Join our Global Research Group to lead mechanical design efforts on next-generation mass spectrometry (MS) platforms. In this senior-level role, you will collaborate closely with Research Fellows and leading scientists to explore novel MS architecture, drive subsystem innovations, and build high-fidelity prototypes in a research-driven environment. This is a unique opportunity to contribute to the foundational design of analytical instrumentation at the intersection of mechanics, vacuum science, thermal management, and precision manufacturing. Why Join Us? You’ll be part of a high-performance team shaping the future of scientific instrumentation. With access to world-class talent, research facilities, and global collaborators, you’ll help shape the future of analytical instrumentation by building novel hardware that pushes boundaries in sensitivity, robustness, and performance. This is a rare opportunity to contribute to foundational MS design that will impact diagnostics, therapeutics, and environmental science worldwide. We are committed to building a diverse team and fostering an inclusive workplace culture. Responsibilities Key Responsibilities • Own the mechanical architecture of research mass spectrometers and Liquid Chromatography, from concept to prototype. • Develop high-precision assemblies including ion optics, vacuum chambers, RF components, thermal management, and mechanical interfaces. • Collaborate with multidisciplinary teams including electrical engineers, physicists, chemists, and software developers. • Rapidly iterate designs using CAD, simulations (FEA/CFD), and hands-on prototyping. • Interface with Research Fellows and principal scientists to evaluate novel concepts and develop design rules for future commercialization. • Interface with the broader development engineering teams. Support technical scouting, lab infrastructure upgrades, and mentoring of junior engineers across global sites. • Contribute to technical documentation and IP generation for emerging technologies. • Pursue training opportunities focused on skill development and emerging technological advancements. Qualifications • M.S. in Engineering, or related field with relevant experience. • B.S. with relevant experience. • PhD is a plus • Experience in precision mechanical design, ideally in mass spectrometry, analytical instrumentation, or vacuum systems. • Expertise in 3D CAD using SolidWorks; Unigraphics (NX) experience a plus. • Hands-on prototyping, testing, and troubleshooting skills. • Strong understanding of thermal, structural, and vacuum system design. • Excellent communication and collaboration skills across technical domains. • Proven ability to work in an exploratory, fast-paced R&D environment Preferred Experience • Background in instrument design, Rapid Prototyping, additive manufacturing, or advanced materials. • Strong understanding of thermal, structural, and vacuum system design. • Experience working alongside scientists in research or advanced technology development. • Familiarity with design practices for high voltage, vacuum compatible components • Intellectual property generation and technical publications. Desired Skills • Advanced analytical and decision-making abilities. • Innovative and adaptable, with a keen eye for creative problem-solving. • Strong leadership in team building and mentorship.