R&D Scientist

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CAMECA, a world leader in microanalytical and metrology instrumentation, is seeking an R&D Scientist to support the design and development of next-generation Atom Probe microscopes. Reporting to the Principal Engineer, this role collaborates closely with cross-functional teams on advanced instrumentation and subsystem development.

Instrument Performance & Testing

• Design, coordinate, and conduct subsystem and full instrument performance tests
• Quantify performance of atom probe instrumentation and report findings through internal reports and technical reviews

Simulation & Modeling

• Develop ion optical simulation tools to predict overall instrument performance
• Validate electrostatic models using existing atom probe systems and recommend enhancements for future designs
• Collaborate with sales, marketing, applications, and engineering teams to define next-generation instruments
• Participate in cross-functional design reviews involving mechanical, optical, and electronic systems
• Work closely with electrical, software, and mechanical engineers to design, procure, and test prototype systems

Manufacturing & Process Development

• Develop processes for manufacturing proprietary components used in atom probe instruments
• Apply knowledge of advanced manufacturing methods, including heat treatment, forming, EDM, electroforming, micro-drilling, laser processing, machining, and tolerance analysis

Systems Evaluation & Technical Development

• Evaluate and enhance microchannel plate-based single particle detection systems
• Assess materials and define best practices for ultra-high vacuum (UHV) and high-voltage (HV) mechanical designs

Support & Troubleshooting

• Provide hands‑on troubleshooting support to Service and Manufacturing teams, both on‑site and remotely as needed
• Support production and service personnel through training, documentation, and issue resolution

Education & Experience

• MS or PhD in Materials Science, Engineering, Physics, or a related field (required)
• 6–8 years of relevant industry experience
• Experience with simulation tools such as Lorentz or COMSOL (preferred)

Technical Knowledge

• Strong foundation in engineering, physics, and materials science principles
• Experience with ion optics, electron optics, TOF mass spectrometry, and single particle detection systems
• Experience in the design and troubleshooting of ultra‑high vacuum systems
• Proven experience in complex electro‑mechanical product development
• Proficiency with 3D CAD (Solid Works preferred)
• Familiarity with fabrication methods and design for manufacturability
• Experience with diagnostic and measurement equipment and data acquisition/analysis
• Experience with high‑voltage systems (+/-20kV) and in‑vacuum component design
• Experience with advanced sample preparation techniques (e.g., focused ion beam, electron microscopy, PVD)
• Experience with machine shop tools (CNC mill, lathe, hand tools)
• Proficiency with lab automation tools (Python, AI code generation, National Instruments LabVIEW)
• Experience with data analysis and modeling tools (Mathematica or MATLAB preferred)
• Demonstrated ability and willingness to use AI tools to improve productivity, decision‑making, work quality, and to reduce costs. The successful candidate must be able to identify appropriate AI use cases and critically evaluate AI‑generated outputs.

Professional & Interpersonal Skills

• Strong verbal and written communication skills, with the ability to present complex concepts in multidisciplinary environments
• Ability to work independently with minimal supervision
• Strong analytical thinking and problem‑solving capabilities
• Hands‑on approach, with willingness to work in both laboratory and production environments
• Flexibility to take on diverse challenges and learn new skills as needed
• Ability to build and maintain effective working relationships
• Demonstrated drive for results and commitment to quality and team success
• Hands‑on role working across laboratory, engineering, and production settings
• Close collaboration with cross‑functional technical teams
• Involves both experimental work on prototypes and support of manufacturing operations