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University Frères Mentouri Constantine 1
Faculty of Exact Sciences

Master — Energy physics and renewable energies

Matter Sciences · Physics · Academic year 2026-2027

Sustainable Development Goals : 7Affordable and clean energy13Climate action

Order n° 830 — September 3, 2025
Arrêté fixant le programme des enseignements en vue de l'obtention du diplôme de Master (domaine Sciences de la Matière, filière Physique, spécialité Physique énergétique et énergies renouvelables)

View the programme outline (PDF) View the ministerial order (PDF)

Master, year 1 Semester 1 Semester 2
Master, year 2 Semester 3 Semester 4
How to read this table
  • UE : teaching unit, a group of subjects (fundamental, methodological, discovery, transversal).
  • Lecture · Tutorial · Lab : weekly hours: lectures, tutorials, lab work.
  • Coefficient / Credits : weight of the subject in the average, and credits earned when it is passed (30 per semester).
  • Semester hours (15 weeks) : total supervised hours over the semester (15 weeks × weekly hours).
  • Personal work : "Other": additional personal work by the student, unsupervised.

Semester 1 M1

30 credits 375h00 hours per semester Lecture 13h30 Tutorial 7h30 Lab 4h00

Fundamental UEF 1 18 credits · Coefficient 9
  • Heat and Mass Transfer Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
  • Advanced Semiconductor Physics Lecture 3h00Tutorial 1h30 67h30 6 credits × 3 33% Continuous assessment · 67% Exam
  • Aerodynamics Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
  • Biomass Energy and Combustion Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
Methodological UEM 1 9 credits · Coefficient 5
  • Artificial Intelligence and Machine Learning 1 Lab 1h00 15h00 1 credit × 1 50% Continuous assessment · 50% Exam
  • Choose 2 subjects among 4
  • Heat and Mass Exchangers Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 50% Continuous assessment · 50% Exam
  • Numerical Modelling and Simulation Lecture 1h30Lab 1h30 45h00 4 credits × 2 50% Continuous assessment · 50% Exam
  • Aerodynamics Lab Lab 3h00 45h00 4 credits × 2 50% Continuous assessment · 50% Exam
  • Electrical Systems for Renewable Energies Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 50% Continuous assessment · 50% Exam
Discovery UED 1 2 credits · Coefficient 2
  • Choose 2 subjects among 3
  • Energy Management and Environment Lecture 1h30 22h30 1 credit × 1 100% Exam
  • Nuclear Power as an Energy Source Lecture 1h30 22h30 1 credit × 1 100% Exam
  • Thermoelectricity Lecture 1h30 22h30 1 credit × 1 100% Exam
Transversal UET 1 1 credit · Coefficient 1
  • Open-Source Programs for Energetics Lab 1h30 22h30 1 credit × 1 100% Exam

Semester total : 30 credits · 375h00 · Coefficient 17

Semester 2 M1

30 credits 375h00 hours per semester Lecture 13h30 Tutorial 6h00 Lab 5h30

Fundamental UEF 2 18 credits · Coefficient 9
  • Photovoltaic Conversion Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
  • Advanced Thermodynamics Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
  • Wind and Hydraulic Energy Lecture 3h00Tutorial 1h30 67h30 6 credits × 3 33% Continuous assessment · 67% Exam
  • Nanotechnology for Energy Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
Methodological UEM 2 9 credits · Coefficient 5
  • Artificial Intelligence and Machine Learning 2 Lab 1h00 15h00 1 credit × 1 50% Continuous assessment · 50% Exam
  • Turbomachinery Lecture 1h30Lab 1h30 45h00 4 credits × 2 50% Continuous assessment · 50% Exam
  • Choose 1 subject among 3
  • Thermodynamics Lab Lab 3h00 45h00 4 credits × 2 50% Continuous assessment · 50% Exam
  • Energy Conversion Lab Lab 3h00 45h00 4 credits × 2 50% Continuous assessment · 50% Exam
  • Dielectric Properties of Materials Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 50% Continuous assessment · 50% Exam
Discovery UED 2 2 credits · Coefficient 2
  • Choose 2 subjects among 3
  • Building Energetics Lecture 1h30 22h30 1 credit × 1 100% Exam
  • Phase Transition Lecture 1h30 22h30 1 credit × 1 100% Exam
  • Advanced Solid State Physics Lecture 1h30 22h30 1 credit × 1 100% Exam
Transversal UET 2 1 credit · Coefficient 1
  • Entrepreneurship, Startups and Innovation Lecture 1h30 22h30 1 credit × 1 100% Exam

Semester total : 30 credits · 375h00 · Coefficient 17

Semester 3 M2

30 credits 375h00 hours per semester Lecture 12h00 Tutorial 6h00 Lab 7h00

Fundamental UEF 3 18 credits · Coefficient 9
  • Green Hydrogen: Production and Applications Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
  • Functional Materials for Energy Lecture 3h00Tutorial 1h30 67h30 6 credits × 3 33% Continuous assessment · 67% Exam
  • Bioenergetics Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
  • Solar Thermal Energy and Geothermal Energy Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
Methodological UEM 3 9 credits · Coefficient 5
  • Sizing Software and Open-Source Programs Lab 2h00 30h00 3 credits × 1 50% Continuous assessment · 50% Exam
  • Choose 2 subjects among 4
  • Semiconductor Characterization and Simulation Lab 2h30 37h30 3 credits × 2 50% Continuous assessment · 50% Exam
  • Fuel Cells Lab Lab 2h30 37h30 3 credits × 2 50% Continuous assessment · 50% Exam
  • Sensors and Instrumentation Lecture 1h30Lab 1h00 37h30 3 credits × 2 50% Continuous assessment · 50% Exam
  • Analysis and Optimization of Energy Systems Lecture 1h30Lab 1h00 37h30 3 credits × 2 50% Continuous assessment · 50% Exam
Discovery UED 3 2 credits · Coefficient 2
  • Choose 2 subjects among 3
  • Smart Energy Systems Lecture 1h30 22h30 1 credit × 1 100% Exam
  • Physical Properties of Materials Lecture 1h30 22h30 1 credit × 1 100% Exam
  • Porous Media Lecture 1h30 22h30 1 credit × 1 100% Exam
Transversal UET 3 1 credit · Coefficient 1
  • End-of-Studies Project Management Lecture 1h30 22h30 1 credit × 1 100% Exam

Semester total : 30 credits · 375h00 · Coefficient 17

Semester 4 M2

30 credits 750h00 hours per semester Lecture 0h Tutorial 0h Lab 0h

Shared with : Analytical chemistry · Inorganic chemistry · Organic chemistry · Pharmaceutical chemistry · Materials physics · Medical physics

End-of-studies project PFE 4 30 credits · Coefficient 17
  • Personal work 450h00 18 credits × 9
  • Dissertation (end-of-studies project) 300h00 12 credits × 8
    Préparation au laboratoire d'un mémoire et d'une soutenance, ou stage en entreprise sanctionné par un mémoire et une soutenance. Séminaires.

Semester total : 30 credits · 750h00 · Coefficient 17

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