Anas Shargawi
Industrial Engineer
Wichita, Kansas
Anas Shargawi, Ph.D., is an accomplished industrial engineer with a proven track record in the aerospace industry. He has a deep expertise in systems engineering, ergonomics, and human factors. With extensive experience in process optimization, manufacturing engineering, and digital transformation, Anas has been a driving force behind operational improvements that support advanced aerospace manufacturing at Spirit AeroSystems. His technical understanding and leadership have enabled him to lead projects that enhance production efficiency and ensure the highest quality and performance standards.
Anas holds a Ph.D. in Industrial, Systems, and Manufacturing Engineering from Wichita State University, where he specialized in Ergonomics and Human Factors, further solidifying his analytical and research skills. Prior to this, he earned a Master’s degree in Industrial Engineering with a focus on systems simulation from King AbdulAziz University and a Bachelor’s degree in Business Administration with a concentration in Operations Research and Quality Management. Additionally, he completed a diploma in Airframe and Power Plant Aviation Maintenance from Lansing Community College and holds an FAA Airframe and Powerplant (A&P) License.
Throughout his career, Anas has taken on a variety of pivotal roles across multiple esteemed companies. At Spirit AeroSystems, he currently leads projects to optimize operational performance and integrate digital tools within the production processes. His tenure at CNH Industrial and Textron Aviation further expanded his expertise in quality assurance and process enhancement, particularly within defense-related manufacturing. Earlier in his career, Anas served as a Value Stream Manager at Saudia Aerospace Engineering Industries (SAEI), where he managed large-scale maintenance operations for aircraft and spearheaded initiatives to streamline maintenance processes.
Anas’s contributions extend to published research, including materials engineering and process optimization studies, with works such as “Energy Absorbency and Impact Resistance of D3O® Materials under Dynamic Impact Loadings” and “Optimizing Engine Maintenance Processes through Arena Simulation Modeling.” These publications reflect his commitment to advancing industry knowledge and contributing valuable insights into engineering practices that balance resilience and efficiency.
Driven by a commitment to excellence and a collaborative spirit, Anas continues to make strides in engineering innovation, ensuring that his work meets and exceeds the rigorous standards of the aerospace industry. His blend of academic rigor, technical skill, and industry experience uniquely positions him as a leader dedicated to impactful, enduring improvements in the field.