Science Education (Q)

  • EDUC-Q 506 Teaching Secondary School Science (3-4 cr.) P: 35 credit hours of science.

    Designed for graduate students who plan to teach biology, chemistry, earth science, general science, physical science, or physics in the junior high/middle school or secondary school.

    Not Repeatable for Credit

  • EDUC-Q 515 Workshop in High School Science (1-3 cr.)

    For experienced teachers. Ideas on curriculum trends and instructional techniques; development of new educational materials; analysis of problems; and new resource materials.

    Repeatable for Credit: 99 credits and 99 completions

  • EDUC-Q 528 Demonstration and Field Strategies in Science (1-6 cr.)

    Identification, selection, design, implementation, and evaluation of demonstrations and field trips. Strategies in science for elementary, middle school, junior high, and secondary school teachers.

    Not Repeatable for Credit

  • EDUC-Q 540 Teaching Environmental Education (3 cr.)

    For elementary and secondary teachers. Basic principles of environmental/ conservation education stressed in grades K-12. Methods and techniques for integrating these principles into existing curricula. Designed for the development and evaluation of new interdisciplinary teaching materials.

    Not Repeatable for Credit

  • EDUC-Q 546 Exploring Secondary School Science Teaching (2-3 cr.)

    An introduction to the study of teaching science. Includes a review of the issues currently surrounding science teaching with an emphasis on the role of inquiry in science instruction. Students cannot receive credit for both M346 and Q546, since Q546 serves the same purpose as M346 at the graduate level.

    Not Repeatable for Credit

  • EDUC-Q 590 Independent Study or Research in Science Education (1-3 cr.) P: Individual research or study with a Science Education faculty member, arranged in advance of registration.

    A one or two page written proposal should be submitted to the instructor during the first week of the term specifying the scope of the project, project activities, meeting times, completion date, and student product(s). Ordinarily, Q590 should not be used for the study of material taught in a regularly scheduled course.

    Repeatable for Credit: 99 credits and 99 completions

  • EDUC-Q 610 Science Education Curriculum (2-3 cr.)

    Seminar on the concepts, issues, and theories, underlying science curriculum and a critical examination of the historical foundations and projected alternative futures of science curricula.

    Not Repeatable for Credit

  • EDUC-Q 612 Topical Seminar in Science Education (2-4 cr.)

    Required for doctoral students in science education. Study and discussion of current topics and issues in science education. Areas might include history and philosophy inquiry, assessment, research and teacher education.

    Repeatable for Credit: 18 credits and 9 completions

  • EDUC-Q 690 Advanced Research in Science Education (1-6 cr.)

    Individual research participation in an attempt to determine what science (process and content) can be learned by whom and how science learning can be facilitated through teacher training or improved instructional design. Open only to advanced graduate students.

    Repeatable for Credit: 99 credits and 99 completions

  • EDUC-Q 601 Professional Seminar in Science Education (1-3 cr.)

    Doctoral students in science education are introduced to the professional field by a variety of methods. Faculty members engage students in discussions about organizations, journals, conferences, and research projects. Students share their own research and receive feedback. Guest speakers present research.

    Repeatable for Credit: 4 credits and 4 completions

  • EDUC-Q 620 University Science Teaching (3 cr.)

    Not Repeatable for Credit

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