Venti Technologies - Autonomous Vehicle Engineer (Electrical)
Requirements
• Bachelor's degree in Electrical Engineering, Electronics Engineering, Mechatronics Engineering, or a related discipline. • Typically 2-5 years of relevant electrical engineering experience. • Good understanding of DC electrical systems, power distribution, grounding, protection, wiring harnesses, connectors, and electrical interfaces. • Practical knowledge of CAN bus and Ethernet-based systems. • Experience reading and developing electrical schematics and wiring diagrams. • Hands-on experience with electrical test and diagnostic equipment. • Strong troubleshooting, root-cause analysis, and documentation skills. • Able to work independently in both laboratory and vehicle / field environments. • Automotive, commercial vehicle, robotics, autonomous vehicle, mobile machinery, or industrial equipment. • 12 V / 24 V vehicle electrical architectures and drive-by-wire systems. • CAN / CAN FD / J1939 diagnostics and vehicle communication networks. • Harness design, connector selection, crimping, routing, and installation practices. • EMC, electrical transient, environmental, vibration, or ingress-protection testing. • Functional-safety-related hardware or systems. • Engineering tools such as KiCad, Altium, EPLAN, or equivalent. • Python or other scripting tools for test automation and engineering data analysis. • SALARY IS COMMENSURATE WITH EXPERIENCE. WE ALSO OFFER WORLD-CLASS BENEFITS, FANTASTIC CULTURE, FLEXIBLE WORKING ARRANGEMENTS, AND A GREAT INTERNATIONAL WORKING ENVIRONMENT. COME AND JOIN US!
Responsibilities
• Vehicle electrical integration. Design and integrate 12 V / 24 V electrical systems including power distribution, DC/DC converters, sensors, cameras, LiDAR, GNSS, compute systems, routers, and drive-by-wire interfaces. • Schematics and harnesses. Develop and review electrical schematics, wiring diagrams, interface drawings, harness documentation, connector pinouts, and installation documentation. • Power and protection. Define voltage, current, grounding, fuse, wire-size, connector, voltage-drop, and protection requirements; maintain system power budgets and verify electrical loading. • Communication networks. Integrate and troubleshoot CAN / CAN FD / J1939, Ethernet, serial, and other vehicle communication interfaces, including termination, wiring, and network reliability issues. • Component selection. Select suitable connectors, cables, relays, fuses, power supplies, sensors, and electrical hardware based on electrical, environmental, reliability, and serviceability requirements. • Testing and commissioning. Perform bench testing, vehicle commissioning, functional checks, and verification testing before release to field operation. • Troubleshooting. Investigate electrical, power, grounding, intermittent connection, and communication failures using oscilloscopes, multimeters, CAN tools, data loggers, and other diagnostic equipment. • Field support. Support prototype builds, production builds, customer deployments, retrofits, and field issue resolution. • Validation. Develop and execute test plans covering power behavior, electrical transients, communication reliability, temperature, vibration, ingress protection, and relevant environmental conditions. • Documentation and change control. Maintain BOMs, drawings, test records, engineering changes, configuration information, and clear technical documentation. • Supplier coordination. Work with cable, connector, power-supply, sensor, and other suppliers to resolve technical and quality issues. • Cross-functional engineering. Collaborate closely with electronics, mechanical, embedded software, autonomous-driving, vehicle-control, manufacturing, and field teams
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