Ben Luschek
About Ben Luschek
Ben Luschek is an Analytical Engineer with extensive experience, currently serving as an Advanced Lead Engineer at Unison Industries and as an Analytical Engineer at Belcan Engineering. He has contributed significantly to the development of advanced cooling systems for aviation engines and holds multiple patents related to these innovations.
Work at Unison Industries
Ben Luschek has been employed at Unison Industries since 2002, where he currently holds the position of Advanced Lead Engineer. Over his 22 years with the company, he has contributed significantly to various projects, including the development of the first conformal surface air cooled oil coolers for the GEnx-1B engine. His responsibilities include conducting structural finite element analysis, which encompasses high cycle fatigue (HCF), low cycle fatigue (LCF), proof, burst, fan blade out (FBO), and windmilling assessments.
Work at Belcan Engineering
Luschek has been with Belcan Engineering since 1996, serving as an Analytical Engineer for 28 years. His role involves applying analytical techniques to support engineering projects and initiatives. His extensive experience in the field has allowed him to develop a strong skill set in engineering analysis, contributing to the success of various projects within the organization.
Education and Expertise
Ben Luschek studied at Miami University, where he earned his Bachelor's degree, completing his studies from 2008 to 2026. Additionally, he attended Cincinnati State Technical and Community College, achieving an Associate degree from 1993 to 1996. His educational background provides a solid foundation for his expertise in analytical engineering and systems design.
Achievements in Engineering
Throughout his career, Luschek has been involved in numerous engineering initiatives. He has submitted a total of twelve patent applications related to the Leap-1B program. He has also identified and implemented eight Material/Cost/Productivity projects, which resulted in savings totaling $19.4 million for the GEnx-1B and Leap-1B programs. Additionally, he led a project focused on substantiating additive manufactured components through engineering assurance testing and analysis.