Jihad Aici

• Investigated and optimized metal-water reactions using immobilized metal powders for decentralized hydrogen production. • Developed a paper-supported magnalium powder system with citrate-buffered. • Analyzed reaction kinetics through temperature and concentration studies using pseudo-first-order models and Arrhenius analysis. • Compared immobilized metal-filled papers with traditional loose powders to understand reaction mechanisms.

• Designed and optimized bipolar plate (BPP) flow fields using CFD simulations (ANSYS). • Prototyped and tested 3D-printed components, confirming leak-proof performance under high pressure. • Assembled complete electrochemical cells and evaluated efficiency via I–V curves and impedance spectroscopy. • Improved flow distribution compared to Other designs.

• Conducted in-depth market research and data analysis, producing comprehensive reports to support strategic decision-making. • Assisted in preparing technical reports and translating documents, supporting scientific data analysis, research publications, and patent evaluations. • Managed procurement processes for laboratory equipment and consumables, including supplier negotiations, device evaluations, and cost analysis. • Developed projects using CFD simulations, ensuring accurate modeling and performance

• Conducted modification and characterization of activated carbon supported by metallic nanoparticles. • Synthesized two modified activated carbons with different protocols for characterization.

• Conducted the separation and purification of “Rhodamine B” from Impurities using “H-10M chemical clay” for clean water. • Utilized adsorption process to ensure efficient removal of impurities and achieve high purity levels. • Contributed to the research efforts at the Structure, Elaboration and Application of Molecular Materials Laboratory-UMAB in Mostaganem, Algeria.

Grade : 1.8 Focused on: Chemical H2 Conversion, Homogeneous Catalysis, Energy Technologies, Hydrogen Storage, Electrochemical Process Engineering, Advanced Thermodynamics for Hydrogen Applications, Sources and Generation of hydrogen

Focused on: Class and Structure of Materials, Applied Thermodynamics, Phase Diaphragm, Surfaces and Interfaces, Industrial Furnace Technology

Focused on: Structure of Materials, Mathematics I, Chemical Thermodynamics, Organic Chemistry, Fluid Mechanics, Electrochemistry, Corrosion, Physics

Focused on: French, Math, English, Civil Engineering, Physics, Arabic, Philosophy, History, Geography, Islamic Sciences, Physical Education, and Sports