Sr. Reliability Test Engineer

We’re looking for a Senior Reliability Test Engineer to define, build, and lead reliability and validation testing across complex electromechanical systems. Sitting within the systems development team, this role is responsible for ensuring our products meet critical performance, durability, and operational requirements through rigorous engineering validation and characterization.

You will own the reliability test strategy, lab infrastructure, and execution for systems that include electromechanical actuators, thermal management systems, and hybrid power platforms. Your work will uncover failure modes early, quantify design risk, and generate the data needed to drive confident engineering decisions. While this role does not directly own design, your insights, observations, and test strategy will have a major influence on engineering tradeoffs and system direction.

This is an engineering-driven validation role focused on understanding real‑world behavior, breaking systems intelligently, and ensuring designs are ready before formal qualification. It is central to a fast, iterative development approach that emphasizes learning through early prototype testing rather than waiting for a single certification‑bound build. As the first senior hire in reliability and validation, you will help define the philosophy, infrastructure, and operating model for how this function scales across the company.

This role is foundational to how we validate products before they reach certification and production. You will shape the way we test, learn, and improve across product lines by building a reliability function from the ground up and creating the systems, infrastructure, and rigor needed to support rapid hardware development.

In this role, you will:

• Define reliability and validation test strategies for complex electromechanical systems based on requirements and expected use conditions
• Translate engineering requirements into structured test plans, methodologies, and measurable success criteria
• Design tests that reveal failure modes, edge cases, and system limitations early in development
• Build and scale internal lab capabilities, including fixtures, instrumentation, data acquisition systems, and repeatable workflows
• Lead hands‑on execution of mechanical, thermal, electrical, and combined‑stress testing on prototype hardware
• Manage external test vendors and integrate outside test results into the broader validation strategy
• Analyze data to assess performance margins, degradation trends, and residual design risk
• Partner closely with systems, mechanical, and electrical engineering teams to support design readiness and pre‑certification validation efforts

Your work will directly determine whether systems perform as expected in real‑world conditions and whether the organization can move forward with confidence into qualification and production.

You bring deep experience in reliability engineering, validation, or system‑level hardware testing, along with the judgment and hands‑on capability to succeed in a fast‑moving prototype environment. You know how to turn requirements into structured test strategies, build practical test infrastructure, and extract meaningful insight from complex data. You are a strong systems thinker who brings curiosity, sound technical judgment, clear communication, and a hands‑on, low‑ego approach to solving problems across disciplines.

We’re looking for someone with:

• Minimum of 8 years of experience in reliability engineering, validation testing, or system‑level hardware testing
• Proven experience developing and executing test strategies for complex electromechanical systems
• Strong hands‑on background building and operating test setups, fixtures, and instrumentation
• Solid understanding of mechanical, electrical, and environmental stress testing
• Experience working with external test labs and managing outsourced test campaigns
• Ability to translate engineering requirements into structured test plans and measurable outcomes
• Strong analytical and problem‑solving skills, with the ability to interpret complex test results
• Comfort working directly with prototype hardware in lab…