IUPUC Campus Bulletin 2014-2016

• Admission
  • Adult Special Student
  • International Students
  • Freshman Admission and Qualifications
  • Transfer Admission and Qualifications
  • Visiting Students
  • When to Apply
• Academic Advising
  • Developmental or Refresher Course Work
  • Elements of an Undergraduate Degree
  • First-Year Seminars or Learning Communities
  • General-Education Requirements/Introduction to Majors
  • Preparing for Advising Sessions
  • Scheduling Tools and Information
  • Undecided and Exploratory Options
• Financial Aid & Scholarships
  • Aid for Graduate/Professional Students
  • Eligibility
  • Satisfactory Academic Progress
  • Scholarship Information
  • Types of Financial Aid
• General Education Core 30
• Graduation Requirements
• Orientation
• Placement Testing
  • Accomodations for Placement Testing
  • External and National Testing
  • Testing for Students Whose Native Language is Not English/English for Academic Purposes (EAP) Placement Testing
• Registration
  • Dropping and Adding Classes
  • Enrollment Permissions and Holds
  • Fees
  • IUPUC Courses- Partner Locations
  • Registration Process
  • Waitlisting
• Student Learning Outcomes

Undergraduate Programs

Student Learning Outcomes

Bachelor of Science in Chemistry

Student who graduate with a B.S. in Chemistry will be expected to:

1. Understand major concepts, theoretical principles and experimental findings in organic chemistry, analytical chemistry, inorganic chemistry, physical chemistry and biochemistry.
2. Exhibit problem solving and critical thinking skills relevant to the field of chemistry.
3. Access, retrieve, and interpret accurate and meaningful information from the chemical literature.
4. Communicate scientific information effectively, both orally and in writing.
5. Work effectively in teams in both classroom and laboratory.
6. Design, carry out, record and analyze the results of chemical experiments.
7. Use instrumentation for chemical analysis and separation.
8. Use computers in experiments, data analysis, and in communication.
9. Understand and follow safety guidelines in chemical labs.
10. Be aware of and abide by ethical standards in chemical discipline.
11. Integrate knowledge from mathematics, physics and other disciplines in support of chemistry.
12. Conduct research projects with supervision.