Electromechanical Systems Engineer - Vehicle & Autonomy

a16z-speedrun; San Francisco (CA); On-site; USD 120,000 - 190,000; Full time

Benefits offered by this job

Experience with heavy equipment

Field testing experience

Job summary

a16z-speedrun in San Francisco seeks an engineer to design mechanical components, mounts, and enclosures for electronics and controls on heavy equipment, and to design electrical power distribution and control interfaces.

You will integrate hardware with vehicle systems and autonomy software, support prototype builds and field testing, and produce clear CAD, schematics, and BOM documentation for manufacturing and service. Collaboration with autonomy, software, and operations teams is essential.

Qualifications

• Solid foundation in mechanical and electrical engineering (MechE + EE)
• Experience designing or integrating electromechanical systems
• Ability to produce clean mechanical and electrical documentation
• Comfortable working from concept through prototype and into real-world testing
• CAD proficiency
• DFM awareness
• Electrical systems design (power distribution, wiring, and control interfaces)
• Electromechanical integration
• Experience with EDA tools

Responsibilities

• Design mechanical components, mounts, and enclosures for electronics and controls on heavy equipment
• Design electrical systems including power distribution, wiring, and control interfaces
• Integrate hardware with existing vehicle systems and autonomy software
• Support prototype builds, vehicle integration, and field testing
• Create clear design documentation (CAD, schematics, BOMs) for manufacturing and service
• Collaborate with autonomy, software, and operations teams to deliver robust systems

Job description

a16z-speedrun in San Francisco seeks an engineer to design mechanical components, mounts, and enclosures for electronics and controls on heavy equipment, and to design electrical power distribution and control interfaces.

You will integrate hardware with vehicle systems and autonomy software, support prototype builds and field testing, and produce clear CAD, schematics, and BOM documentation for manufacturing and service. Collaboration with autonomy, software, and operations teams is essential.