Engineer II, Systems Design

at  Thermo Fisher Scientific

JOB DESCRIPTION

Join us at Thermo Fisher Scientific, where your talent and perspective is valued. Contribute to our engineering team, share a passion for exploration and discovery. With revenues of over $40 billion and the largest investment in R&D in the industry, we enable our people to make meaningful contributions to the world.

QUALIFICATIONS:

• Bachelor’s degree in Science, Technology, or Math (STEM) and a minimum of 2 years of related experience; or an advanced degree with limited experience; or equivalent work experience. Preferred experience as a technical lead developing high precision electro-mechanical systems or subsystems used in semiconductor capital equipment or related industries
• Strong analytical perspective with the ability to demonstrate practical decision making.
• Proven capability to learn new technology.
• Willingness to travel domestically and internationally as needed (5-10% maximum).
• Hands-on capability to integrate, test and optimize electro-mechanical systems.
• Putting together system test plans, updating schematics and drawings as needed.
• Experience with laboratory instrumentation, electronics, and electromechanical systems.
• Knowledge of specifying, modeling, verifying, and reporting system reliability.
• Aptitude and desire to apply systems engineering principles and science-based innovation to a wide range of multi-discipline engineering problems.
  Each one of our 100,000+ outstanding minds have a unique story to tell. Join us and contribute on our mission, enabling our customers to make the world healthier, cleaner, and safer.

You will work on scanning electron and focused ion beam microscope systems. Our products are targeted for semiconductor customers demanding innovative wafer-to-atomic information workflows to improve their manufacturing and design decision-making process.
The role is dynamic and motivated by the specific needs of the project. Projects include module integration of charged particle optics, high voltage power supplies, ultra-high vacuum, gas deposition chemistry, image detectors, robotic wafer handling, electro-mechanical and pneumatics modules, controlled with automation software. Successful engineers learn how to analyze innovative technology, form concise problem statements, analyze relevant data, develop insight based on scientific models, and form a plan of next steps. Apply design of experiments (DoE) and statistical process control (SPC) engineering tools to understand sources of variation and develop process controls. As a staff engineer, you will have a technology leadership role mentoring peers within your functional team.
This is a phenomenal opportunity and offers career growth under the mentorship of top-tier engineers!