Test Engineer II

Berkeley, CAfull timeOn Site

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mid

$97k–$122k

H1B: no

Formenergy Test Engineer II at Form Energy designs and implements test strategies to ensure reliability, safety, and performance of energy storage products. The role involves electrical and mechanical component-level and system-level functional testing.

Responsibilities

Devise and refine scoped tests for component, subsystem and system-level testing, including electrical and mechanical performance, characterization, and stress testing, for energy storage system products and their respective components and subsystems.
Design complex electromechanical test systems and high-voltage architectures.
Troubleshoot electrical issues in assorted test stands.
Finds and resolves fixture-level or test architecture deficiencies and inefficiencies.
Leverages hands-on experience and actual technical outcomes to advise on and implement the selection of data acquisition systems and test sensors.
Collaborate with cross-functional teams to develop test cases and procedures covering a range of operating conditions and use cases.
Analyze large test datasets to identify trends, anomalies, and areas for improvement in product performance and reliability. Correlate test data to theoretical models and simulations as-needed.
Prepare and deliver detailed test reports summarizing findings, conclusions, and recommendations for design enhancements or corrective actions.
Drive continuous improvement initiatives to optimize testing processes, increase efficiency, and enhance the overall quality of energy storage products.
What you'll bring:
Subject Matter Expertise: Bachelor’s Degree in Mechanical Engineering, Mechatronics Engineering, Electrical Engineering, or a related field with 1 - 4 years of deep technical experience in Test Engineering, data analysis, and a proven track record of leading complex hardware verification programs.
Data-Driven Strategy: Demonstrated experience designing and executing test strategies, processing high-bandwidth data, and translating raw results into actionable engineering insights that directly impact product functionality and reliability.