Thermal Mechanical Systems Engineer

About the role

A clean energy thermal R&D company located in Woodinville, WA is currently hiring for a Mechanical Systems Engineer. A candidate who has strong mechanical and electrical experience, has any relevant thermal or heat systems experience, and a passion for the clean energy and R&D space would be a great potential fit.

Responsibilities

• Own problems end-to-end: Solve problems from first-principles reasoning through design, build, test, iteration, and scale-up.
• Design and build hardware: Ideate and build mechanical and electro-mechanical systems supporting ongoing development and field deployments.
• Cross disciplinary boundaries: Design and build systems that include mechanical assemblies, sensors, controllers, heaters, and other electrical/mechanical components.
• Simplify aggressively: Our cost requirements necessitate ruthless adherence to simplification.
• Scale what works: Help translate benchtop and numerical modeling results into fieldable and scalable systems, with attention to manufacturability, cost, schedule, reliability, and serviceability.
• Support field deployments: Travel as needed for building and commissioning test systems, and customer/vendor site visits.

Qualifications

• BS/MS in mechanical or electrical engineering or related field, or equivalent practical experience. Capability is more important than credentials.
• Any experience with thermal or heat systems (in both mechanical and electrical) would be a great fit.
• Clear evidence that you enjoy building things. Past work projects, personal side projects, automotive work, Formula SAE, robotics, rocketry, or other similar hands-on experience all count.
• Demonstrated evidence of end-to-end problem solving.
• Broad foundation in physical sciences. Strong working knowledge of the governing principles of heat transfer, fluid mechanics, mechanics of materials, electrical circuits, and related fields.
• Fluency with engineering calculations. Comfortable rapidly bounding unfamiliar problems using hand calculations, order-of-magnitude estimates, and simple spreadsheet models before moving to detailed design or simulation.
• Quantitative sanity checking. Develop an independent expectation for what an answer should look like from first-principles reasoning, and recognize when a measurement, simulation, or vendor proposal is physically implausible.
• Comfort moving between mechanical design/CAD, electrical component selection, sensors/instrumentation, data acquisition, troubleshooting, and experimental work, with a preference for experience in industrial process environments.
• Bias towards practical utility and rapid learning. You care about whether the system works and is cost-effective in practice.
• Low ego, high ownership. Comfortable rapidly changing paths when evidence and test results indicate, and asking for help or input when needed.
• Eagerness to work hands-on in both lab and outdoor field environments and get dirty when the job requires.

Benefits

• Medical, dental & vision
• Critical Illness, Accident, and Hospital
• 401(k) Retirement Plan
• Pre-tax and Roth post-tax contributions available
• Life Insurance (Voluntary Life