Ph.D List of courses that are to be run as per the needs of the ACRHEM are:
Basics of Energetic materials
Propellant and explosives
Advanced solid state Physics and Chemistry for Propellants and explosives
Combustion, deflagration and detonation
Simulations, Molecular dynamics, Monte Carlo methods
Compressible fluid flow
Shockwave and ballistics
Modeling of HEM
Synthetic Chemistry for HEM
Instrumentation for HEM processes
HE System analysis
Erosion, nucleation, condensation
Quantum chemistry-physics of models of burning - initial, steady and advanced stages
Advanced Acoustics, emitters, acoustic impedance, and acoustic instabilities, control system analysis for acoustics
Advanced topic in electromagnetic Scattering
Optimal control systems
Mechanics and dynamics of particle suspensions.
High pressure Physics and Chemistry
Primer on Lasers
Advanced course in Lasers
Spectroscopy techniques
Each course is aimed at training students to analyze independently. Perform a scientific design strategy for a project. A student is expected to demonstrate clarity of thought and expression, critical appreciation of the existing literature, and analytical, experimental or design skills
The courses are designed to have credits of value 4, or 3, or 2 to be run for a full or part of Semester.