F=Fall semester; S=Spring semester
UNDERGRADUATE
1. Introductory Physics 1. F92,F98,F99
2. Introductory Physics 2. S91,S95,F04,S05,S06,F06,S07
3. Classical Mechanics 1. S82,S83,S88,S89,S90
4. Classical Mechanics 2 F87,F94
5. Heat and Thermodynamics. F08
6. Special Relativity. S85
7. Quantum Mechanics 1. S99,S00
8. Quantum Mechanics 2. S92,S08
9. Elementary Particle Physics. S04,F07,F11
POSTGRADUATE
10. Advanced Classical Mechanics. F89
11. Classical Electromagnetism. F00,F01,F02
12. Advanced Quantum Mechanics 1. F95,F96
13. Advanced Quantum Mechanics 2. S96,S97,F10
14. Special Topics in Quantum Mechanics. F90
15. Group Theory. S91,S95
16. Quantum Statistical Mechanics. S01,S02,S03
17. Quantum Field Theory 1. F85,F91,F93,F97,S00,S11
18. Quantum Field Theory 2. S82,S84,S85,S86,S94,F11
19. General Relativity. F85
Many courses were repeated, making a total of 54 semester-long classes; each with 48 hours of teaching. Total career teaching = 54 x 48 = 2,592 hours.
Students’ evaluations were high due to my passion for physics and because I speak about physics with perspicuity.