Materials from physics teaching and course work, organised into two sections.
Developed as part of a physics pedagogy course. Includes:
- Team lesson plans (
LessonPlanOct.pdf,LessonPlan_Nov.pdf) — ~30-minute group presentations introducing new physics topics with derivations - Final lesson plan (
FinalLesson.pdf) — individual project designing a 1–2 week instructional unit - Accompanying written reflections from two months of student tutoring and office hours
Python (numpy, scipy, matplotlib) implementations of core statistical mechanics topics:
- Distribution functions: Maxwell-Boltzmann, Fermi-Dirac, Bose-Einstein — with curve fitting
- Specific heat models: Dulong-Petit, Einstein, Debye
Available as a Jupyter notebook, with PDF and HTML exports.
Mathematica notebooks (homework 2–4) and corresponding assignment PDFs from a computational data analysis course.