Well, I found a list of the subjects anyway for anyone else who happens to want to know this. I don't know how correct it is, but I am sure someone will say something regarding its accuracy.
Subjects studied include:
1. MATHEMATICS: (39 Hours) - Ordinary and partial differential equations, integral calculus, probability and distribution functions, etc.
2. PHYSICS: (71 Hours) - Atomic and nuclear physics, special relativity, reactor physics and neutron diffusion theory.
3. CHEMISTRY: (50 Hours) - Basic chemistry, reaction kinetics, boiler chemistry, radiation induced reactions, gases, oxidation-reduction.
4. THERMODYNAMICS: (87 Hours) - Heat transfer, fluid dynamics, steam thermodynamics, properties of water, Rankine cycle, conduction and convection.
5. ELECTRICAL ENGINEERING: (Basic and Advanced) (138 Hours) - Circuit analysis, inductance and capacitance, solid state amplifiers, AC and DC motors and generators, digital and analog integrated circuits, reactor plant instrumentation, safety circuits and reactor control equipment design.
6. MATERIALS SCIENCE: (28 Hours) - Strength of materials, Nil Ductility Phenomenon, fuel and clad alloy composition, pressure vessel design, neutron embrittlement.
7. REACTOR DYNAMICS AND CORE CHARACTERISTICS: (86 Hours) - Basic nuclear engineering course.
8. REACTOR PLANT SYSTEMS: (13 Hours) - Design of steam system and reactor plant parameters.
9. SHIELDING AND RADIOLOGICAL FUNDAMENTALS: (46 Hours) - Study of materials, attenuation factors and geometry in shielding calculations.
10. ASPECTS OF REACTOR PLANT OPERATIONS: (115 Hours) - Study of reactor plant operations integrating knowledge from all above courses.