R&D Scientist

Key Responsibilities

• Quantify performance of atom probe instrumentation by designing, coordinating, and conducting subsystem and instrument performance tests. Report findings through internal reports and technical reviews.
• Develop ion optical simulation tools to predict overall instrument performance. Validate electrostatic models using current generation atom probe instrumentation and make specific recommendations for future performance enhancements.
• Work closely with sales, marketing, applications, and engineering teams to define future generation atom probe instruments.
• Participate in cross functional design reviews of complex mechanical, optical, and electronic assemblies.
• Work closely with electrical, software, and mechanical engineers to design, procure, and test prototype systems.
• Support the Service and Manufacturing groups via hands on trouble shooting and phone support as needed.
• Process development for the manufacture of proprietary components used in the atom probe.
• Evaluation, development, and enhancement of microchannel plate based single particle detection systems.
• Evaluation of materials and development of best practices for ultra-high vacuum (UHV) / high voltage (HV) mechanical designs.

Education & Experience

• MS or PhD in Materials Science, Engineering, Physics, or related field, a must.
• 6-8 years of related industry experience, a must.
• Specific experience with simulation tools, such as Lorentz or Comsol, considered a plus.
• Experience with machine shop tools including CNC mill, lathe, hand tools, etc.
• Proficiency with lab automation software: Python, AI code generation, National Instruments Lab-View
• Proficiency with specific data analysis and modelling software, such as Mathematica or MatLab, considered a plus

Professional Knowledge & Abilities

• Technical Skills:
• Solid fundamental knowledge of engineering, physics, and materials science principles
• Experience with ion optics, electron optics, TOF mass spectrometry, and single particle detection systems.
• Experience with the design and troubleshooting of ultra-high vacuum systems
• Proven track record of complex electro-mechanical product development
• Proficiency with 3D CAD (Solidworks preferred)
• Familiarity with fabrication methods and design for manufacturability
• Proficiency with diagnostic and measurement equipment
• Proficiency with data acquisition and analysis
• Experience with high voltage systems (+/-20kV) and design of high voltage components for in-vacuum use
• Experience with advanced sample preparation workflows for materials science (focused ion beams, electron microscopy, PVD)
• Experience supporting production and service personnel in a real-world high-tech manufacturing environment by providing training, documentation, and troubleshooting.
• Interpersonal Skills/Professional Skills:
• Strong verbal and written communication skills with the ability to present complex ideas in a multidisciplinary setting
• Flexibility and a willingness to take on diverse challenges and learn new skills outside of the traditional role as needed to solve problems and ensure team success
• A hands-on attitude and a desire to work both with prototypes in the lab and with technicians on the production floor
• Ability to think and act independently with minimal supervision
• Ability to establish and maintain effective working relationships with other employees
• A demonstrated drive for results and pride in both personal performance and team success