Comprehensive physics education with computational modeling and simulation capabilities
Master classical mechanics principles through computational modeling and interactive visualizations of motion, forces, and energy systems
Explore quantum mechanics through computational simulations and visualization of wave functions, probability distributions, and quantum systems
Model thermodynamic systems and processes using computational methods to understand heat transfer, phase transitions, and statistical mechanics
Explore electromagnetic phenomena through computational modeling of electric and magnetic fields, circuits, and wave propagation
Advanced chemistry education with molecular modeling and cheminformatics focus
Modern biology education with bioinformatics and computational biology emphasis
Advanced mechanical engineering with CAD design and simulation expertise
Before enrolling in this program, you must complete the following prerequisites:
2 weeks
projects
Collaborative research projects in space simulation