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Lead systems engineer responsible for system concept, architecture, requirements decomposition, use cases, interface control, trade studies, and systems documentation. Works with PLCs and robotic arms, programs/interfacing, and performs MBSE or basic documentation. Tailors SE processes and operates autonomously in an agile environment.

Design and deliver industrial control panels for high-voltage battery systems: create schematics, layouts, and BOMs in EPLAN, select 600VAC/2000VDC components, coordinate vendors, execute high-voltage testing (hipot, insulation resistance), ensure NEC/UL 508A compliance, support DFMEA, and collaborate with mechanical and manufacturing teams.

Design and validate electrical control hardware for large-scale battery systems. Responsibilities include PCB schematic and layout, prototyping, board validation, component-level troubleshooting, sensor selection and interfacing, cross-functional collaboration with firmware/mechanical/controls teams, manufacturing support, and documentation of design decisions and test results.

Design and deliver PCBA hardware for high-power battery systems across the full lifecycle: requirements, component selection, schematic/layout, DFM, bring-up, verification, troubleshooting, safety/compliance, and cross-functional collaboration with mechanical, firmware, and manufacturing teams.

The Industrial Project Manager oversees project management from launch to delivery, ensuring quality, cost, schedule, and compliance while coordinating with suppliers and design teams.

Design and develop hardware for natural gas flow measurement systems, lead investigations, conduct economic studies, and collaborate with cross-functional teams.

Design Engineer responsible for development of vehicle body exterior components, including design, feasibility assessments, and quality documentation, using CAD and working within cross-functional teams.

The Design Engineer will develop vehicle components from concept to production, applying CAD tools and ensuring design integrity through collaboration and validation methods.

This role leads architectural decisions in embedded systems, collaborates with stakeholders to define requirements, and manages the full software development life cycle for embedded software.

Responsible for end-to-end development of vehicle components and systems, focusing on design, validation, feasibility, and project management to ensure high-quality solutions.