Top Tech Jobs & Startup Jobs

Leads the modeling, development, implementation, and validation of embedded control systems for high-power converters and inverters in commercial EVs. Oversees firmware development, hardware-software integration, reliability improvements, charging protocol implementation, and BMS integration. The role requires technical leadership across multidisciplinary R&D teams and expertise in model-based design, HIL validation, microcontroller programming, converter topologies, and advanced inverter control strategies.

Supports low-voltage electrical component and wire harness engineering for electric vehicles. Responsibilities include supplier technical support, wiring diagram and harness-routing assistance, ECO/ECR processing, electrical BOM maintenance, component schedule tracking, prototype build support, and cross-functional design reviews. Requires an electrical or related engineering degree, knowledge of vehicle electrical architectures and communication protocols, familiarity with electrical CAD and PLM tools, and hands-on circuit testing experience. Travel is up to 20% in the US and Canada.

Leads IT operations supporting employees, offices, engineering, and manufacturing sites. Responsibilities include managing IT staff, service levels, on-call coverage, collaboration systems, conference room AV, service desk automation, onboarding and offboarding, device lifecycle, budgets, vendors, and cybersecurity coordination. The role also reports operational trends and supports production environments requiring reliable coverage across shifts.

Lead advanced powertrain engineering from concept through production and full product life. Design and develop electric drive units, generator sets, and internal combustion engines; establish engineering standards; perform FEA, design analysis, and validation; develop prototypes with technicians and suppliers; solve complex technical challenges; and guide multidisciplinary teams while mentoring junior engineers.

Develops and implements supplier quality processes for automotive safety systems, structural frames, and thermal components. Conducts supplier audits, APQP, PPAP, inspections, testing, performance monitoring, and corrective actions. Collaborates with engineering, purchasing, manufacturing, and suppliers on DFM/DFA, FMEA, continuous improvement, and regulatory compliance. Leads quality reviews, MRB meetings, validation activities, and safe launches while ensuring components meet stringent safety, structural, thermal, and functional requirements.

Develops and manages supplier quality processes for high-voltage EV components and electromechanical assemblies. Responsibilities include supplier audits, APQP, PPAP, testing validation, performance monitoring, root-cause analysis, corrective actions, continuous improvement, quality-system compliance, MRB leadership, and high-voltage safety reviews. The role works cross-functionally with engineering, purchasing, manufacturing, and suppliers, and requires domestic and international travel.

Owns integration, commissioning, architecture, testing, and troubleshooting of high-voltage energy systems, including generators, batteries, inverters, chargers, and electric vehicles. Develops system interfaces, protection systems, automation scripts, performance logging, and technical bring-up manuals. Collaborates with electrical, firmware, mechanical, thermal, and systems engineering teams to meet safety and performance standards. Requires extensive field commissioning and troubleshooting travel.

The Principal AME Equipment Engineer will lead the design and implementation of advanced manufacturing equipment and processes for vehicle assembly, optimizing production efficiency and safety while managing full equipment lifecycles and cross-functional collaborations.

Ensures the quality of vehicle electrical and electronic systems across design, manufacturing, suppliers, and production. Responsibilities include monitoring quality metrics, investigating failures, performing electrical testing, defining inspection and end-of-line controls, leading root cause analyses, implementing corrective actions, supporting supplier and manufacturing quality, participating in DFMEA/PFMEA reviews, and driving continuous improvement for harnesses, PCBAs, controllers, and power distribution units.

Leads strategy, design, commissioning, and production ramp-up of advanced battery and EV manufacturing systems. Oversees cross-functional projects, evaluates equipment and technologies, drives automation and robotics integration, and ensures quality, compliance, and sustainability. The role also leads root-cause analysis, continuous improvement, analytics-based process optimization, supplier collaboration, and mentorship of engineering teams.