Gil Cohn Email & Phone Number

Proud to be a part of an elite team where my work has a global impact, by creating innovative and high quality assays and instruments for medical research and drug development.Providing leadership, oversight, and technical assistance to manufacture ring departments to achieve the objectives of increasing the supply and quality of consumables products.Liaison with cross-function team including project manager, procurement, construction manager, and operations manager.

Washington D.C. Metro Area

Process Engineer, support manufacturing and R&D operations, using scientific principles to develop, troubleshoot, and refine processes on new and existing products.Develop and implement best methods procedures. Confers with management and other staff regarding manufacturing capabilities, production schedules, and other considerations to facilitate production processes. Directs and coordinates project development activities to ensure project progresses on schedule and within prescribed budget.

College Park, Maryland, United States

Managing and executing research projects on new materials for solid-state energy system components.Developing a novel experimental system for SOFC material studies. Establishing a model for result analysis which enabled for the first time deeper understanding of cathode materials performance under operation conditions.Investigating of improved solid electrolytes for Na batteries, with emphasis on structural studies and electrochemical performance.

Development, characterization and battery testing of new anode materials for sulfur based batteries. Discovery of an alternative materials for new sulfur batteries for high energy specifications. Contributing to various running battery related projects, including Li-S, Li-air and Si nano-wires for Li-ion.Instructing and advising on research skills to graduate students, in particular electrochemical research methods.

Completed PhD thesis on the development of new metal - air battery system, based on silicon as the anodic active material. Emphasis on understanding the electrochemical reaction mechanism of silicon in ionic liquid electrolyte, reaction products characterization and improving battery performance. The research resulted in the publication of seven peer-reviewed scientific journal articles.

Studying the electro-deposition of ruthenium on silicon wafer under room temperature ionic liquid electrolyte.

Nahariya, Israel

• Monitored and analyzed anodization and surface treatment processes for high pressure turbine blade• Conducted accurate statistical and electrochemical analysis that improved anodization bath chemical and temperature

Haifa Area, Israel

Worked and supervised powder processing in the production line of thermal battery components.Developed new techniques and procedures in the processing of powder materials for anode, cathode and separators.Worked closely with R&D engineers to optimize material processing and minimization of waste.

Doctor Of Philosophy (Phd), Materials Engineering

Bachelor'S Degree, Physics

Bachelor Of Science, B.Sc., Materials Engineering