Teaching

Course materials are freely available to enrolled students.

Photovoltaic Energy Conversion

Master's in Materials

In-depth treatment of the mechanisms involved in converting solar energy into electrical energy.

Materials Synthesis Methods for Thin Films

Master's in Materials

The connection between material properties and energy applications.

Materials for Photovoltaics

Master's in Materials

Physical basis of photovoltaic energy conversion and solar energy fundamentals.

Interaction of Radiation with Matter

Undergraduate and graduate

Fundamental interactions of the different types of radiation with matter.

Atomic and Nuclear Physics

Undergraduate and graduate

Structure of atoms and nuclei, theoretical basis for understanding their properties.

Electrostatics and Electrodynamics

Medical and pharmacy students

Fundamental principles, presented for medical and pharmacy students.

Electrostatics and Magnetostatics

Undergraduate

Core principles for engineering applications: mechanics, thermodynamics, electromagnetism.

Magnetostatics and Variable Regimes

Undergraduate

Fundamentals of magnetostatics and behaviour of magnetic fields in time-varying situations.

Surface Treatment Processes

Master's in Materials

Comprehensive overview of surface treatment technologies: mechanical, chemical and physical processes.

Electrokinetics

1st-year undergraduate · semester 1

Fundamental laws and principles of electrical circuits, first-semester course in the Physics curriculum.

Supervision and offered topics

  • More than thirty master's theses and doctoral dissertations supervised since 2011.
  • PhD completed: Kokou AMEGA, May 2024 (smart grids and energy consumption in Togo).
  • PhD completed: Gagnon Koffi APEDANOU, October 2022 (convection and heat transfer applied to cookstoves).
  • Host areas: smart grids, photovoltaic materials, waste-to-energy, AI applied to energy.

Interested students: write to yenlare@univ-lome.tg with a transcript and a topic idea.