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Shape the Future of Aerospace Sensing Technology. Are you a creative mechanical engineer ready to lead breakthrough innovations in aerospace and high-performance sensing systems? Join a global industry leader that’s powering next-generation flight, fuel, and performance technology. Impact at Scale: Your designs will help keep aircraft performing flawlessly worldwide. Cutting-Edge Innovation: Work hands-on with technologies spanning pressure MEMS, thermal management, and aerospace-grade materials. Technical Leadership: Mentor emerging engineers and shape the future of the design organization. Collaborative Engineering: Partner with multi-disciplinary experts who value both deep technical rigor and innovative thinking.
Job Responsibility:
Design sensors for aerospace and highly regulated industries
Lead development of pressure sensors, high temperature thermocouples, speed sensors, fuel gauging systems, fuel level and temperature sensors, lube oil level and temperature sensors, hydraulic level and temperature sensors, wastewater level sensors, fuel flowmeters flow switches
Create 3D models utilizing SolidWorks, specifying materials and assembly methods
Create and issue technical documentation to support new and existing product designs
design reports, FMEA’s, test procedures, and test reports etc
Perform Structural, Thermal, Fatigue, and Dimensional Analyses using hand calculations and Finite Element Analytic methods
Review specifications in support of the bid and proposal and product design processes
Serve as technical authority on design reviews ensuring rigor and quality of solutions
Lead continuous improvement of the Design Engineering Body of Knowledge (BOK)
Mentor emerging engineers and shape the future of the design organization
Requirements:
BS Mechanical Engineer required (M.S. preferred)
13+ years designing electromechanical sensing devices in a regulated industry, ideally aerospace/automotive industry also of interest
Must have experience designing MEMs pressure sensors and knowledge of testing and compensation of pressure sensors, experience with high temperature designs a plus
Strong blend of technical, project, and positive customer relationship building experience
Proficiency with ASME 14.5 geometric dimensioning and tolerancing (GD&T)
Knowledge of Design for Six Sigma methodology and tools
Knowledge of aerospace components and standards, including DO-178 software
Written, verbal, interpersonal skills, and use of analytical tools, including FEA
Proficiency in SolidWorks version 2020 or later
Expertise in designing for severe vibration and thermal environments
Ability to work under pressure, multi-task, and meet deadlines remaining flexible to work priorities
Knowledge of Word, Excel, and SolidWorks, familiarity with PLM/PDM software ARAS Innovator