Anas Shargawi

Anas Shargawi, Ph.D., is an industrial engineer in Wichita, Kansas, specializing in systems optimization, ergonomics, and human factors within the aerospace sector. With a solid foundation built on academic training and practical experience, Dr. Shargawi excels in process improvement, digital transformation, and using advanced analytical tools to boost aerospace manufacturing. As a Core Industrial Engineer and Operations Engineer at Spirit AeroSystems, he plays a vital role in projects that increase production efficiency, incorporate digital advancements, and sustain the company’s competitive edge.

Anas Shargawi's journey in industrial engineering began in Saudi Arabia, where he earned a Bachelor’s degree in Business Administration focused on Operations Research and Quality Management at King AbdulAziz University. This foundation set the stage for his future in process optimization. He further honed his skills with a Master’s degree in Industrial Engineering, specializing in systems simulation. Driven to improve ergonomic standards and manufacturing efficiency, he pursued a Ph.D. at Wichita State University in Industrial, Systems, and Manufacturing Engineering, researching ergonomics and human factors to design efficient, safe work environments.

His career includes key roles in aviation and manufacturing. At Textron Aviation, he was a Quality Engineer for defense projects, ensuring compliance and high product standards. At CNH Industrial, he briefly worked on initiatives to streamline production, showcasing his adaptability. Earlier, he spent over a decade at Saudia Aerospace Engineering Industries (SAEI) in Jeddah, leading base maintenance projects as a Value Stream Manager in Maintenance, Repair, and Overhaul (MRO). His FAA Airframe and Powerplant (A&P) License further highlights his technical versatility in aircraft maintenance.

Anas Shargawi’s research bridges theoretical and applied problem-solving. His studies on energy-absorbing materials like D3O® demonstrate an innovative approach to materials engineering and ergonomics, crucial for safety and performance. He has published work on D3O®’s impact resistance and used simulation modeling to optimize engine maintenance.