Mainspring is seeking an open-minded, curious, and highly motivated R&D Test Engineer who likes to solve challenging cross-functional problems in both a research and production environment. In this role, you will design and execute tests on the Linear Generator, focusing on new electrical and software changes that improve product capabilities and performance.You will lead critical sub-system and system-level development and validation tests on new releases of our product and gain exposure to the entire system, including electrical and mechanical components, software, and controls. The breadth of this role is perfect for an engineer or researcher who wants to use their advanced experimental and analytical skills in a fast-paced product development environment.
Perform hands on work and work directly with technicians to troubleshoot, retrofit, and operate our Linear Generator test units
Collaborate with engineering teams to steer R&D projects by designing and executing experiments that inform product design
Analyze data, generate reports and communicate results with engineering teams to facilitate learnings and design releases
Manage test priorities on a daily basis to meet higher level deadlines with a focus on throughput and completing high value studies
Develop & improve processes and infrastructure to support testing on our next generation products
Master’s degree in electrical engineering, mechanical engineering, physics, or equivalent with 3+ years of applicable experience
Experience designing and executing tests in an industrial or academic environment, specifically involving instrumentation and data analysis
Successful communicator, with a collaborative mindset, who will interface across a range of teams and personalities
Proficiency in programming with Python/ MatLab/ C++ (at least one)
Strong organizational and project management skills
Job details are sourced from the employer's original posting.
Open job postingAbout the company
Mainspring Energy is developing a novel, clean energy generator that is more efficient, reliable, and affordable than existing solutions. Their innovative technology aims to provide a sustainable power source for a variety of applications.