📖Program Curriculum
Compulsory courses (7 credits)
The student must complete the following courses (7 credits):
NRG8801 Doctoral examination (6 credits)
NRG9205 PhD seminar (1 credit)
Optional courses (6 credits)
The student chooses 2 courses among the following (6 credits):
CAN6001 Chemical analysis
CHM6005 Industrial pollutants and environment
CHM6007 Chemistry of cellulosic materials
CHM6008 Biorefinery
ENG6004 Hydrogen as an energy carrier
ENG6005 Fuel cells and electrolysers
ENG6006 Hydrogen and metals
NRG6000 Science of materials
NRG6001 Energy and energy systems
NRG7703 Special Problems III
NRG9213 Structure and properties of materials
PHQ6001 Electrodynamics
PHQ6003 Advanced statistical physics
PHQ6008 mathematical physics
PHQ6012 State equations
PHQ6013 Data analysis and reduction
PMO6003 Atomic and Molecular Physics
PMO6007 solid state
PMO6009 Synthesis and characterization of materials
PMO6010 Gases and solids
PMO6011 Numerical simulation methods in materials science
PMO6012 Computational fluid mechanics
PMO6013 Heat and mass transfer phenomena
Research credits (77 credits)
To successfully complete the program, students must carry out research work counting for 77 credits.
RESEARCH WORK
Thesis (77 credits)
Each student is required to write a thesis that demonstrates their ability to carry out original scientific research.
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