Reformation of Physics Lab Manual for Life-Science Students at USM

Bharath Kandula and Hiro Shimoyama

Abstract

As one of the project members, I contributed to it and observed the change in students' understanding and attitudes after using the new type of physics lab manual. Our result indicates that students and even teachers learn through the new lab manual. There are several factors that affect effective understanding in physics lab, such as the lab manual, the equipment, teacher's scientific pedagogy, students' inquisitive mind, students' background, etc. Especially for life-science majors, teaching physics requires a better guide or manual and extra supports which include personal attention and interactive questioning with instructors. From our observations of last year, we have concluded that the new lab manual has improved students' understanding in the concepts of Newton's laws, torques, conservation of momentum, moment of inertia, etc. This scheme also gives us the future work toward demonstrations using diagrams and providing software.

  • The Presentation
  • The Reformation of Introductory Physics at University of Southern Mississippi

    Hiro Shimoyama

    Abstract

    The graduate teaching assistants (TAs) and I have reformed the introductory physics lab education at the University of Southern Mississippi last 5 years. The main goals were to provide proper equipment, to create quality of curriculum, and to establish good network among TAs and lecture instructors. Mississippi State is the worst state in terms of preparing STEM subjects for college study. Under such condition, we have been seeking the best way to improve these students' ability. In the first phase, we organized the facility so TAs can teach well. In the second phase, we grasped actual students' learning processes and their background. In the third phase, we collected all aspects of feedback from TAs and students. Then, we eventually integrated the solution as our innovative lab manual with other external arrangement.

  • The Presentation


  • Back to Research Page


    Back to Hiro's Physics Main