Education:

Professional Experience:

Prof. RAHMOUN has a rich professional background, starting as a member of the Laboratory of Simulation, Characterization, and Development of Microsystems (LSCDM) from 1997 to 2013. She has led teams within the Research Unit of Materials and Renewable Energies (URMER), including NMPVA (Nano Photovoltaic Materials & Applications) and NMAC (Nano Materials & Applications, Sensors). She has held significant roles such as Member of the Doctoral Training Committee LMD, Member of the Scientific Council of the Faculty of Sciences, and Head of the Laboratory of Waves, Vibration, and Optics. Currently, she is the Director of URMER and the Head of the master’s training team in Energetics and Renewable Energies at the University of Tlemcen.

Teaching Experience:

Prof. RAHMOUN has extensive teaching experience dating back to 1981, covering physics tutorials in mechanics and electronics, practical work in waves, vibrations, optics, and thermodynamics, and courses in technological sciences, nanotechnology, and renewable energies. She has taught at various levels, including undergraduate and graduate courses, and supervised numerous Magister and Master’s theses on topics related to electronic physics, material characterization, and photovoltaic systems.

Research and Supervision:

Throughout her career, Prof. RAHMOUN has supervised and defended multiple Magister and Master’s theses, focusing on the mechanical characterization of porous silicon, the influence of light on infrared glasses, and the energy efficiency of photovoltaic cells. Her doctoral supervision includes research on the performance of photovoltaic modules, mechanical strength modeling, and the efficiency of thin-film photovoltaic cells. Her ongoing doctoral research spans topics such as the mechanical behavior of materials under micro- and nano-indentation and the development of nanomaterials for photovoltaic applications.

Research Interests and Achievements:

Prof. RAHMOUN’s research interests lie in electronic physics and materials science, particularly focusing on the characterization and optimization of photovoltaic materials and systems. She has significantly contributed to the study of porous silicon, organic photovoltaic cells, and the effects of climatic conditions on photovoltaic systems. Her work has enhanced the understanding and performance of various photovoltaic technologies, contributing to advancements in renewable energy research.