visualization, map design, health data downloading, geocoding tabular data, and spatial analysis and spatial joins. Downloading, processing and visualization of satellite data on environmental parameters that are traditionally determinants of public health will be covered at the end of the course. The course will provide practical experience to students through exercises and a final project.
  • PBHL-A 650 Readings in Public Health (1-3 cr.) This course is designed to expose the student to published material on a specific topic or technique in the field of Public Health. The material to be studied will be determined primarily by the student under the direction of a faculty member with input from the student's concentration advisor. The student is expected to work closely with the faculty member to develop a strategy to identify the material to study, plan a time frame for completion of the study and to determine the nature of the study product. Generally the product will be a summary and interpretation of the material studied in a literature review format. The student and faculty member will complete a written agreement, which outlines the scope of work for the semester. This agreement will also be signed by the concentration advisor.
  • PBHL-A 660 Chemistry for Environmental Health Professionals (3 cr.) Chemistry for Environmental Health Professionals provides a review of chemistry fundamentals and application of fundamentals to environmental health issues. Our focus is on the organic and inorganic chemistry of topics including hazardous materials and wastes; industrial processes, toxicology, and sustainability; water and water pollution and treatment; the atmosphere and air pollution; soil; and other related topics.
  • PBHL-A 660 Chemistry for Environmental Health Professionals (3 cr.)

    Chemistry for Environmental Health Professionals provides a review of chemistry fundamentals and application of fundamentals to environmental health issues. Our focus is on the organic and inorganic chemistry of topics including hazardous materials and wastes; industrial processes, toxicology, and sustainability; water and water pollution and treatment; the atmosphere and air pollution; soil; and other related topics.

  • PBHL-A 661 Environmental Toxicology (3 cr.) P: PBHL-A 609. This course examines the extent and significance of toxic agents in the environment. It covers risk assessment of potential adverse health effect resulting from human exposure to toxic environmental agents. It also provides a background for understanding mechanistic and biologic specific processes of environmental agents.
  • PBHL-A 661 Environmental Toxicology (3 cr.)

    This class will give students a solid introduction to toxicology and the ways in which environmental exposures can contribute to human disease.  The course will also introduce the regulatory settings in which environmental toxicology is key.

  • PBHL-A 662 Environmental Health Risk Assessment (3 cr.) Environmental Risk Assessment is the basis for making decisions related to ecology and human health. This course will examine the basic principles and methods of conducting ecological and human health risk assessments and how risk is managed and communicated to the public. Applications emphasizing real cases will be used to illustrate the interdisciplinary process and products of risk assessment, as well as the regulatory use of the information.
  • PBHL-A 670 Topics in Public Health (1-3 cr.) This course has a variable title and can be offered for variable credits. Similar to topics courses offered in other IUPUI programs, this course offers an introduction to a variety of public health topics and current issues will be covered in this course.
  • PBHL-A 670 Topic: Air Pollution in the Community (3 cr.) C:  Jointly offered with A451 This course provides an overview and foundation in the science and management of air quality, with a focus on health impacts and strategies to reduce these impacts. Course topics include the scientific technical aspects of air pollution through the study of the characteristics of the atmosphere and atmospheric pollutants, effects of meteorology on air pollution, urban air pollution, visibility, smog, acid deposition, stratospheric ozone depletion, global warming and indoor air pollution.
  • PBHL-A 670 Topics in Public Health: Water Quality Management (3 cr.)

    Water quality and management of water and wastewater are critical issues for the sustenance of every society and public health. A rational approach to deal with these issues requires understanding of basic principles about water and the surrounding ecosystem that both provides this resource and receives the waste from its use and misuse. This course is designed to teach public health students the fundamentals of water quality and treatment of water, wastewater and solid waste along with associated aspects of the water cycle, ecosystems, water resources and regulations. Although this is mostly a descriptive course with no lab component, few sessions will take place in a lab to reinforce some key concepts with lab experiments. 

  • PBHL-A 675 Topics in Public Health (3 cr.) This course explores the major national and international legislative, regulatory, and voluntary frameworks that impact manufacturing, importing, and placing products into commerce, and aspects for compliance management for businesses.
  • PBHL-A 676 Product Stewardship Strategy and Management (3 cr.)

    This course presents integrated product stewardship and business strategy framework, interacting with leadership at all levels throughout the organization. It explores how businesses set and attain overarching goals by integrating risk assessments, regulatory, and other considerations. Responsibility and performance required of product stewardship programs and the expectations of product stewardship professionals is emphasized.

  • PBHL-A 677 Product Hazard, Exposure & Risk Assessment (3 cr.)

    Examines product hazards against probable and misuse exposure scenarios that translate into a risk assessment. Explores a framework to asses risk throughout the product supply chain to determine and document appropriate and effective systems for ongoing assessment and management of product and business risk.

  • PBHL-A 678 Product Hazard, Exposure & Risk Assessment (3 cr.)

    Presents best practices in product design, focusing on materials selection, packaging and sustainability.  Examines alternatives in the product development cycle where improvement opportunities exist to reduce potential impact on human and environmental health while providing comparable or superior efficacy, and competitive advantage to business.  Explore sustainability concepts and their impact on product development and design.

  • PBHL-A 680 Fundamentals of Product Stewardship (3 cr.)

    Introduction to regulatory, customer, and societal issues that affect consumer and intermediate products and how to incorporate solutions into business strategy using appropriate tools, concepts, and systems.  Examines the product supply chain, from the sourcing of raw materials, manufacturing of materials into products, transportation, retail, and use, to their end-of-life.

  • PBHL-A 700 Environmental Health Continuous Enrollment (1 cr.) P: PBHL-A 703. This course is a one-credit course designed for MPH students who previously registered for PBHL-A 703 Environmental Health Concentration Project and are working on their Final Concentration Project until project grade has been assigned.
  • PBHL-A 703 Environmental Science Concentration Final Project (3 cr.) P: MPH Core; Public Health Internship. Provides students the opportunity to synthesize and integrate knowledge acquired through coursework and the public health internship. Student projects will include components of environmental science analysis, research, and application.
  • PBHL-B 530 Statistical Methods in Bioinformatics (3 cr.) P: Students are assumed to have completed a graduate level statistics courses (such as STAT 51200 & STAT 51900) and are familiar with the basic concepts of statistical inference. Students who are uncertain about their levels of preparation are encouraged to contact the instructor. This is a graduate level course designed for students in biostatistics, statistics, bioinformatics, and other related areas. The course covers a broad range of statistical methods used in many areas of bioinformatics research, including sequence alignment, genome sequencing and gene finding, gene expression microarray analysis, transcriptional regulation and sequence motif finding, comparative genomics, and proteomics. This course is designed to train student's skills in data analyses and communications through real life bioinformatics projects. The courses primary audiences include are graduate students in biostatistics, bioinformatics, and researchers from pharmaceutical industry.
  • PBHL-B 530 Statistical Methods in Bioinformatics (3 cr.) P: Students are assumed to have completed a graduate level statistics courses (such as STAT 51200 & STAT 51900) and are familiar with the basic concepts of statistical inference. Students who are uncertain about their levels of preparation are encouraged to contact the instructor.

    B530 is a graduate level course designed for students in biostatistics, statistics, bioinformatics, and other related areas. The course covers a broad range of statistical methods used in many areas of bioinformatics research, including sequence alignment, genome sequencing and gene finding, gene expression microarray analysis, transcriptional regulation and sequence motif finding, comparative genomics, and proteomics. This course is designed to train student's skills in data analyses and communications through real life bioinformatics projects. The courses primary audiences include are graduate students in biostatistics, bioinformatics, and researchers from pharmaceutical industry.

  • PBHL-B 551 Biostatistics for Public Health I (3 cr.) This course introduces the basic principles and methods of data analysis in public health biostatistics. Emphasis is placed on public health examples as they relate to concepts such as sampling, study design, descriptive statistics, probability, statistical distributions, estimation, hypothesis testing, chi-square tests, t-tests, analysis of variance, linear regression and correlation.
  • PBHL-B 551 Biostatistics for Public Health I (3 cr.) P: One semester of undergraduate mathematics. This course introduces the basic principles and methods of data analysis in public health biostatistics. Emphasis is placed on public health examples as they relate to concepts such as sampling, study design, descriptive statistics, probability, statistical distributions, estimation, hypothesis testing, chi-square tests, t-tests, analysis of variance, linear regression and correlation. An introduction to SAS statistical software is now a part of this course.
  • PBHL-B 552 Fundamentals of Data Management (3 cr.) This course teaches concepts related to research data planning, collection, storage, processing, and dissemination. The curriculum includes theoretical guidelines and practical tools for conducting public health research. Hands-on training with real-world examples and problem-solving exercises in SAS will be used to ensure that students are comfortable with all concepts.
  • PBHL-B 561 Introduction to Biostatistics I (3 cr.) P: One year undergraduate mathematics is required. Working knowledge on linear algebra and elementary calculus is expected. Students with insufficient mathematics preparation are expected to remedy the deficiency on their own. This is an introductory level biostatistics course designed for healthcare professionals. This course will cover the topics on data presentation techniques, describing data with numerical summary measures, probability and probability distributions, sampling distributions, statistical inferences from small and large samples, analysis of categorical data, analysis of variance, correlation and simple linear regression analysis.
  • PBHL-B 562 Biostatistics for Public Health II (3 cr.) P: PBHL-B 551 or PBHL-B 561 or one semester of graduate level Biostatistics. This course introduces the advanced principles and methods of data analysis in public health biostatistics. Emphasis is placed on public health examples as they relate to concepts such as: Multiple regression, analysis of variance and covariance, logistic regression, nonparametric statistics, survival analysis, epidemiology statistics, and repeated measures analysis.
  • PBHL-B 571 Linear Models in Public Health (4 cr.) P: PBHL-B 551 or equivalent. This is a first course into two multivariate statistical procedures, the Analysis of Variance (ANOVA) and Regression with special focus in problems related to the Public Health sciences. This is an introductory course that will expose students to these methods, and consolidate their understanding of statistical inference (estimation and testing of statistical hypotheses) in the context of the two procedures. The course will be taught in two sessions, a lecture, where the relevant theory and methods will be presented, and a practicum or laboratory session, involving hands-on analysis of real-life problems using the SAS statistical software package.
  • PBHL-B 572 Biostatistics Method II: Categorical Data Analysis (4 cr.) P: B562, or B571, or Equivalent

    This course covers applied statistical methods for the analysis of categorical data with special emphasis on data collected from epidemiologic studies and general biomedical studies. The topics delivered in this course will focus on methods of categorical analysis commonly used in practice of the health sciences. The course will cover two areas: the relevant statistical theory and methods; and analysis of real-life problems using the SAS statistical software package.

  • PBHL-B 573 BIOSTATISTICS METHOD III: APPLIED SURVIVAL DATA ANALYSIS (4 cr.) P: Students must have taken one course in basic statistics and another course in linear regression models. Students must have prior knowledge of SAS for completion of homework. The statistical methods covered in this course focus on "time to event" data, where the event can be response to treatment, relapse of disease, or death. Topics covered in this course include estimations of survival function and regression models for survival data. Specifically, this course covers the central functions of survival analysis: the hazard, survival, and cumulative hazard functions, nonparametric estimation of survival functions using life-table method and the Kaplan-Meier method, and comparison of survival distributions using the log-rank and other tests. In addition, we will discuss regression models for survival outcomes with emphasis on the Cox proportional hazards model. Alternative models such as the accelerated failure time model and use of parametric distributions (exponential, Weibull) will also be considered. Class material will include presentation of statistical methods for estimation and testing, along with current software (SAS) for implementing analyses of survival data. Applications to real data will be emphasized.
  • PBHL-B 574 Biostat Method IV: Applied Longitudinal Data Analysis (3 cr.)

    P: STAT512 & STAT525   This course covers modern methods for the analysis of repeated measures, correlated outcomes and longitudinal data, including the unbalanced and incomplete data frequently encountered in biomedical research. Topics include an introduction to the analysis of correlated data, repeated measures analysis of variance (ANOVA), random-effects and growth-curve models, generalized linear models for correlated data, including generalized estimating equations (GEE), and generalized linear mixed models (GLMMs).

    Class presentations and homework assignments will focus on data analysis in SAS using PROC GLM, PROC MIXED, PROC GENMOD, and PROC NLMIXED. Also, an introduction to fitting linear mixed models in R using fucntions lme() and gls() from the library(nlme) will be given.

  • PBHL-B 581 Biostatistical Computing (3 cr.) This course introduces the necessary SAS skills for general data preparation, description, visualization, and some advanced skills. After successfully finishing this course, you will be able to perform at entry-level graduate research assistant positions and be prepared for biostatistical method courses. Data steps and the following procedures will be covered: IMPORT, SORT, PRINT, FORMAT, TABULATE, REPORT, MEANS, UNIVARIATE, FREQ, CORR, SQL, GPLOT, SGPLOT, SGPANEL, NPAR1WAY, POWER. Additionally, SAS macro, ODS and IML will also be introduced.
  • PBHL-B 582 Introduction to Clinical Trials (3 cr.) P: Analysis of variance and regression (G652 or equivalent). A working knowledge of biostatistics is assumed and general familiarity with clinical trials will be helpful. This is a standard course that prepares Biostatisticians for support of clinical trial projects. The course will cover fundamental aspects of the appropriate design and conduct of medical experiments involving human subjects (clinical research/trials) including ethics, design, sample size calculation, randomization, monitoring, data collection, analysis and reporting of the results.
  • PBHL-B 583 Applied Multivariate Analysis (3 cr.) P: PBHL-B 551 and PBHL-B 561. This is an introductory multivariate statistics course. This course is applied and is intended for non-statisticians, for example, masters or PhD students in behavioral, psychological, educational or medical sciences, or other health care professionals. Students are expected to have taken two previous courses in statistics (introductory and intermediate) covering up through t-test, ANOVA, ANCOVA and linear regression. The overall objective of the course is to introduce the most commonly used multivariate statistical techniques with emphasis on applications to real data which will be analyzed with SPSS. The emphasis will be on concepts, assumptions, applications, and hands-on interpretation of SPSS results. Formulas or matrix algebra will not be emphasized.
  • PBHL-B 584 Biostatistics Practicum (3 cr.) Statistical data analysis and study design is an art in practice. When and how to apply different statistical models and the interpretation of data analysis results is heavily driven by experience. This course is designed to develop students' skills in studydesign, data analyses, and oral and written communication through multiple real-life projects. The projects will cover designs and data analyses of observational studies and experimental studies. Practical issues in study design and data analysis include but are not limited to sample size and power estimation, interpretation of p-values, phase I to IV trial designs, case-control, case-cohort, retrospective/prospective study designs; ANOVA, ANCOVA, survival analysis, main effect/interaction, multiple comparisons, diagnostic tests, statistical modeling, and data analysis reporting, including both written and oral presentations. The most important feature of the course is the intended training in the practice of biostatistics in collaborative environments. The course is part of the Biostatistics PhD curriculum. Course material will be covered by lectures and interactive exercises that include the instructors role playing as statistically naive investigators. Knowledge gained will be reinforced by short homework assignments and projects that require presentations.
  • PBHL-B 585 Analysis and Interpretation of Observational Studies (3 cr.) P: PBHL-E 715. This course is designed for students in the PhD program in Epidemiology. Advanced students in the Master of Public Health degree program, Epidemiology concentration may register for this course with the permission of the professor. This course examines fundamental aspects of analyzing data generated by observational epidemiology studies. The focus is on developing a solid understanding of contemporary analytical techniques to increase the validity of the study and control for possible confounding factors and biases.
  • PBHL-B 586 Technical Writing and Scientific Reporting (3 cr.) Biostatistics is an applied field that requires effective written communication. This one credit hour course is designed to help graduate students developing the necessary writing skills to produce clearly written and well-structured scientific reports. A specific goal of the course is to train PhD-level students on the dissertation writing and scientific publication. The course will focus on the general principles of good writing, structures of various types of scientific papers, and techniques and styles that are unique to the field of biostatistics. It also discusses frequently encountered issues in statistical publication and peer review. The class meets once a week. In addition to the instructor's lectures, the class will analyze and discuss the merits and deficiencies of different writing samples. Regular homework assignments will be given so that students can practice what they learned in the class. This is not an English language course.
  • PBHL-B 587 Nonlinear Mixed Models (3 cr.) P: Students are assumed to have completed an undergraduate level statistics course and are familiar with the basic concepts of statistical inference. Students who are uncertain about their levels of preparation are encouraged to contact the instructors. Nonlinear mixed models are heavily utilized in drug development. Population pharmacokinetics/pharmacodynamics models are the most important applications. Because this topic has a heavy interdisciplinary flavor, it requires a mixed content that has pharmacology background, statistical theory, and computational implementations. The course's primary audiences include graduate students in biostatistics, pharmacology, bioinformatics and researchers from pharmaceutical industry. The most important feature of the course is the intended balance among pharmacology background, statistical theory and software implementation. At the end of this course, we expect that the students can understand the pharmacokinetic models, fit the nonlinear mixed model through the required software package, conduct the diagnosis of model fitting, perform hypothesis tests, and provide interpretation of the data. The course is part of the Biostatistics PhD curriculum.
  • PBHL-B 587 Nonlinear Mixed Models (3 cr.)

    Prerequisites: Students are assumed to have completed an undergraduate level statistics course and are familiar with the basic concepts of statistical inference. Students who are uncertain about their levels of preparation are encouraged to contact the instructors

    Nonlinear mixed models are heavily utilized in drug development. Population pharmacokinetics/pharmacodynamics models are the most important applications. Because this topic has a heavy interdisciplinary flavor, it requires a mixed content that has pharmacology background, statistical theory, and computational implementations. The course’s primary audiences include graduate students in biostatistics, pharmacology, bioinformatics and researchers from pharmaceutical industry.

    The most important feature of the course is the intended balance among pharmacology background, statistical theory and software implementation. At the end of this course, we expect that the students can understand the pharmacokinetic models, fit the nonlinear mixed model through the required software package, conduct the diagnosis of model fitting, perform hypothesis tests, and provide interpretation of the data. The course is part of the Biostatistics PhD curriculum.

  • PBHL-B 602 Internship in Biostatistics (3 cr.) P: MPH Core Curriculum (5 courses); Consent of Faculty Advisor. This course integrates public health theory and practice in a practice setting. Students have the opportunity to apply concepts from core and concentration courses, conduct projects, and interact with a range of health professionals in the designated setting. Linked to the student's chosen concentration, this work experience exposes the student to new issues and new ways to solve problems and offers the student an opportunity to gain work experience in his/her concentration major and, at the same time, provides valuable job skills. The student works both with a faculty advisor and an academically and professionally qualified preceptor in the agency.
  • PBHL-B 612 Modern Statistical Learning Methods (3 cr.) P: Calculus, linear algebra, linear models, mixed models and generalized linear models. The goal of this course is to introduce some advanced regression techniques to students in the Biostatistics PhD program.
  • PBHL-B 616 Advanced Statistical Computing (3 cr.) This course will cover selected computational techniques useful in advanced statistical applications and statistical research. Topics to be covered include methods for solving linear equations, numerical optimization, numerical integration, Expectation-Maximization (EM) algorithm, Monte Carlo method, Bayesian methods, bootstrap methods and stochastic search algorithms. Upon completion of the course, students are expected to understand the appropriate statistical computational approaches to discovery in data analysis, of statistical inference, and for development of statistical theory and methods. Students are expected to implement research and computational ideas using R.
  • PBHL-B 626 Advanced Likelihood Theory (3 cr.) P: Stat 519 and Stat 528, or Equivalent. This course covers theoretical foundation of statistical inference with focus on likelihood theory and its application on biomedical studies. It provides a good preparation for advanced biostatistics courses such as Advanced GLM, Advanced Longitudinal Data Analysis, and Advanced Survival Analysis.
  • PBHL-B 627 Statistics in Pharmaceutical Research (3 cr.) P: Analysis of variance and regression (PBHL-B 652 or equivalent). A working knowledge of biostatistics is assumed and general familiarity with clinical trials will be helpful. It is also helpful (but not critical) that some advanced concepts, such as the analysis of survival data, are familiar to the students. This is a standard course that prepares Biostatisticians for support of clinical trial projects. The course will cover fundamental aspects of the appropriate design and conduct of medical experiments involving human subjects (clinical research/trials) including ethics, design, sample size calculation, randomization, monitoring, data collection, analysis and reporting of the results.
  • PBHL-B 627 Statistics in Pharmaceutical Research (3 cr.) P: Analysis of variance and regression (B652 or equivalent). A working knowledge of biostatistics is assumed and general familiarity with clinical trials will be helpful. It is also helpful (but not critical) that some advanced concepts, such as the analysis of survival data, are familiar to the students.

    This is a standard course that prepares Biostatisticians for support of clinical trial projects. The course will cover fundamental aspects of the appropriate design and conduct of medical experiments involving human subjects (clinical research/trials) including ethics, design, sample size calculation, randomization, monitoring, data collection, analysis and reporting of the results.

    There will be three homework projects assigned with about four weeks allowed for completion of each, plus two tests and a final exam. The relative weights of these in the final grade are given below.

  • PBHL-B 636 Advanced Survival Analysis (3 cr.) P: Stat 528 and Stat 536 This course will discuss the counting process approach to the analysis of censored failure time data. From this prospective, we will revisit many of the standard statistical methods in survival analysis, including the Nelson-Aalen estimator of the cumulative hazard function, the Kaplan-Meier estimator of the survivor function, the weighted logrank statistics, the Cox proportional hazards regression model, and the accelerated failure time model. Counting process based martingale theory will be introduced to facilitate the derivation. Extension of Cox proportional hazards model will be introduced too.
  • PBHL-B 644 Applied Generalized Linear Models and Longitudinal Data Analysis (3 cr.) P: Students registering for this course are expected to have completed “Linear Models in Public Health” or its equivalents with a grade of "B" or better. This is an introductory statistical method course on generalized linear models and longitudinal data analysis for students in various public health disciplines. The course focuses on the basic concepts and implementation of four extensions to classical linear regression models: (1) generalized linear models (including logistic and log-linear regression); (2) mixed effects models; (3) generalized linear mixed models; and (4) population average models based on generalized estimating equations (GEE).
  • PBHL-B 644 Applied Generalized Linear Models and Longitudinal Data Analysis (3 cr.) P: S tudents registering for this course are expected to have completed “Linear Models in Public Health” or its equivalents with a B or better grade.

    This is an introductory statistical method course on generalized linear models and longitudinal data analysis for students in various public health disciplines. The course focuses on the basic concepts and implementation of four extensions to classical linear regression models: (1) generalized linear models (including logistic and log-linear regression); (2) mixed effects models; (3) generalized linear mixed models; and (4) population average models based on generalized estimating equations (GEE).  

  • PBHL-B 646 Advanced Generalized Linear Models (3 cr.) P: Students taking this course should have formal training in applied linear and generalized linear models. In addition, they should have a basic understanding of the theory of probability, statistical estimation and inference. Students who are not adequately prepared in aforementioned areas are expected to make up for the deficiency on their own. This course presents the fundamental ideas of generalized linear models (GLM). It also discusses practical implementation of GLM through real-life applications. Discussion will start from the classical theory of linear models, followed by important special cases of GLM, the unified GLM theory, and then the more recent model extensions. Although it is not designed to be a data analysis course, it will present the practical motivations and considerations behind the development of GLM.
  • PBHL-B 650 Readings in Public Health (1-3 cr.) This course is designed to expose the student to published material on a specific topic or technique in the field of Public Health. The material to be studied will be determined primarily by the student under the direction of a faculty member with input from the student's concentration advisor. The student is expected to work closely with the faculty member to develop a strategy to identify the material to study, plan a time frame for completion of the study and to determine the nature of the study product. Generally the product will be a summary and interpretation of the material studied in a literature review format. The student and faculty member will complete a written agreement, which outlines the scope of work for the semester. This agreement will also be signed by the concentration advisor.
  • PBHL-B 652 Introduction to Biostatistics II (3 cr.) P: G 651 or equivalent. This is an advanced biostatistics course designed for students with an interest in the health sciences. Students are expected to have completed at least one semester course of basic biostatistics. Knowledge of probability and probability distributions, concepts of estimation and hypothesis testing are assumed. Topics covered in this course include multiple linear regression, analysis of covariance, logistic regression, and survival analyses. Upon completion of the course, students are expected to understand the appropriate statistical models for various outcomes and be able to interpret results using statistical techniques covered in this course. Students are also expected to conduct simple analyses using SPSS on personal computers.
  • PBHL-B 652 Introduction to Biostatistics II (3 cr.) P: G651 or equivalent

    B652 is an advanced biostatistics course designed for students with an interest in the health sciences. Students are expected to have completed at least one semester course of basic biostatistics. Knowledge of probability and probability distributions, concepts of estimation and hypothesis testing are assumed. Topics covered in this course include multiple linear regression, analysis of covariance, logistic regression, and survival analyses. Upon completion of the course, students are expected to understand the appropriate statistical models for various outcomes and be able to interpret results using statistical techniques covered in this course. Students are also expected to conduct simple analyses using SPSS on personal computers

  • PBHL-B 656 Advanced Longitudinal Data Analysis (3 cr.) P: PBHL-B 574 and familiarity with concepts and theory of statistical inference. Students who are uncertain about their level of preparation are encouraged to contact the instructor. This course covers the theory of classical and modern approaches to the analysis of clustered data, repeated measures, and longitudinal data. Topics include random effects and growth curve models, generalized estimating equations, statistical analysis of repeated categorical outcomes, and estimation with missing data. The class also discusses computational issues including EM algorithm, quasi-likelihood methods and Bayesian methods for both traditional and new methodologies. This course belongs to the advanced portion of the Biostatistics Ph.D. curriculum.
  • PBHL-B 662 Design and Analysis of Medical Experiments (3 cr.) P: G 652, PBHL-P 652, PBHL-B 641 or equivalent. This is a course into the application of experimental design to biomedical experiments, such as randomization, blocking, factorial designs and stratification. The course addresses both clinical and pre-clinical investigation as well as design of experiments to evaluate medical devices, which will likely be encountered by biomedical researchers. It is addressed to second-year graduate students in biostatistics or epidemiology with a solid understanding of analysis of variance, regression and working knowledge of survial analysis.The course will be taught in two sessions, a lecture, where the relevant theory and methods will be presented, and a practicum or laboratory session, involving hands-on analysis of real-life problems using the SAS statistical software package.
  • PBHL-B 662 Design and Analysis of Medical Experiments (3 cr.) P: G652, P652, B641 or equivalent

    This is a course into the application of experimental design to biomedical experiments, such as randomization, blocking, factorial designs and stratification. The course addresses both clinical and pre-clinical investigation as well as design of experiments to evaluate medical devices, which will likely be encountered by biomedical researchers. It is addressed to second-year graduate students in biostatistics or epidemiology with a solid understanding of analysis of variance, regression and working knowledge of survial analysis.The course will be taught in two sessions, a lecture, where the relevant theory and methods will be presented, and a practicum or laboratory session, involving hands-on analysis of real-life problems using the SAS statistical software package.

  • PBHL-B 670 Topics in Public Health (1-3 cr.) This course has a variable title and can be offered for variable credits. Similar to topics courses offered in other IUPUI programs, this course offers an introduction to a variety of public health topics and current issues will be covered in this course.
  • PBHL-B 687 Nonlinear Mixed Models (3 cr.) P:Students are assumed to have completed an undergraduate level statistics course and are familiar with the basic concepts of statistical inference. Students who are uncertain about their levels of preparation are encouraged to contact the instructors.

    Nonlinear mixed models are heavily utilized in drug development. Population pharmacokinetics/pharmacodynamics models are the most important applications. Because this topic has a heavy interdisciplinary flavor, it requires a mixed content that has pharmacology background, statistical theory, and computational implementations. The course’s primary audiences include graduate students in biostatistics, pharmacology, bioinformatics and researchers from pharmaceutical industry.

    The most important feature of the course is the intended balance among pharmacology background, statistical theory and software implementation. At the end of this course, we expect that the students can understand the pharmacokinetic models, fit the nonlinear mixed model through the required software package, conduct the diagnosis of model fitting, perform hypothesis tests, and provide interpretation of the data. The course is part of the Biostatistics PhD curriculum.

  • PBHL-B 688 Theory of Statistical Genetics (3 cr.) This course is designed to provide solid training in statistical theory used in genetic analyses.
  • PBHL-B 688 Theory of Statistical Genetics (3 cr.)

    This course is designed to provide solid training in statistical theory used in genetic analyses.

  • PBHL-B 698 Topics in Biostatical Methods (1-3 cr.) Directed study and reports for students who wish to undertake individual reading and study on approved topics.
  • PBHL-B 699 PhD Thesis / Research (1-3-3 cr.)

    Research required by the graduate students for the sole purpose of writing a PhD Dissertation.

    (Source: Course Catalog)

  • PBHL-B 700 Biostatistics Continuous Enrollment (1 cr.) P: PBHL-B 701. PBHL-B 700 Environmental Health Continuous Enrollment in a one-credit course designed for MPH students who previously registered for PBHL-B 701 Biostatistics Concentration Project and are working on their Final Concentration Project until project grade has been assigned.
  • PBHL-B 800 Biostatistics Doctoral Dissertation Research (1-8 cr.) The dissertation will be written on an original topic of biostatistics research and presented as one of the final requirements for the PhD degree. The dissertation must be an original contribution to knowledge and of high scholarly merit. The candidate's research must reveal critical ability and powers of imagination and synthesis. The dissertation is written under the supervision of the Dissertation Committee Chair with input from the other members of the Dissertation Committee. The data used by the student may involve analysis of primary or secondary data.
  • PBHL-E 505 INTRODUCTION TO PUBLIC HEALTH EPIDEMIOLOGY (1 cr.) This course will introduce students to basic epidemiologic concepts including determinants of health and patterns of disease in populations, population health descriptive techniques, use of health indicators and secondary data sources. Students will gain an understanding of the role of Epidemiology in developing prevention strategies and policy. Among the topics to be covered are measures of mortality and morbidity, design and analysis of observational studies, community health assessment and program evaluation.
  • PBHL-E 517 Fundamentals of Epidemiology (3 cr.) This course will introduce students to basic epidemiologic concepts including determinants of health and patterns of disease in populations, population health descriptive techniques, use of health indicators and secondary data sources. Students will gain an understanding of the role of Epidemiology in developing prevention strategies and policy. Among the topics to be covered are measures of mortality and morbidity, design and analysis of observational studies, community health assessment and program evaluation.
  • PBHL-E 562 EPIDEMIOLOGY OF OBESITY AND DIABETES MELLITUS (3 cr.) This course provides master and doctoral students with an overview of fundamental concepts and methods of obesity and diabetes mellitus epidemiology.
  • PBHL-E 601 Advanced Epidemiology (3 cr.) P: PBHL-E 517 and PBHL-B 551 (or concurrently enrolled). This course provides students with an in-depth understanding of advanced epidemiologic concepts introduced in other courses as well as a fundamental understanding of epidemiologic techniques not covered in other classes. Topics included will represent cutting edge techniques, philosophical issues and insights to appropriately conduct and interpret the findings of epidemiological studies. Students will gain an understanding of these concepts and issues through discussions with expert epidemiologists and hands-on exercises.
  • PBHL-E 602 Epidemiology Public Health Internship (3 cr.) P: MPH Core Curriculum (5 courses); Consent of Faculty Advisor. This course integrates public health theory and practice in a practice setting. Students have the opportunity to apply concepts from core and concentration courses, conduct projects, and interact with a range of health professionals in the designated setting. Linked to the student's chosen concentration, this work experience exposes the student to new issues and new ways to solve problems and offers the student an opportunity to gain work experience in his/her concentration major and, at the same time, provides valuable job skills. The student works both with a faculty advisor and an academically and professionally qualified preceptor in the agency.
  • PBHL-E 606 Grant Writing: From Befuddlement to Brilliance (3 cr.) Students will learn each component of a successful proposal for research or community projects by a Federal or private agency. Current funding opportunities from these agencies will be used as templates for preparation and review of proposals. Skills needed to review proposals also will be taught.
  • PBHL-E 609 Infections Disease Epidemiology (3 cr.) P: E517. This course is designed to provide a basic overview of the infectious disease process, including disease agents, transmission routes, immunity and public health significance. The course introduces principles of infectious disease epidemiology, including outbreak investigation and surveillance, using case studies as examples. Concepts on globalization of disease, microbial ecology, and disease eradication also are discussed.
  • PBHL-E 610 Chronic Disease Epidemiology (3 cr.) P: PBHL-E 517. This course examines chronic health conditions from epidemiological perspectives. Concepts include distribution, determinants; diagnosis; measures of severity; treatment modalities; surveillance measures; survival and prognosis; and quality of care measures. Research methods prevention strategies and screening tests are presented. Clinical expert's present diagnosis and treatment methods.
  • PBHL-E 618 Cancer Epidemiology (3 cr.) P: PBHL-E 517. This course is an overview of cancer epidemiology, focusing on key concepts, etiologic research, applications to public health practice and major epidemiologic methods. This course is designed for students who have an interest in epidemiology.
  • PBHL-E 619 Health Economics for Public Health Professionals (3 cr.) This is an introductory microeconomics course with applications to the public health and health care systems. The course objectives are that the students develop an appreciation of economic theories and principles, exacting assumptions thereof, and how these theories and principles apply to the public health and health care markets, particularly how price drives resource allocation in addition to signaling value, substitution and technological innovation. Students will also be introduced to skills need to measure and interpret economic values and relationships including the interpretation of quantitative data analysis. We will examine how economic incentives affect the different actors in the health (care) system. The fundamental models of economic and organizational behaviors will be extended to describe the behaviors of the different health care players and the health (care) system as each tries to maximize utility and profits (or min costs), respectively, under different financial, regulatory and technological constraints. Most importantly, students will be able to explore the limits to markets and rationality, and develop an appreciation for how a variety of checks and balances-more so that unbridled competition-contribute to efficient and equitable functioning of and outcomes in a market.
  • PBHL-E 629 Introduction to Genetic Molecular Epidemiology (3 cr.) P: PBHL-E 517 and PBHL-B 551. Epidemiologic concepts, including human genetics, concepts and methodology used in genetic epidemiology. Students will gain an understanding of the role of Genetic Epidemiology in designing and interpreting studies to determine genetic roles in common diseases. Among the topics to be covered are introduction to human genetics, introduction to the field of genetic epidemiology, study designs used in genetic epidemiology, and issues in study design and analysis.
  • PBHL-E 635 Foundations in Public Health Informatics (3 cr.) This course will introduce the application of Informatics in the Public Health field. The course will include a brief review of core public health functions, describe the current policies defining the use of informatics in public health, and outline the history of the application of informatics principles in both public health and clinical health systems.
  • PBHL-E 645 INFORMATION EXCHANGE FOR POPULATION HEALTH (3 cr.) This course explores the electronic exchange of data, information and knowledge between clinical and public health organizations in support of population health. Students will examine the strategic, organizational, legal, technical, and socio-political aspects of clinical and public health information exchange in the United States and abroad.
  • PBHL-E 650 Readings in Public Health (1-3 cr.) This course is designed to expose the student to published material on a specific topic or technique in the field of Public Health. The material to be studied will be determined primarily by the student under the direction of a faculty member with input from the student's concentration advisor. The student is expected to work closely with the faculty member to develop a strategy to identify the material to study, plan a time frame for completion of the study and to determine the nature of the study product. Generally the product will be a summary and interpretation of the material studied in a literature review format. The student and faculty member will complete a written agreement, which outlines the scope of work for the semester. This agreement will also be signed by the concentration advisor.
  • PBHL-E 651 Public Health Surveillance (3 cr.) This course will focus on the recognized value of Public Health Surveillance as well as the development and utility of Surveillance Systems. Included are the historical development of surveillance systems, data sources, informatics of surveillance, data management, and evaluation of surveillance systems. In addition, descriptive epidemiology techniques, identification of outbreaks and community needs. Trend analysis based on the data collected from the surveillance system will be covered, along with related ethical and legal issues. The course discusses how surveillance is conducted in low to middle income countries and the future of public health surveillance.
  • PBHL-E 655 Historical Evolution of Epidemiology (3 cr.) P: PBHL-E 517. The course will explore the historical developments and public health responses to human disease morbidity and mortality, and their importance and influence on the role of public health in modern society. Readings and discussion will examine in detail, the evolutionary change in the epidemiologic response of a Varity of disease of national and international importance.
  • PBHL-E 670 Topics in Public Health (1-3 cr.) This course has a variable title and can be offered for variable credits. Similar to topics courses offered in other IUPUI programs, this course offers an introduction to a variety of public health topics and current issues will be covered in this course.
  • PBHL-E 675 Fundamentals Injury Epidemiology (3 cr.) P: This course is designed for students in the Master of Health Administration and the Master of Public Health degree programs. Students not in one of these two programs must have the permission of the instructor to enroll. All students must have at least a Bachelor’s Degree. Injury is the leading cause of death for individuals between the ages of 1 and 44 years. This course will introduce students to basic epidemiologic concepts of injury, both intentional and unintentional. We will discuss the burden of injury and its effect on public health, patterns of injury in populations, the use of descriptive techniques, and secondary data sources. Students will gain an understanding of the role of Injury Epidemiology in developing prevention strategies and policy. Among the topics to be covered are measures of mortality and morbidity, design and analysis of observational studies, community health assessment and program evaluation.
  • PBHL-E 700 Epidemiology Continuous Enrollment (1 cr.) P: PBHL-E 704. Environmental Health Continuous Enrollment in a one-credit course designed for MPH students who previously registered for PBHL-E 704 Epidemiology Concentration Project and are working on their Final Concentration Project until project grade has been assigned.
  • PBHL-E 704 Public Health Epidemiology Concentration Project (3 cr.) P: MPH Core; Public Health Internship. Students synthesize and integrate knowledge acquired through course work and the public health internship by conducting an epidemiological study. Satisfactory projects include epidemiological research that involves protocol development, data collection and analysis and presentation of an oral presentation and written report.
  • PBHL-E 710 Advanced Public Health Survey Research (3 cr.) This course provides an intensive focus on the formative phases of health survey research. Topics covered will include sampling methodologies, questionnaire development, testing, revision and administration, interviewing, coding procedures, as well as topical discussions related to research ethics and real world challenges of research. Active learning will be emphasized through several field based exercises, as well as a research proposal based on students' own research interests.
  • PBHL-E 711 APPLIED EPIDEMIOLOGY METHODS (3 cr.) The purpose of Applied Epidemiology Methods (AEM) is to give graduate epidemiology students the opportunity to gain "hands-on" experience analyzing data to answer a specific research question. Methods and theoretical issues taught in the introductory epi courses. The focus will be on practical analysis issues with actual data.
  • PBHL-E 712 APPLIED EPIDEMIOLOGY METHODS II (3 cr.) The purpose of Applied Epidemiology Methods (AEM) is to give graduate epidemiology students the opportunity to gain "hands-on" experience analyzing data to answer a specific research question. Methods and theoretical issues taught in the introductory epi courses. The focus will be on practical analysis issues with actual data
  • PBHL-E 715 Design and Implementation of Observational Studies (3 cr.) P: PBHL-E 517 and Research Methods. This course examines fundamental aspects of designing and implementing observational epidemiology studies. The focus is on developing strategies to increase the validity of the study results by using techniques to control for possible confounding factors and biases. Topics include sampling methods, sensitivity, data weighting, standardization, selection of cases and controls, matching, data collection and project management.
  • PBHL-E 730 Molecular and Genetic Epidemiology (3 cr.) P: PBHL-E 517. This course presents fundamental concepts and methods in molecular and genetic epidemiology, and explains different study designs commonly used in genetic epidemiology to identify the genetic basis of common, complex disease. Students will learn about available common molecular and genetic measures, various elements of study design, including definition of study population, phenotype definition, and choice of analytic methods. We will briefly discuss linkage analysis and then focus on association tests. Additional topics will be discussed including interactions with environmental factors, ethnical issues and genetic testing.
  • PBHL-E 731 Design and Analysis of Genetic Association Studies (3 cr.) P: PBHL-B 562, PBHL-E 601 and PBHL-E 730. This course introduces the conceptual and practical tools needed for population-based genetic association studies among unrelated subjects. Lectures and selected readings present key issues (such as linkage disequilibrium, "tagging SNPs," haplotypes, population stratification and epistasis) and appropriate statistical methods. Students will be required to present selected papers in class. Students will gain hands-on experience with a range of analytic tools and software packages as part of a class project which gives them the opportunity to design and analyze an association study. This project will require students to work on real-world problems such as marker selection, potential multiple comparisons issues due to multiple markers and multiple outcomes, and missing data.
  • PBHL-E 750 Doctoral Topics in Public Health (3 cr.) Courses offered under this course number would include PhD courses on topics expected to be offered only once, such as those taught by visiting faculty, and those that are newly developed and have not yet been assigned a specific course number. The course will focus on a specific topic or technique related to the field of Public Health. The material to be studied will be determined by the instructor with input from the PhD faculty.
  • PBHL-E 751 Doctoral Readings in Epidemiology (1-3 cr.) This course is designed to expose a PhD student to published material on a specific topic or technique related to their field of study in Epidemiology. The material to be studied will be determined primarily by the PhD student under the direction of a faculty member with input from the student's concentration advisor. The PhD student is expected to work closely with the faculty member to develop a strategy to identify the material to study, plan a time frame for completion of the study and to determine the nature of the study product. Generally the product will be a summary and interpretation of the material studied in a literature review format. The PhD student and faculty member will complete a written agreement, which outlines the scope of work for the semester. The concentration advisor will also sign this agreement.
  • PBHL-E 752 Doctoral Research in Epidemiology (1-3 cr.) This course is designed to allow PhD students the opportunity to explore research questions by collecting data or using existing data related to their field of study in Epidemiology. The study topic will be determined primarily by the PhD student under the direction of a faculty member with input from the student's concentration advisor. The PhD student is expected to work closely with the faculty member to develop the study protocol, obtain IRB approval if necessary, obtain the data and collect the planned data analysis. The time frame for completion and the nature of the study product will be determined by the PhD student, faculty member and advisor. Generally the product will be a manuscript for submission to an appropriate journal. The PhD student and faculty member will complete a written agreement, which outlines the scope of work for the semester. The concentration advisor will also sign this agreement.
  • PBHL-E 765 Nutritional Epidemiology (3 cr.) P: PBHL-E 517 and PBHL-B 551. This course provides students with an overview of fundamental concepts and methods of nutritional epidemiology and the current state of knowledge on well-studied associations between diet and chronic diseases. Emphasis will be placed on the design, implementation, analysis, and interpretation of nutritional epidemiologic studies.
  • PBHL-E 775 Doctoral Research Seminar in Epidemiology (1 cr.) This course is designed to expose PhD students to a wide range of specific research topics and issues in Public Health. The seminar topics will be chosen by the Director of the PhD program with input from other faculty members. The PhD students are expected to attend each seminar session, read assigned material, and participate in the seminar discussions. The PhD students may be asked to present their research projects during the seminar to obtain feedback and recommendations from the faculty and other students.
  • PBHL-E 780 Pharmacoepidemiology (3 cr.) P: PBHL-E 517. This is a graduate level introductory pharmacoepidemiology course. Students will learn how principles of modern epidemiologic methods are used to evaluate the safety, effectiveness, and utilization patterns of medical products (drugs, vaccines, and medical devices) in human populations, with a focus on observational studies. Related topics, including therapeutic risk management, data sources and ethical principles will be discussed. Advanced methodology, such as that utilized to address confounding by indication and misclassification will be introduced.
  • PBHL-E 795 Cardiovascular Epidemiology (3 cr.) P: PBHL-E 517 and PBHL-E 601. An advanced graduate course that discusses the topics related to the epidemiology and prevention of cardiovascular diseases. The purpose is to give students an overview of the major cardiovascular diseases and their risk factors. To develop critical thinking skills related to the key issues that epidemiologists consider.
  • PBHL-E 800 Epidemiology Doctoral Dissertation Research (1-8 cr.) The dissertation will be written on an original topic of epidemiology research and presented as one of the final requirements for the PhD degree. The dissertation must be an original contribution to knowledge and of high scholarly merit. The candidate's research must reveal critical ability and powers of imagination and synthesis. The dissertation is written under the supervision of the Dissertation Committee Chair with input from the other members of the Dissertation Committee. The data used by the student may involve analysis of primary or secondary data.
  • PBHL-H 501 U.S. Health Care Systems and Health Policy (3 cr.) This course explores the U.S. health care system, policy development, and ethical challenges. It examines the structure, components, organization and financing of the U.S. health care system. The policy process at national, state and local levels will be analyzed using legislation and related activities.
  • PBHL-H 502 Developing Strategic Capability in Health Care (3 cr.)

    This courses aims to develop the student’s knowledge and ability in strategic management in health services organizations.  Based on an introduction to the general process model of strategic management, the course will engage in detailed discussions of a series of topics in strategic management.  These topics include the identification of the organization’s mission, vision, and values, the analysis of the external and internal environment of the organization, the identification of strategic challenges and opportunities, the development of strategies, the evaluation of strategies, the communication of strategies, and the development and evaluation of an action plan.

    The course emphasizes the unique strategic challenges facing health services organizations and their leadership, and aims to develop accordingly the student’s ability to identify, analyze and address these challenges.

    The course utilizes real-world cases to facilitate the understanding of basic course content.  The conceptual model of strategic management will be illustrated through the analysis of selected health care cases.  The student will also be required to independently analyze a strategic case most relevant to their field of work or study applying the conceptual strategic planning process.

  • PBHL-H 505 INTRODUCTION TO PUBLIC HEALTH, HEALTH POLICY AND MANAGEMENT (1 cr.)

    This course will provide an introduction to the public health concentration Health Policy and Management. This online course begins with a broad overview of public health. Additional modules will be completed that illustrate key concepts in health policy.

  • PBHL-H 507 Management of Individual and Group Behavior (3 cr.) This course provides a conceptual framework for understanding behavior in the work environment by introducing concepts concerning effective management of people in organizations. Key theories and concepts in the field of organizational behavior will be introduced. The focus of this course is at the micro level of analysis, addressing topics such as individual theories of motivation, job design, and diversity issues; management of work teams; group decision making; managing conflict; and leadership, influence, and power issues.
  • PBHL-H 508 Managing Health Care Accounting Information for Decision-Making (3 cr.) P: PHBL-H 200 or BUS-A 201. Provides a user-oriented understanding of how accounting information should be utilized, focusing on balance sheet and income statement and cash flow analysis, budgeting, cost analysis, and responsibility accounting.
  • PBHL-H 509 Financial Management Principles of Health Care (3 cr.) P: PBHL-H 508. Provides knowledge of corporate finance practice in health care organizations. Establishes an understanding of the basic elements of financial theory used to address service expansion or contraction, capital investment issues, developing business plans and working capital management.
  • PBHL-H 514 Health Economics (3 cr.) P: 3 credit hours of undergraduate economics. Examines the principles and application of economic analysis in the health field and the economist's approach to health care issues. Provides insights offered by economic analysis of specific health issues and problems.
  • PBHL-H 515 Seminar in Health Policy: Special Topics (3 cr.) Exploration of health policy topics from economic, financial, sociological, political, and psychological perspectives. Analytical paradigms are applied to organizational or macro-policy making issues that vary in response to changing environments. May be repeated once with advisor's approval.
  • PBHL-H 516 Health Services Delivery and the Law (3 cr.) Medical-legal concepts related to hospitals and other health services organizations. Course provides an in-depth understanding of the law and the legal processes affecting the health services system. Presentation of the elements of administrative and agency processes, torts, contracts, facilities, physicians, patients, and personnel.
  • PBHL-H 518 Statistical Methods for Health Services (3 cr.) P: 3 credit hours of 300-level undergraduate statistics. Study of the quantitative techniques commonly used to examine health-related data. Includes univariate, bivariate, and multivariate techniques. Emphasis is on using statistical techniques to make policy and administrative decisions in a health services setting. Students use standard computer software to analyze data.
  • PBHL-H 521 Management Science for Health Services Administration (3 cr.) Focus is on management science methods, as applied to health sciences administration. Includes treatment of decision theory, constrained optimization, and probability simulation.
  • PBHL-H 523 Health Services Human Resource Management (3 cr.) This course provides the knowledge and skills needed to understand the application of personnel and labor relations techniques to the health services sectors, with particular emphasis on human resources management, employees' benefit programs, and labor relations as applied to the health services delivery organization.
  • PBHL-H 505 Global Public Health Law and Ethics (3 cr.)

    Introduction to critical issues in law, ethics, and global public health. We compare and contrast the American perspective with those of other countries and governance structures.

    This course is designed to provide students with an introduction and overview of critical issues relating to law, ethics, and global public health. While a goal of democratic governments is to protect and support the health of the public, implementation of health policies may infringe on the rights and liberties of individuals, including businesses.  This conflict is sometimes characterized as “private interest versus public good.”  This course examines legal foundations of public health systems and resulting ethical dilemmas that must be reconciled when the interests of the larger community are at odds with those of individuals. Discussions will compare and contrast the American perspective with those of other countries and varying governance structures around the world.

    Health law and ethics are inextricably linked. Throughout the course, discussion will center on conceptual foundations of health law, ethics and human rights and issues relating to these fields.  From there, we will explore ways in which democratic government actions on behalf of the public’s health may conflict with the Constitutional rights of individuals and businesses as considered from the American perspective.  This includes recognition of the scope and limitations of authority of health organizations, regulation of professions and tort litigation for the public’s health. We will discuss current controversies in public health law and practice, including such topics as surveillance and privacy rights, and issues relating to health promotion, regulation of commercial speech, and First Amendment rights to freedom of expression.  The course concludes by examining future issues and emerging problems in public health, including those related to infectious diseases, bioterrorism, and public health genetics. Though the point of reference in this course is the U.S., we will bring a global frame to discussions. 

  • PBHL-H 559 Leadership in Global Health Systems (3 cr.)

    This course critically examines current issues in global health systems and prepares students to confront organizational and policy challenges. Health leadership here covers the entire “value chain” from the inception of public health policies to health services delivery.  Health leadership is therefore examined in terms of a comprehensive world view of public health issues and options. The course looks at health systems in selected countries outside the U.S. including examples in high-, middle- and low-income countries. We will examine trends in global health reforms and their governing structures. Health leadership, in the context of a professional career or an altruistic mission, requires knowledge, skills and commitment. The course will look at how leadership expectations are voiced by a diversity of stakeholders, inside and outside institutions, and how they may be met with critical thinking, analysis and application.

  • PBHL-H 565 Financing Global Public Health (3 cr.)

    The course will focus on how development assistance for health (DAH) is changing and implications for the public’s health. Students will discuss global health related financial goals and priorities.  They will become acquainted with principles of political economy and the structures and governance of financing institutions related to DAH worldwide.

    Global health is the defined as the health of populations in the global context. It pertains to worldwide health improvement, reduction of disparities, and protection against global threats that disregard national borders.  Every year, development assistance for health (DAH) is provided to lower and middle income countries.  In 2013 the amount was estimated to have been the equivalent of USD 31.1 billion (IHME)[1]. Global health leaders must understand where and how these funds originate and how they are being spent.  The course will focus on current day discourse about the way DAH is changing and implications for the public’s health.  Dominated in the past by bi-lateral agreements and the UN system (WHO, UNICEF, UNFPA), non-state and non-UN actors are now taking on greater prominence[2].  This development creates challenges for securing long-term solutions to global health challenges.  Controversies include, for example, ethical and legal considerations when NGOs and other independent institutions/corporations leverage DAH contributions in their tax expenditure strategies. Students will familiarize themselves with issues surrounding finance and global health goals and priorities.  Students will become acquainted with principles of political economy and the structures and governance of financing institutions related to DAH worldwide.

    [1] Institute for Health Metrics and Evaluation.

    [2] Some of the major ones are The Global Fund, GAVI Alliance, World Bank, Gates Foundation and non-governmental organizations (NGO´s).

  • PBHL-H 568 Global Public Health Policy and Advocacy (3 cr.)

    Review frameworks for global policy processes then take an in-depth look at one approach and its basic steps, applying it to select cases. The course considers key concepts in development of an advocacy agenda using strategies tailored to the policy environment and designed to move policies in the desired direction.

     Health policymaking is a complex process that varies around the world. It is affected by such factors as governance structures and systems, the relative influence of stakeholder groups, and the policy context including political, economic, social and organizational conditions. Making sense of the complex interplay of these elements requires skill, and there is no single correct way to approach such an analysis. In this course, we briefly review theories and frameworks for the policy process then take an in-depth look at one approach and its basic steps, applying them to select cases. The course concludes by considering key concepts in development of an advocacy agenda using strategies tailored to the particular policy environment and designed to move policies in the desired direction. 

  • PBHL-H 602 Internship in Health Policy and Management (3 cr.) P: MPH Core Curriculum (5 courses); Consent of Faculty Advisor. This course integrates public health theory and practice in a practice setting. Students have the opportunity to apply concepts from core and concentration courses, conduct projects, and interact with a range of health professionals in the designated setting. Linked to the student''s chosen concentration, this work experience exposes the student to new issues and new ways to solve problems and offers the student an opportunity to gain work experience in his/her concentration major and, at the same time, provides valuable job skills. The student works both with a faculty advisor and an academically and professionally qualified preceptor in the agency.
  • PBHL-H 606 Health Services Quality Improvement and Risk Management (3 cr.) Critically examines the concepts, strategies, and techniques related to the improvement of the quality of health service delivery. Addresses the increasing need to enhance productivity given the impact of external and other factors on the workplace. Principles and application of risk management concepts and techniques, including insurance, are emphasized.
  • PBHL-H 610 Lean in Healthcare Administration (3 cr.)

    A combination of experiential (learn by doing) and lecture formatted learning aimed at introducing students to the concept of Lean thinking and leadership in healthcare organizations. Within the course students will be introduced to: the history of Lean and its rise in healthcare, identification and quantification of the value of waste removal in process oriented work systems, Lean thinking, facilitation, tools and leadership.  Students will work independently and in small groups.

  • PBHL-H 611 Policy Design, Implementation and Management (3 cr.) This course will examine the reasons for this in terms of the politics of health and the implications for the future of health policy in the United States. Further, health policy topics from economic, financial, sociological, political and psychological perspectives will be covered. Analytical paradigms are applied to organizational or macro-policy making issues. Topics vary by semester according to current policy challenges faced at the federal level.
  • PBHL-H 612 Marketing for Health Services Delivery (3 cr.) This course focuses on the marketing problems and strategies of health care organizations. Subjects include the nature of health care services, organizing for health service delivery, managing health services demand, tailoring customer mix, and managing supply in health care services.
  • PBHL-H 613 Public Health and Emergency Preparedness (3 cr.) This graduate elective course is designed to familiarize learners with emergency preparedness concepts due to natural and man-made disasters. The course will also review biological agents used for terrorism in the past, and agents the Centers for Disease Control consider most likely to be used at present. The content will be delivered via, seminar discussion, web based activities, CDs addressing bioterrorism, resources for infection control and key resources for further exploration. Other student opportunities include readings from past great works depicting responses to naturally occurring infectious disease or contemporary responses to disasters and terrorism/bioterrorism. Public health responses to emergency preparedness at local, state and federal levels will also be discussed.
  • PBHL-H 615 Health Care Outcomes and Decision Making (3 cr.) Application of health outcomes measures in decision-making and evaluation in various health service settings. Includes designing and implementing evaluation plans of health and social programs. Emphasis on evaluation strategies, measurement of health outcomes, and management decision-making.
  • PBHL-H 616 Strategic Planning for Health Services Organizations (3 cr.) This courses aims to develop the student's knowledge and ability in strategic management in health services organizations. Based on an introduction to the general process model of strategic management, the course will engage in detailed discussions of a series of topics in strategic management. These topics include the identification of the organization's mission, vision, and values, the analysis of the external and internal environment of the organization, the identification of strategic challenges and opportunities, the development of strategies, the evaluation of strategies, the communication of strategies, and the development and evaluation of an action plan. The course emphasizes the unique strategic challenges facing health services organizations and their leadership, and aims to develop accordingly the student's ability to identify, analyze and address these challenges. The course utilizes real-world cases to facilitate the understanding of basic course content. The conceptual model of strategic management will be illustrated through the analysis of selected health care cases. The student will also be required to independently analyze a strategic case most relevant to their field of work or study applying the conceptual strategic planning process.
  • PBHL-H 619 Financial Management for Public Health Organizations (3 cr.)

    To further develop the student’s knowledge of financial management of public health organizations.   Topics will include: 

    Financial Statements, What They Are and What Do They Mean? Measuring Income, Net Worth and Cash Break Even Analysis Cost Allocation Budgeting for Operations Analyzing Financial Performance Time Value of Money Governmental Accounting and Budgeting Capital Budgeting
  • PBHL-H 620 Patient-Reported Health Outcomes (3 cr.) P: PBHL-B 551 and PBHL-E 517. This web-based course is evidence-based and focused on health outcomes research in contemporary health care. The different types of health outcomes assessment tools and their application in determining patient health status, changes in health status, and the effectiveness of health care interventions will be addressed. The course will focus on generic and specific health related outcomes assessment tools, looking at such issues as disease specific outcomes and patient satisfaction.
  • PBHL-H 623 Health Care Applications of Strategic Management (3 cr.) This last course of the series in the capstone sequence is designed to assist students in synthesizing and summarizing all of the previous course work. Emphasis is on "real-world" case situations and requires active participation by the students. Case studies chosen reflect current management issues in health services administration.
  • PBHL-H 624 Developing Strategic Capability (3 cr.) This course explores management roles in health care. Application of strategic management theories, concepts and principles and an understanding of managerial roles in organizations are emphasized. Managerial process, management theories, leadership, organizational design, and strategic management are examined.
  • PBHL-H 626 Managed Care and Population Health (3 cr.)

    The purpose of this course is to introduce students to the structure and processes that characterize Managed Care Organizations (MCOs).  The course covers current Health Care transformation related to the Affordable Care Act (ACA). 

  • PBHL-H 628 Health Care Information Systems (3 cr.) A study of the terminology, technology, and application of information systems in various health care settings. Topics include the gathering, organization, storage, and retrieval of complex data banks, as well as assessment of health service data needs and considerations in developing information systems. Includes many computer-based exercises.
  • PBHL-H 632 History of Public Health (3 cr.) This course surveys the history of public health from antiquity to the late twentieth century with the aim of providing students with an understanding of how history may inform present day challenges regarding the health of populations, including emerging infectious diseases; climate change; dislocation of populations from conflicts and natural disasters; malnutrition; and chronic diseases in aging populations. Using a chronological and thematic approach to history, students will learn of the origins, natural histories, and important determinants of the structure and function of modern systems of public health in the United States. The course will explore the complex interactions within populations of disease, science, social and cultural norms, moral/ethical values, economic and legal precepts, health professionals, institutions, and government in shaping the rate of adoption and diffusion of public health systems. The course will use a readings/discussion format with limited didactic teaching and an emphasis on active learning. Each week students will read 4-7 papers and be prepared to discuss them in class. Important goals of the course are to stimulate interest in the history of public health, learn about the methods and tools used in historical research, and promote critical thinking.
  • PBHL-H 639 Law Poverty and Population Health (3 cr.)

    This course on Law and Public Health addresses the law and policy that inform the practice of public health primarily in the United States. The course proceeds with a examination of the field of public health and various definitions of public health. The course also examines law governing the practice of public health by state, local, and federal agencies, as well as health care professionals and institutions. Specific topics addressed include the constitutional foundations for public health practice and regulation, models and issues in public health regulation, and the relationship and tension between public health and private interests.  

  • PBHL-H 641 Public Health Ethics (3 cr.)

    This course is an introduction to the role of ethics in population health-related programs, policymaking, professions and research.

  • PBHL-H 644 Health Impact Assessment (3 cr.) The goal of this course is to introduce students to the theoretical and practical aspects of health impact assessment (HIA) as a methodological tool in public health. HIA utilizes a variety of qualitative and quantitative methods and tools, designed to assess the potential health effects of a public policy, program, project, or initiative. While HIA is still an emerging practice in the United States, in Europe, Canada, and other areas of the world, the assessment of the public health impact of public decisions have been performed regularly to support policy decisions and promote conditions required for optimal health. During the first part of the semester, students will learn the necessary steps to conduct an HIA, review national and international case studies, and discuss how findings may or may not impact policy making. During the second half of the course, students will work in teams with a local or state health department to examine the potential health impact of policy proposals in Indiana.
  • PBHL-H 650 Readings in Public Health (1-3 cr.) This course is designed to expose the student to published material on a specific topic or technique in the field of Public Health. The material to be studied will be determined primarily by the student under the direction of a faculty member with input from the student's concentration advisor. The student is expected to work closely with the faculty member to develop a strategy to identify the material to study, plan a time frame for completion of the study and to determine the nature of the study product. Generally the product will be a summary and interpretation of the material studied in a literature review format. The student and faculty member will complete a written agreement, which outlines the scope of work for the semester. This agreement will also be signed by the concentration advisor.
  • PBHL-H 657 Application of Cost-Effectiveness Analysis in Public Health (3 cr.) Cost-effectiveness analysis is widely used in evaluating the performance of public health programs and policies. In this course, students will learn to frame the conceptual model, to collect and synthesize data regarding "cost" and "effectiveness," to perform a cost-effectiveness analysis, and to form recommendations based on the analysis. Meta-analysis and various survey/interview techniques will be introduced as essential tools for data collection in cost-effectiveness analyses. Learning will be facilitated by numerous examples of the application of this popular method. Health Policy and Management students have option of taking this course in place of PBHL-H 509.
  • PBHL-H 658 Methods of Health Policy and Program Evaluation (3 cr.) The broad topic for this course is health program evaluation. Topics we will cover during the semester include: evaluation standards and ethics; program theory; evaluation design; problems that arise in evaluation and how to address them; working with and communicating to stakeholders. A theme that will be addressed throughout the class is the intersection of program evaluation and politics, and we will be focusing specifically on the intersection between program evaluation and public policy at the end of the semester. We will also take some time at the end of the semester to discuss implementation science, a topic that is closely related to program evaluation. More often than not, evaluation is a complex process where researchers cannot implement strict controls in their designs. Therefore, my primary goal for this class is that you will gain an understanding of the issues affecting program evaluation in real-world contexts and how to address limitations that are imposed by factors that cannot be controlled for (e.g., resources, time, politics, ethical issues, logistics).
  • PBHL-H 659 The Tobacco Pandemic (3 cr.) This course focuses on U.S. and global Tobacco Control, including the health and economic burdens of tobacco use as well as evidence-based approaches to prevention and management. Students will explore how human use of the plant "Nicotiana tobacum" with its potent alkaloid, nicotine, evolved into the largest human made pandemic in world history. The nature, prevalence, and trends of tobacco addiction, tobacco-related diseases, and their treatment will be addressed, as well as the centuries long "tobacco wars," pitting the tobacco industry's effective marketing of their products against the often fragmented, underfunded, and ineffectual government and anti-tobacco forces. Students will review the rise, over the past 50 years, of effective science and evidence-based tobacco control policy in the U.S.: U.S. Surgeons General Reports; CDC Best Practices for Comprehensive Tobacco Control Programs; U.S. PHS Clinical Practice Guidelines: Treating Tobacco Use and Dependence, and related sources. The future of Tobacco Control, including various scenarios for the "end game" of tobacco use in modern societies will be addressed, in light of recent major legal, political, and economic changes in the landscape of Tobacco Control in the U.S and globally.
  • PBHL-H 670 Topics in Public Health: Public Health Ethics (3 cr.) P: PBHL-H 705. This course is an introduction to the role of ethics in population health-related programs, policymaking, professions and research. Because public health interventions focus on communities, as contrasted with individuals, they raise distinct and significant ethical questions from those raised in health services delivery (commonly addressed in fields such as medical ethics, bioethics and clinical ethics). A central question is: How should the rights of individuals be balanced against the protection or improvement of the health of the public? Through examination of current, historic and potential cases--including infectious disease outbreaks and bioterrorism threats, community health impact assessments, soda portion restrictions, and international public health research and programs--students will increase their understanding of the ethical and human rights concerns in public health. Students also will learn how to analyze local, national and international public health policies and programs using numerous ethics-based frameworks, and will be more empowered to be critical contributors to the development, delivery and assessment of ethically sound public health interventions in their professional careers.
  • PBHL-H 680 SEMINAR IN CONTEMPORARY HEALTH POLICY AND MANAGEMENT CHALLENGES (3 cr.) This seminar is the introductory seminar for HPM doctoral students and should be taken in the first or second year of your graduate study. The broad goal of the course is to help you develop your skills in analytic reasoning, critical thinking, knowledge translation, and professional self-reflection necessary for a successful research career. The course includes both face-to-face seminars and an online component. The face-to-face meetings will expose you to a wide-range of "hot topics" currently being studied by experts in the field. To augment the in-class seminar discussions, you will interact with your fellow students online, both to explore the substantive topics in more depth and to reflect on broader methodological, theoretical and ethical questions associated with the projects featured. In the online component of the course, you also will complete a series of weekly exercises intended to help you identify and appraise potential dissertation topics and, toward the end of the semester, begin composing and planning a possible dissertation research prospectus.
  • PBHL-H 682 Global Perspectives of Health Policy and Health Systems (3 cr.) This 3 hour course is designed to expand students' perspectives on global health care through the in-depth study of health care and health systems that are distinct from the U.S. health care system. Students also will learn how health policy and management research apply the comparative method in the study of health systems and health policy. Finally, students will explore health policy as a global challenge through a systematic discussion of international health policymaking and responses to health problems requiring global or regional nation-level cooperation.
  • PBHL-H 685 Research Methods in Healthcare Finance (3 cr.) P: Health Economics (H619) and Biostatistics for Public Health (B551)

    This course focuses on quantitative research methods applied to healthcare finance.  The goal is to equip students with a solid methodological basis for research design and secondary data analysis. The course presents different methodological applications using a combination of readings and problem sets that cover a selection of topics in healthcare finance.

  • PBHL-H 700 Health Policy and Management Continuous Enrollment (1 cr.) P: PBHL-H 705. This is a one-credit course designed for MPH students who previously registered for PBHL-H 705 Health Policy and Management Concentration Project and are working on their Final Concentration Project until project grade has been assigned.
  • PBHL-H 702 Internship in Health Services Management (3 cr.) P: Requires the equivalent of a minimum of 3 credit hours of on-site experience under the supervision of a qualified preceptor and program faculty. Grading is on an S/F basis.
  • PBHL-H 705 Public Health Policy and Management Concentration Project (3 cr.) P: MPH Core; Public Health Internship. Provides students the opportunity to synthesize and integrate knowledge acquired through coursework and the public health internship. Student projects will include components of health policy analysis or management research and application.
  • PBHL-H 711 Capstone Experience for Health Policy and Management (3 cr.) P: PBHL-H 602: Please contact Sarah Johnson shm@indiana.edu for authorization to register. This course will provide students with a culminating experience aimed at integrating their learning throughout the MPH program. Students will determine their proficiency in public health through the development of an ePortfolio, and engaging in professional development through various activities and presentations to prepare them for professional life.
  • PBHL-H 735 Research in Health Administration (3-6 cr.) P: Consent of instructor. Field research conducted under the direction of a faculty member. Designed for advanced students and those who have elected not to take a residency. Grading is on an S/F basis.
  • PBHL-H 740 WORKSHOP IN HEALTH POLICY AND MANAGEMENT (3 cr.)

    This course is designed to prepare students for the H742: Practicum in Health Policy and Management. Students will be assigned to work in small groups of two or three students with health policy makers in local or state government or in private or non-profit health care organizations on a policy issue chosen by the agency. Over the course of the semester, students will conduct background research on the topic and examine prior relevant policies. This background work will be shared and discussed with the sponsoring agency.

  • PBHL-H 740 WORKSHOP IN HEALTH POLICY AND MANAGEMENT (3 cr.)

    This course is designed to prepare students for the H742: Practicum in Health Policy and Management. Students will be assigned to work in small groups of two or three students with health policy makers in local or state government or in private or non-profit health care organizations on a policy issue chosen by the agency. Over the course of the semester, students will conduct background research on the topic and examine prior relevant policies. This background work will be shared and discussed with the sponsoring agency.

  • PBHL-H 746 Comparative Effectiveness Research Methods (3 cr.) P: PBHL-E 517 and PBHL-B 551. This course introduces the range of methods and associated political and ethical issues related to comparative effectiveness research in health and medicine, with a particular focus on developing quantitative skills to the design, review and analysis of clinical trials (e.g. drugs, devices, clinical or behavioral strategies). Students will learn quantitative methodologies that can be utilized to synthesize a range of evidence regarding the benefits and harms of available choices for care, and will explore the potential and limitations of comparative effectiveness findings for policy and health care decision making.
  • PBHL-H 747 Health Policy and Management Research Seminar (12 cr.) The objective of this course is for students learn how and practice critically appraising, developing, and defending research studies related to Health Policy and Management.  These are broad skills that should continously be improved throughout students' time in a PhD program.  Therefore, this course is designed to be taken repeatedly so that students at different stages of thei PhD studies can continue to develop their skills.  The course will be taught seminar style, meaning that class sessions will often consist of roundtable discussions of published and proposed research studies.  In these discussions, students are expected to participate heavily and to drive much of the discussion.
  • PBHL-H 751 Doctoral Readings in Health Policy and Management (1-3 cr.) This course is designed to expose a PhD student to published material on a specific topic or technique related to their field of study in Health Policy and Management. The material to be studied will be determined primarily by the PhD student under the direction of a faculty member with input from the student's concentration advisor. The PhD student is expected to work closely with the faculty member to develop a strategy to identify the material to study, plan a time frame for completion of the study and to determine the nature of the study product. Generally the product will be a summary and interpretation of the material studied in a literature review format. The PhD student and faculty member will complete a written agreement, which outlines the scope of work for the semester. The concentration advisor will also sign this agreement.
  • PBHL-H 752 Doctoral Readings in Health Policy and Management (1-3 cr.) This course is designed to allow PhD students the opportunity to explore research questions by collecting data or using existing data related to their field of study in Health Policy and Management. The study topic will be determined primarily by the PhD student under the direction of a faculty member with input from the student' concentration advisor. The PhD student is expected to work closely with the faculty member to develop the study protocol, obtain IRB approval if necessary, obtain the data and collect the planned data analysis. The time frame for completion and the nature of the study product will be determined by the PhD student, faculty member and advisor. Generally the product will be a manuscript for submission to an appropriate journal. The PhD student and faculty member will complete a written agreement, which outlines the scope of work for the semester. The concentration advisor will also sign this agreement.
  • PBHL-H 755 ORGANIZATIONAL LEADERSHIP THEORY AND PRACTICE (2 cr.) This course provides an overview of the theoretical framework for organizational leadership in field settings. We will focus on specific leadership topics such as team leadership, change and innovation processes. Special emphasis will be placed on leadership styles and the relevance of context and geographic location in the world.
  • PBHL-H 756 LEADERSHIP IN GLOBAL HEALTH LAW AND ETHICS (2 cr.) Overview of critical issues relating to law, ethics, and global public health, including legal foundations of the American public health system and ethical dilemmas. We compare and contrast the American perspective with those of other countries and governance structures.
  • PBHL-H 757 A POPULATION PERSPECTIVE FOR GLOBAL HEALTH (1 cr.) This course is designed to enable learners to understand what "population health" means in the context of contemporary politics and public health. The course provides learners with a basic familiarity of the use of epidemiology and aggregate measures in political and policy contexts.
  • PBHL-H 758 INITIATING THE RESEARCH PROCESS (1 cr.) This course is designed to enable learners to understand what "population health" means in the context of contemporary politics and public health. The course provides learners with a basic familiarity of the use of epidemiology and aggregate measures in political and policy contexts.
  • PBHL-H 759 Leadership in Global Health Systems (2 cr.)

    Critical examination of current issues in global health systems prepares students to confront organizational and policy challenges. Examine trends in global health reforms and governing structures. Explore leadership expectations of diverse stakeholders, inside and outside government, and how they may be met with critical thinking, analysis and application.

    This course critically examines current issues in global health systems and prepares students to confront organizational and policy challenges. Health leadership here covers the entire “value chain” from the inception of public health policies to health services delivery.  Health leadership is therefore examined in terms of a comprehensive world view of public health issues and options. The course looks at health systems in selected countries outside the U.S. including examples in high-, middle- and low-income countries. We will examine trends in global health reforms and their governing structures. Health leadership, in the context of a professional career or an altruistic mission, requires knowledge, skills and commitment. The course will look at how leadership expectations are voiced by a diversity of stakeholders, inside and outside institutions, and how they may be met with critical thinking, analysis and application.

  • PBHL-H 760 Essentials of Practice-Based Research (2 cr.)

    Review basic research techniques used in health services research, including qualitative and quantitative methods.  Special emphasis is placed on applying these skills in “real world” settings where data may not be perfect and conditions may make it necessary to compromise in applying research techniques used in more controlled settings.

    We review basic research techniques used in health services research, including qualitative and quantitative methods.  Special emphasis is placed on applying these skills in “real world” settings where data may not be perfect and conditions may make it necessary to compromise in applying research techniques used in more controlled settings. The course prepares students to move from research question to preliminary ideas about research methods that would be appropriately applied in their dissertations. The course covers basic research designs, measurement scales and coding nomenclatures, analytical techniques for qualitative data, research techniques for primary data collection and use of secondary data. Emphasis is placed on qualitative methods in this course. Given the nature of the dissertations completed in this program, the vast majority of students will use primarily qualitative methods in executive of their research. 

  • PBHL-H 761 Literature Review and Appraisal (2 cr.)

    This course introduces methods for identifying, exploring and evaluating literature relevant to students’ proposed dissertation topics in a scholarly and systematic way. The course also prepares students to effectively review research for decision-making and other applications in their roles as senior leaders in organizations.  

  • PBHL-H 762 The Science of Global Health Implementation (2 cr.)

    This course provides students with an introduction to the topic of implementation science including immediately applicable problem solving and analytical skills relevant to those working in global public health settings. The course introduces a suite of tools for each step of the implementation framework, allowing students to understand the suitability of different tools for different applications. 

    The primary objective of this course is to provide students with an introduction to the topic of implementation science including immediately applicable problem solving and analytical skills relevant to those working in global public health settings.. Reflecting the trans-disciplinary nature of global health, the course draws on and integrates qualitative and quantitative tools from a broad array of fields. For example, tools for understanding local contexts, needs and activities have been developed in the social sciences (ethnography), engineering design (contextual inquiry), business (Voice of the Customer)  and organizational behavior (appreciative inquiry). The course introduces a suite of tools for each step of the implementation framework, allowing students to understand the  suitability of different tools for different applications. 

  • PBHL-H 763 Leadership Challenges in Global Health Informatics (2 cr.)

    This course provides students with insights into timely issues relating to global health informatics.  The course helps students understand current global challenges and opportunities in health informatics and equips them with the skills and knowledge they need to effectively identify and address information needs in organizations. 

    This course provides students with insights into timely issues relating to global health informatics.  The course helps students understand current global challenges and opportunities in health informatics and equips them with the skills and knowledge they need to effectively identify and address information needs in organizations.   Health informatics initiatives have implications for stakeholders such as consumers, patients, practitioners, administrators, and policy makers. Students will consider informatics initiatives from varied stakeholder perspectives and evaluate them in the context of organizational strategies and operations. 

  • PBHL-H 765 Financing Global Health (2 cr.)

    The course will focus on how development assistance for health (DAH) is changing and implications for the public’s health. Students will discuss global health related financial goals and priorities.  They will become acquainted with principles of political economy and the structures and governance of financing institutions related to DAH worldwide.

    Global health is the defined as the health of populations in the global context. It pertains to worldwide health improvement, reduction of disparities, and protection against global threats that disregard national borders.  Every year, development assistance for health (DAH) is provided to lower and middle income countries.  In 2013 the amount was estimated to have been the equivalent of USD 31.1 billion (IHME)[1]. Global health leaders must understand where and how these funds originate and how they are being spent.  The course will focus on current day discourse about the way DAH is changing and implications for the public’s health.  Dominated in the past by bi-lateral agreements and the UN system (WHO, UNICEF, UNFPA), non-state and non-UN actors are now taking on greater prominence[2].  This development creates challenges for securing long-term solutions to global health challenges.  Controversies include, for example, ethical and legal considerations when NGOs and other independent institutions/corporations leverage DAH contributions in their tax expenditure strategies. Students will familiarize themselves with issues surrounding finance and global health goals and priorities.  Students will become acquainted with principles of political economy and the structures and governance of financing institutions related to DAH worldwide.

    [1] Institute for Health Metrics and Evaluation.

    [2] Some of the major ones are The Global Fund, GAVI Alliance, World Bank, Gates Foundation and non-governmental organizations (NGO´s).

  • PBHL-H 767 Executive Communication for Global Health Leaders (2 cr.)

    Communication within the field of health services and global public health requires special knowledge, abilities and skills. Executives must understand the value and role of organizational communication teams that manage and direct internal and external communication efforts. In addition, executives work with expert communicators to respond effectively during times of crisis. Media for communication include traditional outlets as well as new and emerging electronic media. Sensitivity to timing, context, culture, and best practices can maximize the effectiveness of executive communication within and outside their own organizations. This course introduces topics in executive communication necessary for senior leaders to be effective. 

  • PBHL-H 768 Global Health Policy and Advocacy (2 cr.)

    Review frameworks for global policy processes then take an in-depth look at one approach and its basic steps, applying it to select cases. The course considers key concepts in development of an advocacy agenda using strategies tailored to the policy environment and designed to move policies in the desired direction.

    Health policymaking is a complex process that varies around the world. It is affected by such factors as governance structures and systems, the relative influence of stakeholder groups, and the policy context including political, economic, social and organizational conditions. Making sense of the complex interplay of these elements requires skill, and there is no single correct way to approach such an analysis. In this course, we briefly review theories and frameworks for the policy process then take an in-depth look at one approach and its basic steps, applying them to select cases. The course concludes by considering key concepts in development of an advocacy agenda using strategies tailored to the particular policy environment and designed to move policies in the desired direction. 

  • PBHL-H 769 Strategic Theory and Practice in Global Health Leadership (2 cr.)

    This course focuses on theories and principles of strategic leadership of organizations with a mandate to provide health care services. Coursework will address such strategic leadership issues as a basis for ensuring resource efficiency and effective operations. The course also addresses strategic challenges relevant in a global context. 

    This course focuses on the theories and principles of strategic leadership of organizations with a mandate to provide health care services, whether public or private. The complexity of strategic leadership may arise from the composition of staff employed, organizational structures and/or from the characteristics of an organization´s environment.  Strategy development in an organization requires exploration of internal and external premises for conducting strategy processes.  Coursework will address such strategic leadership issues as a basis for ensuring resource efficiency and effective operations. An expanding set of organizational stakeholders enters into the complex equation of strategy analysis.  Students will identify them and draw on their findings in shaping strategy proposals. The course also addresses strategic challenges relevant in a global context, including frequent reforms and changing regulations in complex settings with pressures from a broad variety of stakeholders.

  • PBHL-H 770 Marketing and Public Relations for Global Health Leaders (2 cr.)

    Senior leaders must be aware of key concepts in marketing and PR. Fundraising efforts must be supported by organizational leaders to advance the interests of the organization and serve the public good. This course provides insights into executive competencies related to external relationships influenced through marketing, PR and organizational development. 

    Senior leaders in organizations that serve the public’s health must be aware of key concepts in marketing and PR to effectively understand how experts manage internal and external images and stakeholder attitudes and perceptions. Fundraising efforts, while typically under the purview of organizational experts, must be supported by organizational leaders to advance the interests of the organization and serve the public good. This course provides students with insights into executive competencies related to external relationships influenced through marketing, PR and organizational development

  • PBHL-H 771 Program Evaluation for Global Health Leaders (2 cr.)

    Review key evaluation theories and frameworks, selection of evaluation questions, evaluation design and data collection strategies, reporting evaluation results, and the political, ethical, and interpersonal considerations in evaluation. Some topics, including research design and data collection strategies, reinforce previous course content.

  • PBHL-H 775 Doctoral Research Seminar in Health Policy and Management (1-3 cr.) This course is designed to expose PhD students to a wide range of specific research topics and issues in Public Health. The seminar topics will be chosen by the Director of the PhD program with input from other faculty members. The PhD students are expected to attend each seminar session, read assigned material, and participate in the seminar discussions. The PhD students may be asked to present their research projects during the seminar to obtain feedback and recommendations from the faculty and other students.
  • PBHL-H 775 Doctoral Readings in Health Policy and Management (1-3 cr.)

    This course is designed to expose a PhD student to published material on a specific topic or technique related to their field of study in Health Policy and Management.  The material to be studied will be determined primarily by the PhD student under the direction of a faculty member with input from the student’s concentration advisor.  The PhD student is expected to work closely with the faculty member to develop a strategy to identify the material to study, plan a time frame for completion of the study and to determine the nature of the study product.  Generally the product will be a summary and interpretation of the material studied in a literature review format.  The PhD student and faculty member will complete a written agreement, which outlines the scope of work for the semester.  The concentration advisor will also sign this agreement.

  • PBHL-H 777 Dissertation Planning and Preparation I (2 cr.)

    This course guides students through the steps necessary to produce the outline of a dissertation proposal.  In collaboration with faculty, students will assess the current state of their research questions and literature reviews and generate work plans for revisions, additional refinements and the addition of preliminary ideas about methodology. 

    This course guides students through the steps necessary to produce the outline – and to the extent possible, a first draft – of a dissertation proposal.  In collaboration with faculty, students will assess the current state of their research questions and literature reviews and generate work plans for revisions, additional refinements and the addition of preliminary ideas about methodology, culminating in brief oral presentations of dissertation proposal outlines in person in August. Emphasis is on making independent progress on components of a proposal draft, with support and guidance from faculty and peers over six class sessions during the summer.

  • PBHL-H 778 Dissertation Planning and Preparation II (1 cr.)

    This is the second in a two-part series to guide students through the steps necessary to produce a draft dissertation proposal.  In close collaboration with course faculty and the students’ dissertation committee chairs and committee members, students will refine their proposals in preparation for oral defense. 

  • PBHL-H 781 Research Designs in Health Policy & Management (3 cr.)

    This doctoral-level course exposes PhD students to research designs commonly used in the health policy and management (HPM) literature.  Topics covered will include overview of the research process, types of study designs including their benefits and drawbacks with a strong focus on causal inference designs developed in the field of economics and policy analysis.  At the end of the semester, students should come away with an improved grasp of the interdisciplinary language of HPM research and a deeper appreciation of the importance of research design.

  • PBHL-H 782 Health Services Empirical Methods (3 cr.)

    The goal of this course is for the student to understand how to apply quantitative methods to theory-based, hypothesis-driven research.   While the course will review quantitative methods useful to health services research, the emphasis will be on the practical application of such methods, including issues related to data management, the use of different software packages to implement such methods, and the effective presentation of quantitative findings to a variety of audiences. The final course deliverable will be an empirical analysis using national survey data to inform an issue of interest to the student.

  • PBHL-H 783 Qualitative Methods in Health Services Research (3 cr.)

    This is a qualitative research methods course for doctoral students. Emphasis will be placed on ethnographic field methods as they apply to understanding the organization, implementation, and evaluation of health services. Students will: learn qualitative research design; collect, manage, and analyze qualitative data; and report qualitative findings.

  • PBHL-H 805 Doctoral Dissertation (3 cr.)

    Students work independently, in collaboration with dissertation committee chairs and committee members, to complete dissertations. The DrPH dissertation is the ultimate academic test of a student’s competency.  It requires application of key aspects of the curriculum to improving the understanding of an important public health-related administrative or policy issue.

    Students work independently, in close collaboration with their dissertation committee chairs and committee members, to complete their dissertations. The DrPH dissertation is the ultimate academic test of a student’s competency.  It requires application of key aspects of the curriculum to improving the understanding of or resolving an important public health-related administrative or policy issue. The dissertation should demonstrate the candidate’s mastery of the skills and knowledge required to lead an important health-related program or organization, to create a substantial change in policy for the public’s health, or to develop new methods that accomplish either of these two goals.  The dissertation should be of publishable quality in either the scholarly literature or applied literature in health care delivery or global public health.

  • PBHL-P 650 Readings in Public Health (3 cr.)

    This course is designed to expose the student to different readings in public health.  The course will allow the student to apply skills learned in the public health core courses by collecting data and applying techniques.  The student will be required to read critically published papers and identify research topics.

  • PBHL-P 670 Topics in Public Health (3 cr.) This course has a variable title and can be offered for variable credits. Similar to topics courses offered in other IUPUI programs, this course offers an introduction to a variety of public health topics and current issues will be covered in this course.
  • PBHL-R 515 Sociology of Health and Illness (3 cr.) This course will acquaint students with the theoretical and empirical foundations of the sociology of health and illness, as well as exposing him/her to the important theoretical and empirical research done by sociologists of health and illness . R515 uses sociological perspectives and sociological research techniques to investigate the social and behavioral phenomena associated with health, disease, and health care. The field deals with quite a broad range of topics, including (but not limited to): social influences on the distribution of disease, the influence of inequality on health, the impact of culture on symptom recognition and help seeking, the relation of medicine to institutions of social control, the distinctive characteristics of medicine as a type of work, cost containment issues, the impact of economic factors on the distribution and organization of health care, the implications an aging population has for the provision of health care in the United States, and a consideration of the ethical issues raised by modern biomedicine, etc.
  • PBHL-S 500 Social and Behavioral Science in Public Health (3 cr.) This course is designed to introduce students to the philosophies and principles that provide the foundation for health promotion and disease prevention with an emphasis on population-based public health approaches. Students will explore topics that promote a broader and better understanding of determinants of health; the multiple factors contributing to health and illness behaviors; fundamentals, theories and principles that shed light on health and illness behaviors; and philosophies, principles and strategies that facilitate improvements in population health and the elimination of health disparities. Students will be introduced to the important complementary relationships between and comingled effects of the determinants of health with an emphasis on the social determinants of health. Students will be presented with new approaches to improve, by not only focusing on individual capacities and capabilities to address their diseases and/or ailments, but also, most importantly perhaps, focus on the conditions and contexts in which individuals have the liberty and limits to make choices that influence health and illness behaviors in many different ways.
  • PBHL-S 505 Social and Behavioral Science in Public Health (1 cr.)

    This course is designed to introduce students to the social and behavioral science principles that provide the foundation for health program planning and disease prevention with an emphasis on population-based public health approaches. Students will explore topics that promote a broader and better understanding of determinants of health; the multiple factors contributing to health and illness behaviors; and the fundamentals, theories and principles that shed light on health and illness behaviors. Students will be introduced to the important complementary and inter-related relationships between behavioral and social determinants of health.

  • PBHL-S 510 Introduction to Research Methods in Public Health (3 cr.) This course examines fundamental research methods used in the field of public health. The focus is on understanding how community and clinical data are collected in scientifically valid methods and how study results are fairly interpreted. Students will learn how to critique published research to identify the strengths and limitations of the designs and approaches used, along with possible confounding factors and biases. Topics include components of research studies, including: justification for a research project, development of research questions, research designs (qualitative, quantitative), selection of participants, sampling methods, project management, and data for analysis. Methods used to complete and interpret community-based needs assessments and program evaluation will be included.
  • PBHL-S 602 Internship in Social and Behavioral Science (3 cr.) P: MPH Core Curriculum (5 courses); Consent of Faculty Advisor. This course integrates public health theory and practice in a practice setting. Students have the opportunity to apply concepts from core and concentration courses, conduct projects, and interact with a range of health professionals in the designated setting. Linked to the student's chosen concentration, this work experience exposes the student to new issues and new ways to solve problems and offers the student an opportunity to gain work experience in his/her concentration major and, at the same time, provides valuable job skills. The student works both with a faculty advisor and an academically and professionally qualified preceptor in the agency.
  • PBHL-S 610 Booms, Busts, Shapes and Shifts: Why Population Matters to Public Health (3 cr.) Whether you realize it or not, demographic processes are constantly influencing your life. What do I mean by demographic processes? I mean patterns of childbearing (fertility), death (mortality), and the geographic movement of human beings (migration), both in this country and around the globe. Demography, also called Population Studies, is the study of human populations in terms of their size, composition, distribution, and the causes and consequences of changes in these three characteristics. Demography is a fascinating topic because it deals with many questions you may find personally relevant: nearly all of the major events in your life have demographic implications. Furthermore, demographic forces play a large role in shaping entire populations health and wellbeing. Understanding these forces can help to answer some of the most interesting and important questions facing public health practitioners today, such as: How many disability-free years can people expect to live? How is urbanization related to a society's causes of mortality? Does immigration place strain on health care systems?
  • PBHL-S 614 Program Planning in Public Health (3 cr.) This course will provide students with a systematic approach to program planning and evaluation of health programs. Students will apply program planning, implementation and evaluation theory to develop an evidence-based health promotion program that addresses a public health issue of personal interest.
  • PBHL-S 615 Culture and Qualitative Methods (3 cr.) This course provides learning opportunities for public health graduate students to develop an understanding of culture and of how qualitative methods can be used to develop a sensitivity to and an understanding of cultural practices. Such cultural sensitivities and competencies are basic to effective program planning, implementation, service delivery, and program evaluation. This class will provide important knowledge and opportunities related to public health practice in a community setting comprised of a multicultural population with differing health beliefs, values, behaviors and health care needs. By the end of the semester, the student will be able to define and distinguish the concepts of culture and traditions, acculturation and enculturation, traditionalism and modernism and will be able to begin to identify how to build on cultural practices to develop interventions aimed at influencing health behaviors. Further, the student will have active experience in conducting qualitative research in a community setting, including skills in conducting windshield surveys, participant observations, key informant interviews, and focus groups.
  • PBHL-S 617 Health Promotion and Disease Prevention (HP/DP) (3 cr.)

    This course is designed to introduce graduate students to the important role that health education, health promotion, and disease prevention play in the overall plan to improve the Nation’s health. This course is designed to prepare students in the science and art of helping people change their lifestyle – stopping smoking, getting exercise, eating nutritious food -- so that they can begin to move toward a state of optimal health and avoid the chronic diseases that are causes of premature death and disability in Indiana, the United States, and around the world. Students will learn to identify factors (social, economic, biological, and cultural) that underlie individual disease risk, understand what barriers prevent behavior change, and the factors that influence individual decision making. They also will study effective preventive interventions directed at individuals (and their personal risk factors) and populations (community level approaches). With this background, the students should be able to better design their own programs as well as critique public health intervention recommendations for at risk populations. Practical use and application of these principles will be gained through class exercises, case study analysis, class discussion, and class assignments.

  • PBHL-S 620 Stress and Population Health: A Biopsychosocial Exploration (3 cr.) This course will examine stress holistically, i.e. from a biological/physiological, psychological and sociological perspective. You will learn how stress is manifested psychologically as well as in the systems of the body. You will also examine stress from a community/population perspective. Finally, the effects of stress on the body will be examined through examples from its role as a cause of and contributor to major illnesses.
  • PBHL-S 622 Coaching for Health Behavior Change (3 cr.) This course is designed to teach students how to coach individuals and groups attempting to improve their health behaviors. Theory, evidence-based practices, and different types of communication and interviewing styles will be explored through hands-on activities. Students will practice the learned techniques throughout the semester and will be able to apply these techniques upon completion of the course. Health educators, health educator trainers, health care providers, and others interested in guiding behavior change will benefit from this course.
  • PBHL-S 625 Applied Public Health Campaigns and Social Marketing Strategies (3 cr.) Effectively communicating public health messages can be a challenge. From advertising a program to promoting behavior change, there are many social marketing strategies and tools that yield positive results. This course will offer students practical opportunities to apply these strategies and tools in the development and evaluation of public health campaigns. Case studies, guest speakers, and hands-on experiences will be incorporated in this class.
  • PBHL-S 631 Maternal, Child, and Family Health (3 cr.) Overview of Maternal Child health with emphasis on conditions and issues effecting reproductive, childhood, and women's wellbeing. Includes classroom lecture, discussion, and student presentations.
  • PBHL-S 650 Readings in Public Health (1-3 cr.) This course is designed to expose the student to published material on a specific topic or technique in the field of Public Health. The material to be studied will be determined primarily by the student under the direction of a faculty member with input from the student's concentration advisor. The student is expected to work closely with the faculty member to develop a strategy to identify the material to study, plan a time frame for completion of the study and to determine the nature of the study product. Generally the product will be a summary and interpretation of the material studied in a literature review format. The student and faculty member will complete a written agreement, which outlines the scope of work for the semester. This agreement will also be signed by the concentration advisor.
  • PBHL-S 650 Readings in Public Health (1-3 cr.)

    This course is designed to expose the student to published material on a specific topic or technique in the field of Public Health.  The material to be studied will be determined primarily by the student under the direction of a faculty member with input from the student’s concentration advisor.  The student is expected to work closely with the faculty member to develop a strategy to identify the material to study, plan a time frame for completion of the study and to determine the nature of the study product.  Generally the product will be a summary and interpretation of the material studied in a literature review format.  The student and faculty member will complete a written agreement, which outlines the scope of work for the semester.  This agreement will also be signed by the concentration advisor.

  • PBHL-S 658 Methods for Research on Social and Behavioral Dimensions of Public Health (3 cr.) This course will train students in basic research methods used by social and behavioral scientists in the public health arena. Through lectures, labs, individual and group activities, students will learn how to read empirical research and evaluate its quality in order to become good consumers of existing research. Students will also learn to produce quality research through an understanding of theoretical foundations, research design and the basics of measurement theory.Overview of Maternal Child health with emphasis on conditions and issues effecting reproductive, childhood, and women's wellbeing. Includes classroom lecture, discussion, and student presentations.
  • PBHL-S 658 Methods for Research on Social and Behavioral Dimensions of Public Health (3 cr.) This course will train students in basic research methods used by social and behavioral scientists in the public health arena. Through lectures, labs, individual and group activities, students will learn how to read empirical research and evaluate its quality in order to become good consumers of existing research. Students will also learn to produce quality research through an understanding of theoretical foundations, research design and the basics of measurement theory.
  • PBHL-S 670 Topics in Public Health (1-3 cr.) This course has a variable title and can be offered for variable credits. Similar to topics courses offered in other IUPUI programs, this course offers an introduction to a variety of public health topics and current issues will be covered in this course.
  • PBHL-S 672 International Perspectives on Health and Housing (3 cr.) This international service-learning course is designed for students who are interested in developing an in-depth understanding of the relationship between health and housing outside of the U.S. This course will provide students with an opportunity to learn and work with individuals, families and communities struggling to overcome poverty to improve well-being in Argentina through a collaborative project with Habitat for Humanity, International. This course combines didactic learning related to the social determinants of health with a short term international service experience with Habitat for Humanity that will not only explore the complex social and geopolitical factors associated with health and housing, but will provide firsthand experience in an international setting. The course will require travel to participate in a 8-10 day service learning experience within an Argentinian community where community development efforts are underway to improve the health and well being of communities impacted by poverty.
  • PBHL-S 700 Social and Behavioral Health Science Continuous Enrollment (1 cr.) P: PBHL-S 702. This is a one-credit course designed for MPH students who previously registered for B701 Biostatistics Concentration Project and are working on their Final Concentration Project until project grade has been assign.
  • PBHL-S 702 Public Health Social and Behavioral Science Concentration Project (3 cr.) P: MPH Core; Public Health Internship. Provides students the opportunity to synthesize and integrate knowledge through course work and the public health internship. Student projects will include components of behavioral health sciences research and application.
  • PBHL-S 711 Capstone Experience in Social and Behavioral Sciences in Public Health (3 cr.) P: PBHL-S 602: Please contact Sarah Johnson shm@indiana.edu for authorization to register. This course will provide students with a culminating experience aimed at integrating their learning throughout the MPH program. Through the accomplishment of the learning objectives, students will have the opportunity to practice public health through the resolution of public health problems; determine their proficiency in public health through the development of an ePortfolio, and engage in professional development through various activities and presentations to prepare them for professional life.
  • PBHL-S 725 Preparing for Academia in Public Health (1 cr.) This 1.0 credit seminar course will prepare advanced graduate students for the roles and responsibilities they may assume as faculty members. Course content will include an overview of the higher education culture and faculty expectations for teaching, research and service.