Ahmed El Desouky Email & Phone Number

Washington, District Of Columbia, United States

The SME AM Technical Community Leadership Committee advisors serve as the primary resource for guidance to SME and its members on additive manufacturing (AM) technologies, including materials, processes, industrial base, and workforce. The primary responsibility of the SME AM Advisory Committee is to advise SME on initiatives, activities, policy, and.

Washington D.C. Metro Area

- Develop the strategy, road map and execution plan for leveraging the capabilities of additive manufacturing within the Fluid and Electrical Distribution (FED) division- Lead the effort to deploy AM across the FED organization including ensuring the continued education of the cross-functional organization- Identify AM candidates within the FED product.

Beltsville, Maryland

Reading, Pennsylvania Area

- Lead additive manufacturing projects on process and materials development- Interact with national laboratories, universities and industrial partners to jointly develop and evaluate new processes and materials related to additive manufacturing- Represent Carpenter in national and international standard committees as well as industrial consortia that are.

Washington D.C. Metro Area

• Research and develop additive manufacturing methods of thermoelectric energy conversion materials
• Establish collaborative relationships with industry and national lab partners in the field of additive manufacturing of novel materials
• Lead a team of graduate and undergraduate researchers with a focus on synthesis and processing of thermoelectric materials

Alexandria, Egypt

• Research Areas: Additive manufacturing - Energy conversion materials - Ceramic composites
• Advised two Ph.D. students and one M.Sc. student working on materials processing of powder based materials
• Moderated stakeholder decision making processes as the secretary general of the university council

Greater San Diego Area

• “ME 240 Introduction to Materials Science” (120 engineering students) - Prepared relevant syllabus, lecture slides, exams, and assignments - Delivered lectures, assessed, mentored, and evaluated students

University Of California, San Diego And San Diego State University

• Developed an electric current activated selective sintering technique for use in additive manufacturing applications of metals
• Modeled the current and temperature distribution in a novel electric current activated setup using finite element modeling
• Manufactured a novel spark plasma extrusion rig used for rapid production of extended geometry aluminum – carbon nanotubes composites
• Performed quantitative XRD analysis on titanium-titanium diboride dual-matrix composites used in biomedical applications
• Characterized physical and mechanical properties of advanced materials using SEM, quantitative and qualitative XRD, DSC, Compression test, micro-hardness, nano-indentation, and quantitative image analysis

Alexandra, Egypt

• Inspected and performed non-destructive tests on plant stationary equipment (heat exchangers, vessels, towers, pipelines, safety valves)
• Planned and supervised welding operations during plant shut down

Bremen, Germany

• Investigated and optimized the process parameters for a novel mini-dozing equipment in the field of adhesives and industrial bonding technology
• Implemented a new design to the back suction feature of the mini-dozing machine for optimum performance

Phd, Mechanical & Aerospace

Joint Doctoral program with San Diego State University

Bsc, Production Engineering (Industrial Engineering Division)

Ranked in the top 5 of a class of over 200 students