Mechanical Test Engineer - Battery​/BMS

Job Title:
Mechanical Engineer, Test Infrastructure

Job Type: Full-Time

We are seeking a Mechanical Engineer dedicated to the design and implementation of high-fidelity test beds. In this role, you won't just be building hardware; you’ll be building the "truth machines" that derisk our iron-air battery technology. You will focus on the mechanical architecture of aux-level and pack-level test stands, ensuring our product development lifecycle is backed by robust, scalable, and representati

vephysical dat

a.This is an exciting opportunity to contribute to the scaling of our battery technology and be part of the growth of a fast-moving company with breakthrough technology and an incredible missi

• Do:
  
  Design & Developm
  ent:
  Lead the mechanical design of complex test beds, from conceptua
• CADthrough to fabrication and assembly. This includes HVAC systems, thermal management sys
• tems,hydrogen management systems, electrolyte management systems, and air-handling system
• s forBESS compon
• ents.
  
  System-Level Integra
  tion:
  Create test environments that accurately simulate real-world condi
• tionsfor our battery packs and auxiliary systems (pumps, manifolds, and power electron
• ics).Derisking & Validat
• ion:
  Work closely with the Design Engineering and Test teams to tran
• slatehigh-level testing requirements into functional mechanical hardware that identifies failure
• modesearly in the development c
• ycle.
  
  Cross-Functional Collaborat
  ion:
  Partner with Electrical, Controls, and Chemical Enginee
• rs to integrate sensors, actuators, and DAQ (Data Acquisition) hardware into your mechanical des
• igns.

igns. What You’ll

• Bring: BS or MS in Mechanical Engineering or related field.
  5+ years of experience in mechanical design and/or test equipment development (battery or energy systems experience is a plus).Proficiency with mCAD tools (Solid Works, NX, etc.)Experience working in a Manufacturing Engineering environment, delivering on production-quality tools and d
• esigns.
  
  Strong understanding of safety and compliance considerations in high-power and/or c
• nments.
  
  Excellent problem-solving skills, with the ability to balance speed, rigor, and safety.
  
  Strong communication and collaboration skills, with the ability to work cross-functional