Explore the programs and courses offered by Master's in Energy Physics and Renewable Energies
Browse Programs Admission InformationSemester 01
· Advenced fluid mechanics
· Advenced thermodynamics
· Applied quantum mechanics
· Applied numerical methods
· Radiation –matter interaction
· Equipment and detectors
· Discovery units choose a course among : Thin films or Conversion and storage of energy.
· Scientific English 1
· Ethic, deontology and intellectual property
Semester02:
· Applied fluid mechanics.
· Physics of semiconductors
· Advanced heat transfer
· Solar field
· Application of Fortran to the characterization of components
· PW Heat transfer
· New and renewable energies
· Scientific english2
Semester03:
· Heat and mass exchangers
· Technology of photovoltaic solar cells
· Combustion
· Wind energy
· Fuel cell and hydrogen sector
· Photovoltaic conversion systems
· Ecological housing and energy efficiency
· Scientific English 3
Semester04:
· Project: an introductory research work with an internship for subjects that require a practical work in a research center or company, sanctioned by a thesis and a defense.
· Advenced fluid mechanics
· Advenced thermodynamics
· Applied quantum mechanics
· Applied numerical methods
· Radiation –matter interaction
· Solar field
· Physics of semiconductors
· Applied fluid mechanics.
· Advanced heat transfer
· Heat and mass exchangers
· Technology of photovoltaic solar cells
· Combustion
· Wind energy
· Fuel cell and hydrogen sector
The current application of Articles 171 and 1023 of Decrees:
v Skills and knowledge acquisition are assessed every six months through continuous assessment and a final exam.
v Progress from the first to the second year is automatic if the student has completed the first two semesters of the training program.
The student's assessment focuses on, depending on the training program: lectures, practical work, tutorials, and practical internships.
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