Electrical Integration Engineer, Teleo

• BS in Electrical Engineering, Computer Engineering, Mechatronics, or equivalent hands-on experience
• 3+ years of post-degree professional experience in electrical systems integration, vehicle electronics, hardware engineering, or comparable hands-on work
• Proficient in reading and authoring electrical schematics, with experience characterizing OEM electrical systems from schematics, service manuals, and on-system measurements, and translating that documentation into buildable harness designs
• Wiring harness design experience for automotive, off-road, heavy equipment, or robotics retrofit applications, with proficiency in schematic capture and harness design tools such as KiCAD, RapidHarness, or equivalent
• Strong electrical and mechanical troubleshooting instincts honed through field deployment and bring-up of electromechanical systems on real vehicles, with a track record of driving issues to root cause rather than escalating them
• Fluent with bench instrumentation (DMM, oscilloscope, power supply, electronic load) for board- and harness-level debug
• Hands-on experience troubleshooting, logging, decoding, and interpreting CAN bus protocols, ideally J1939
• Proficiency in Python or comparable scripting languages for test automation, data analysis, or CAN traffic decoding
• Able to work onsite at Teleo HQ in Palo Alto, with the ability to travel up to ~25%

Desirable

• As the primary architect of the electrical interface between Teleo’s autonomy stack and diverse heavy machinery, you will own the end-to-end integration lifecycle
• You will design, validate, and deploy ruggedized wiring harnesses that bridge our technology with global OEM platforms (CAT, Komatsu, Volvo, etc.), ensuring seamless "bringup" from initial kickoff to full field operation
• System Design: Architect and design complex wiring harnesses that interface Teleo's autonomy kit with OEM construction equipment, utilizing schematics, service manuals, diagnostic analysis, and vehicle signal characterization to integrate with existing machine systems
• Validation & Testing: Conduct rigorous lab validation, including continuity, resistance, voltage drop, and CAN signal integrity to ensure system reliability before deployment
• Field Integration: Lead on-vehicle bringup and commissioning in the field. Install, debug, and iterate on hardware to establish a stable operational baseline for new platforms
• Continuous Improvement: Close the feedback loop between field performance and engineering design. Perform root-cause analysis on in-situ failures and implement hardware revisions
• Documentation & Scaling: Author comprehensive schematics, Bills of Materials (BOMs), installation manuals, and training assets to enable scalable, repeatable deployments by field teams
• Operational Support: Work onsite at Teleo HQ in Palo Alto, with approximately 25% travel to customer jobsites for new machine integration and advanced troubleshooting