Ezekiel Bejide Ceng Mimeche
About Ezekiel Bejide Ceng Mimeche
Ezekiel Bejide Ceng Mimeche is a Stress Engineer with expertise in stress and lifing assessment of gas turbine components for aircraft and industrial applications. He has extensive experience in structural integrity assessment and has worked for various notable companies including Belcan, Airbus, and Rolls-Royce.
Work at Belcan
Ezekiel Bejide Ceng Mimeche has been employed at Belcan as a Stress Engineer since 2019. In this role, he focuses on stress and lifing assessments of gas turbine components for various applications. His position at Belcan is based in Cincinnati, Ohio, where he applies his extensive engineering knowledge to support the company's projects.
Education and Expertise
Ezekiel holds a Master of Science degree from Cranfield University, which he completed from 1989 to 1990. He also earned a Bachelor of Science degree in Mechanical Engineering from the University of Ibadan, studying from 1982 to 1987. His expertise includes stress and lifing assessment of gas turbine components, structural integrity assessment of aircraft primary structures, and proficiency in engineering software such as Patran, Nastran, SC03, and Abaqus.
Background
Ezekiel has a diverse background in structural engineering, having worked in various capacities across multiple organizations. His career includes positions at Marshall Aerospace and Defence Group, Airbus, ITP Engines UK Ltd, Bombardier Transportation, Expleo Group, Rolls-Royce, and BAE Systems Information Technology. His experience spans over three decades, with roles in both the United Kingdom and abroad.
Achievements
Throughout his career, Ezekiel has contributed to significant projects involving the structural integrity assessment of aircraft and automotive components. He has conducted static and dynamic strength assessments of Rolls-Royce aero engine components and has experience in assessing automotive body structures and train bogie frames. His work has involved using advanced engineering software for various analyses, including fatigue and damage tolerance.