SPOTLIGHT is the OPTYCs bi-weekly newsletter. It brings you OPTYCs activity updates, highlights from recent publications related to physics education, and news & resources for Two-Year colleges.
PALS 2023 WorkshopNovember 4, 2023 from 12:00pm-3:00pm EDT The Physics Activities for Life Sciences (PALS) are carefully structured to take students from basic ideas and guide them towards mastery using thought experiments, simulations, and hands-on experiences using equipment that is common in physics instructional labs. In this workshop, we describe the evidence-based design of these activities, allow you to try out a few PALS, and show how PALS improved student learning gains on concept inventories.
Announcements
SPOTLIGHT is planning to add a section named "Reader's corner" that will feature contributions from readers. Please consider sharing comments, tips, ideas, resources you have come across or anything that you think might benefit your physics TYC colleagues. Contact me directly if you have any question or suggestion: karim.diff@sfcollege.edu
OPTYCs Programs
Diversity, Equity, and Inclusion Change Teams: The goal for this two-year-long program is to create a capacity-building learning community among two-year college physics-related teaching instructors to support efforts to improve diversity, equity, and inclusion for our students. We are now accepting applications for Cohort 1 (until October 20, 2023).
OPTYCs Leadership Institute 2024: The TYC Leadership Institute is an innovative fellowship specially designed for Two-Year College Physics faculty, aiming to develop and enhance their leadership skills. The application deadline is October 20, 2023.
Recent OPTYCs events
September 22,2023 Discussion of best practices in labs
Women in Physics Lesson - STEP UP Workshop September 23, 2023
Careers in Physics Workshop - STEP UP : September 09, 2023
Kris’ corner
Tips, summaries, and musings from Kris Lui (OPTYCs Director)
There is much research and debate about forming student groups in collaborative learning environments. In his book Building Thinking Classrooms in Mathematics (Corwin - Sage Publishing, 2021) education researcher Peter Liljedahl summarizes his findings on this subject and recommends that we “frequently form visibly random groups”. Form new groups for every class; this way, students are not inured to specific roles within a given group and thus are able to continue thinking. Make the groups visibly random; that is, students should perceive the randomness. Groups of three is the recommendation. One method to do this is to have students draw a card from a deck at the start of class; for a class of 24 students, you might choose three cards each from 2-9; use the fourth card for each of those numbers to indicate an area in the room for that group to meet as this will hasten transitioning to student groups.
Highlights
NASA Community College Network
The SETI Institute’s NASA Community College Network (NCCN) is a major initiative to bring NASA Subject Matter Experts (SME), research findings, and science resources into the nation’s community college system. NCCN is a constituent team of the Science Activation program, part of NASA’s Science Mission Directive (SMD).
An online course designed to advance ability and awareness for cultivating inclusive STEM learning environments. Click on the image or the link above to learn more.