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Presentation
Implementing Studio Physics
SoTL Commons Conference
  • Delena Gatch, Georgia Southern University
  • Mark Edwards, Georgia Southern University
Proposal Abstract

Georgia Southern University is restructuring its introductory physics courses into the integrated lecture/laboratory format known as "Studio Physics." The integrated courses have been achieved mainly through administrative initiatives including: introducing linked classes at registration, assigning the same instructor to these linked classes, and holding the linked classes in the same teaching space. Traditional lectures have been replaced with interactive, technology-enriched class periods. Laboratory assignments, previously very "cook-book" in nature, have been replaced with inquiry based laboratories. The effects of computer interfaced laboratory apparatus, web-based simulations, clickers, and online homework on student learning outcomes are being assessed through both pre- and post- content and attitude surveys. Initial assessment indicates that students enrolled in the Studio Physics courses are experiencing greater success in achieving the expected learning outcomes for the courses. Preliminary results also show that the withdrawal rates for the Studio Physics courses are lower than the traditional lecture courses.

Full Proposal

The Physics Department at Georgia Southern University has recently begun to offer its introductory calculus-based physics courses in a combined lecture/laboratory format known as “Studio Physics.” Studio Physics integrates the current lecture and laboratory courses into a single course in which most of the class time is devoted to active, inquiry based learning. In developing these new integrated courses, we have taken advantage of many modern educational technologies. We have been systematically assessing the effects of using computer interfaced laboratory apparatus, web-based simulations, clickers, and online homework systems on student learning outcomes through administering both pre- and post- content and attitude surveys to students. Initial assessment has indicated that students enrolled in the Studio Physics courses are experiencing greater success in achieving the expected learning outcomes for the courses. Preliminary results also show that the DFW rates for the Studio Physics courses are lower than the traditional lecture courses. The Studio Physics courses have been implemented without adding any new courses to the curriculum. The integrated courses have been achieved mainly through administrative initiatives including introducing “linked” classes at registration, assigning the same instructor to this linked pair of classes, and most importantly, holding the lecture and laboratory classes in the same teaching space.

Over the next several years, the Physics Department at Georgia Southern University plans to convert all introductory calculus-based and trigonometry-based physics courses to Studio Physics courses. Traditional lectures will be replaced with interactive, technology enriched class periods which are designed around the various learning styles. Old laboratory assignments, previously very “cook-book” in nature, will be replaced with new inquiry based laboratories that rely on computer interfaced apparatus and computer simulations. We desire for the Studio Physics courses to become a research test bed for the Physics Education Research group recently established in our department.

The objectives of this session are: to introduce participants to the Studio Physics course format, to share with participants both the benefits and difficulties associated with the implementation of Studio Physics at Georgia Southern University, and to encourage the participants to consider implementing this course format in other disciplines. We plan to involve the audience by giving them the opportunity to exchange ideas for evidence-based improvement of teaching effectiveness and student learning.

Location
Room 1909
Symposium Year
2007
Publication Type and Release Option
Presentation (Open Access)
Citation Information
Delena Gatch and Mark Edwards. "Implementing Studio Physics" (2007)
Available at: http://works.bepress.com/mark_edwards1/20/