SUMMARY
To pursue a Master’s degree in Quantum Mechanics (QM) with a background in Mechanical Engineering, it is essential to complete qualifying exams in core physics areas, including thermodynamics, electromagnetic field theory, classical mechanics, and quantum mechanics. Most MS programs require 6-8 courses plus a thesis, with a typical first-year curriculum covering math methods for physics, statistical mechanics, classical mechanics, electromagnetic field theory, quantum mechanics, and general relativity. Some programs allow for flexible course selection without a thesis, enabling students to focus on QM. Part-time study is feasible, allowing for a structured approach to complete advanced QM courses over four years.
PREREQUISITES
- Understanding of core physics concepts: thermodynamics, electromagnetic field theory, classical mechanics, and quantum mechanics.
- Familiarity with graduate-level coursework expectations in physics programs.
- Knowledge of qualifying exams and their structure in physics graduate programs.
- Insight into the academic requirements for a Master’s degree in Physics.
NEXT STEPS
- Research specific MS programs in Physics that offer flexible course requirements.
- Explore the structure and content of qualifying exams in physics.
- Investigate advanced Quantum Mechanics courses available at various universities.
- Look into part-time study options and their implications for completing a Master’s degree in Physics.
USEFUL FOR
Students transitioning from Mechanical Engineering to Physics, prospective graduate students in Quantum Mechanics, and academic advisors guiding students in physics program selection.