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    Roger Aubert

    Powerplant and Mechanical Systems Engineer V at Bell Part 27 and 29 EFUM

    Professional Background

    Roger Aubert is a highly accomplished Senior Staff Engineer renowned for his extensive experience in the aerospace industry, specifically in in-flight ice protection design and certification. Throughout his career, he has excelled in turbofan and turboshaft engine installation, ensuring fire protection and meeting stringent certification requirements. Roger's forte also includes acoustic measurements, where he has played a pivotal role in advancing technologies that enhance both safety and performance in various aviation applications.

    With a solid foundation built over many years, Roger has made significant contributions as a Staff Engineer at Bell Helicopter, where he focused on icing technologies critical to rotorcraft safety and efficiency. His prior roles include Powerplant Engineer III at Gulfstream Aerospace, where he ensured compliance with aviation regulations while overseeing powerplant systems.

    Throughout his tenure at Bell Helicopter, Roger's remarkable expertise has led him to various engineering leadership roles, including Project Engineer and Acting Chief of Propulsion. His capacity to manage complex projects and lead technical teams underlines his exceptional leadership skills, making him a respected figure in the engineering community. As the BA609 Engine Installation Lead, Roger supervised a team that executed crucial modifications to engine installations, enhancing the aircraft's aerodynamic performance and safety metrics.

    Education and Achievements

    Roger’s educational background reflects a deep commitment to mastering the technical skills essential for his field. He studied the Course of Instruction in Environmental Control System Fundamentals and the Boeing 727 ECS at Aircraft Environmental Systems, providing him with foundational knowledge in critical systems that affect aircraft comfort and functionality.

    Furthering his technical capabilities, Roger completed the Allison 250/T703 IV Maintenance Familiarization program at the Allison Turbine School. These experiences equipped him with the necessary skills to navigate complex engine technologies and maintain regulatory compliance.

    His pursuit of excellence in mathematics and physics at the Conservatoire National des Arts et Métiers laid the groundwork for his analytical approach to engineering challenges. These classes provided him with a rigorous understanding of the physical principles governing aerospace design.

    Additionally, Roger has engaged in advanced studies of FAA functions and requirements at The University of Kansas, gaining insight into the regulatory frameworks that guide airworthiness approval. This knowledge has been instrumental in his career, enabling him to contribute effectively to certification processes across various projects.

    Notable Achievements

    Roger Aubert has garnered numerous accolades throughout his career, reflecting his dedication to innovation and safety in aviation. His leadership as the Acting Chief of Propulsion at Bell Helicopter allowed him to oversee critical propulsion systems that integrate safety requirements with cutting-edge technology.

    During his time as Associate Technical Fellow in Icing Technologies at Bell Helicopter, Roger was instrumental in the development of advanced ice protection systems, significantly enhancing aircraft performance in adverse weather conditions. His efforts had a direct impact on the safety and reliability of rotorcraft, positioning Bell Helicopter at the forefront of icing technology in the aviation industry.

    Roger's earlier role as a Propulsion Engineer at Bell Helicopter allowed him to contribute to multiple projects that focused on improving engine efficiency and emissions reductions. His expertise in this area not only met the industry standards but often exceeded them, showcasing his commitment to environmental responsibility.

    Apart from his engineering responsibilities, Roger has also served as a Manager of Propulsion Systems at The Dee Howard Company, overseeing propulsion system design and implementation, further expanding his knowledge and leadership skill set. His ability to manage cross-functional teams and drive projects to completion has been a hallmark of his career, fostering collaboration and innovation within his organizations.

    Through his commitment to continuous improvement and professional development, Roger remains a prominent figure in the aerospace engineering landscape, merging technical excellence with leadership and vision. His contributions help pave the way for future advancements in aviation safety, efficiency, and technology.

    Related Questions

    How did Roger Aubert become a recognized expert in in-flight ice protection systems?
    What motivated Roger Aubert to pursue a career in aerospace engineering?
    What innovations in turbofan and turboshaft engine installations can be attributed to Roger Aubert's work?
    How has Roger Aubert's educational background influenced his engineering career?
    In what ways has Roger Aubert contributed to advancements in aircraft safety and performance?
    Roger Aubert
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    Location

    Hurst, Texas, United States