Zaeem Khan, Ph.D. – Founder and Chief Executive Officer.

Dr. Khan is responsible for managing the operations of Endeavos Innovations Inc. He has over 22 years of experience performing and supervising engineering analysis. He has previously held an R&D position at GE global research center where he worked on a variety of engineering projects ranging from biomedical devices to wind turbines. Dr. Khan has a unique multidisciplinary background with an MS in the field of structures & composites and a Ph.D. in the field of dynamical systems, controls, and mechatronics. He has applied his multi-disciplinary knowledge to solve complex problems and generate novel ideas and solutions. He holds multiple patents and received several technical achievement awards. His expertise includes modeling and simulation of structures and dynamical systems involving multiphysics (aero, structural, & thermal), design optimization, finite element analysis, conceptual and detailed design. Key interests: Renewable Energy, Circular Economy, Mechatronics, and Digital Fabrication. resume.





Mohamed Rabie, Ph.D. – Chief Technology Officer

Dr. Rabie is responsible for overseeing the development and dissemination of Endeavos Innovations’ services and products for the benefit of our customers. He has over 13 years of hands-on experience in the semiconductor industry. He has multi-disciplinary expertise in the fields of electronics, electrical, mechanical, materials, and computer engineering. He has previously held an R&D position in GLOBALFOUNDRIES with a focus on the design and reliability of electronic packages and backend of the line structures in semiconductor integrated circuits. Before that, he held an R&D position in Synopsys focusing on semiconductor process technology simulations. Dr. Rabie is an expert in electronic packaging analysis using the finite element method. Throughout his career, he has rigorously evaluated the electrical, mechanical, and thermal aspects of various electronic packages. His analyses of electronic package reliability issues have led to in-depth expertise in fracture mechanics and mechanical modeling of elastic, plastic, viscoelastic, and viscoplastic properties of materials. He is also a semiconductor material engineering expert and he focused on solid-state reactions of semiconductors with other materials in his graduate studies. He has a special interest in semiconductor sensor development which is closely related to his research work during and after his graduate studies. His expertise in software development, with a special interest in C and C++, proved over and over again to be useful in modeling electronic packages and semiconductor sensors. He holds a Ph.D. and an MS in Electrical and Computer Engineering with a focus on semiconductor process technology.


Julien Bouget – Business Development Advisor – Wind Technology Initiatives

Julien Bouget is responsible for business development and the implementation of new technology initiatives in wind energy. He is a technically credentialed, experienced renewable energy specialist with close to 20 years of experience working from inception to operation on wind projects worldwide. Based on this wide array of technical knowledge, Julien has a proven ability to lead thorough due diligence of projects and portfolios at different stages (early development, late-stage development, under construction, or operational) in support of project valuation, acquisition, and financing. Driven by the feeling of urgency to act on climate change, Julien has dedicated his career to the success of renewable energy. He has contributed to or led the development, financing, construction, operation, or acquisition of over 50 wind projects in over 15 countries on all continents.



Gerald Reidenbaugh, (Mechanical Design Engineer)

Jay Reidenbaugh has over 26 years of mechanical design and manufacturing experience. He has expertise in new concept development, design, analysis, project management, scheduling, estimating, simulation and optimization. He is a great team player with excellent problem-solving, time management, and organizational abilities when faced with complex multi-disciplinary engineering projects.