Alternative Energy, Analysis Skills, Artificial Intelligence (AI), Battery Engineering, CAD/CAM (Computer-Aided Design/Computer-Aided Manufacturing), Commercial Construction, Component Assembly, Cross-Functional, Design for Assembly (DFA), Document Management, Electrical Wiring, Electricity, Energy Engineering, Engineering Bill of Materials (eBOM), Hardware Administration, Manufacturing, Manufacturing Bill of Materials (mBOM), Manufacturing Design, Mechanical Assembly, Mechanical Design, Mechanical Engineering, Power Engineering, Printed Circuit Board (PCB), Product Lifecycle Management, Product Support, Product Testing, Product/Service Launch, Prototyping, Root Cause Analysis, Simulation
Our client designs and manufactures intelligent energy storage systems for commercial buildings, supporting more efficient use of traditional and renewable power. Their engineering team develops modular battery technology for dense environments where safety, reliability, and performance matter.
We are hiring a hands-on Mechanical Engineer to design and deliver next-generation Battery Energy Storage Systems (BESS). This role owns mechanical development from concept through production and works across electrical, product, and manufacturing teams to deliver scalable, production-ready hardware.
Success requires strong engineering judgment, ownership, and the ability to translate concepts into manufacturable designs within a fast-moving product environment.
Responsibilities
- Design mechanical components and assemblies in CAD, including system packaging for PCBs, batteries, sensors, switches, fuses, lighting, and associated wiring
- Drive cross-functional collaboration between mechanical, electrical, and product teams to improve system design, manufacturability, and cost
- Perform component- and assembly-level analysis and verification to meet performance, safety, reliability, and cost requirements
- Own the engineering bill of materials (EBOM) through development and transition to the manufacturing BOM (MBOM) for production release
- Collaborate closely with internal and external manufacturing partners to optimize designs for manufacturability, assembly, and scalability
- Engage directly with global suppliers and partners during design, validation, and product launch phases
- Define scopes of work and technical requirements to maintain alignment with external vendors
- Manage design documentation, revisions, and release processes within the PLM system
- Support hardware integration, prototype development, root cause analysis, and design iteration
- Contribute across projects and priorities to support overall product execution
- Uses AI tools to support design iteration, simulation, and product optimization.
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Motive Workforce Solutions