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Preparing Future Physics Faculty
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PFPF Program![]() |
PFPF Components
Other Information |
Program Description
The university teaching assistant (TA) experience
is the major avenue for the training of the future
professoriate. However, too often it involves training
in leading small-group discussion sections or assisting
an instructor with grading or other specific tasks
related to the instructor's class, but does not
provide an opportunity for the graduate TA to design
and present his/her own class, nor does it provide
actual preparation for the many and varied roles
of the academic scholars.
This program is designed to provide an opportunity for graduate students in Physics to explore many of the issues involved in college and university teaching and to develop the competencies required of effective college instructors. In addition to developing experience and expertise in college teaching, participants will be introduced to a wide range of faculty responsibilities. This approach to the training of college instructors is based on classroom experience and feedback from experienced teachers in a variety of institutional settings, supplemented by research and theories of how people learn and process information.
Activities
Activities will include designing and developing
the complete curriculum for a course the participant
is planning to teach, implementing that curriculum
by offering the course with a mentor Physics faculty
member at a participating institution or at UCSD,
learning about and utilizing instructional technology,
and beginning the long-term professional development
required of new faculty.
The case study method will be utilized, along with micro-teaching, small group activities, lectures by guest faculty, multi-media activity, teaching portfolio preparation, and independent study, resulting in a product (complete course module) which will enable the participant to feel confident, organized, and prepared when meeting his/her first class as an instructor of record. Readings will include pedagogical theory as well as practical application of theoretical principles.
Rationale
The approach selected is based on the premise that
effective teaching in the sciences and particularly
in physics requires not only content knowledge,
but knowledge of the cognitive strategies involved
in understanding complex concepts and engaging in
problem-solving activity. Designed to incorporate
what is known about human cognition as well as to
provide opportunities to practice theoretical principles,
this program provides a structured, developmental
approach to preparing graduate students for college
and university teaching.
Readings
Davis, B. G. 1993. Tools for Teaching. San
Francisco: Jossey-Bass.
Streichler, R. 1998. The Professor's Practice. La Jolla: UCSD.
Davidson, C. I. & S. A. Ambrose. 1994. The New Professor's Handbook: A Guide to Teaching and Research in Engineering & Science. Boston, MA: Anker Publishing.
Committee on Undergraduate Science Education. 1997. Science Teaching Reconsidered: A Handbook. Washington: National Academy Press.
Specific Objectives
Following full participation in the program,
each PFPF Fellow should be able to: