The starting base pay for this role is $61.25/hour-$77.88 at the time of posting.
Key Responsibilities
Design, build and test new R&D hardware for novel chemical vapor deposition proof-of-concept work. You’ll have abundant support, but you’ll need to take the lead in carrying out a design from concept through deployment.
Work with contractors and external vendors to get things built. This will include fabricators, tradespeople, system integrators, and in-house engineers & technicians.
Close loops. In daily collaboration with the end-users of the machines you build, iterate and refine your designs in fast learning cycles.
Diagnose problems when they arise and fix them responsively. This will include data analysis and in-person discussions with people who identify problems.
Organize, document, communicate. Create enduring records of your work. Ensure successful handoff to end-users of your work with clearly-documented commissioning procedures and tests.
Plan projects accurately and execute according to plan. Design hardware for flexibility and operability.
Requirements
You’re a hands-on engineer energized by ownership of your design decisions. You understand how every mechanical part you design, every fitting you specify, and every line of code you write is a commitment. You’re thorough and don’t leave loose ends dangling. You’re excited when the things you build outlast you. You excel at translating loosely-defined scientific requests into rigorous, deterministic machines that help unlock technical truth. You bring pragmatism and a daily sense of urgency to your work. When things don’t go as planned, you excel at reducing problems to their underlying physical phenomena and finding solutions everyone can trust. You’re a skilled listener and communicator, which helps you interface with a wide range of people, from chemists to pipefitters. You’re relentless in eliminating sources of drift and uncertainty.
Bachelor’s degree in Mechanical or Chemical Engineering, Chemistry, Physics, Materials Science, or a related field.
At least 6 months’ prior experience working full-time in academic and/or industrial research & development environments.
Proficiency in mechanical design, CAD software (SolidWorks preferred), and making machines that balance flexibility and robustness. Proficiency in documenting designs and getting them fabricated by outside vendors.