
Engineering Technician at Maven Robotics (San Francisco Bay Area, CA)
Maven Robotics· San Francisco Bay Area, CA·
Job description
Role Description
We are looking to recruit an exceptional Engineering Technician to work on advanced electromechanical prototype systems.
Key Responsibilities
- Assembly: Build, integrate, and modify complex electromechanical prototypes, assemblies, and test fixtures based on engineering schematics, blueprints, verbal directions and your own intuition. This will include prototypes and small volume production.
- Wiring: Perform high-precision soldering, harness assembly, crimping, and custom wiring.
- Fabrication: Milling, turning, drilling, cutting, 3D printing, drilling to modify prototype components quickly.
- Testing & Diagnostics: Develop test setups and execute test plans. Perform advanced troubleshooting on mechanical, electrical, or automated systems to pinpoint root causes of issues and failures.
- Data Collection & Analysis: Record detailed technical data, analyze test results, and generate clear summary reports for engineering teams.
- Process Improvement: Identify opportunities to improve lab efficiency, standard operating procedures (SOPs), and build/test work instructions.
- Equipment Maintenance: Calibrate and maintain lab equipment, tools, and inventory to ensure safety and operational readiness.
- Mentorship: Provide guidance, technical support, and training to junior technicians and operators.
- Lab management: Adhere to and enhance robotics lab safety protocols (e.g., E-stops, laser safety), maintain equipment calibration, and manage component inventory.
Qualifications & Requirements
Must-have:
- Technical Skills:
- Strong proficiency in interpreting engineering drawings, schematics, and wiring diagrams.
- Hands-on mastery of diagnostic equipment (e.g., oscilloscopes, multimeters)
- Strong proficiency with measurement tools (calipers, micrometers height gauge etc.).
- Practical CAD experience and fixture design for prototyping (NX/CATIA).
- Solid understanding of machining and manufacturing methods.
- Solid understanding of safety standards and standard lab protocols.
- Solid understanding of BLDC/stepper motors, servo drives and sensor interfaces (CAN, EtherCAT, Serial,Ethernet).
- Excellent problem-solving abilities, strong attention to detail.
- Clear written and verbal communication, and a collaborative mindset.
- Experience: 10+ years of hands-on experience as a technician in testing, manufacturing, prototyping, or R&D environments.
- Education: Associate degree in Engineering Technology (Electrical, Mechanical, Mechatronics, etc.), vocational certification, or equivalent practical/military experience.
Nice-to-have:
- Experience with CNC machining processes
- Experience with lab automation tools (e.g., LabVIEW, basic scripting/Python).
- Relevant industry certifications (e.g., IPC standards, Machining/CNC, ISO quality standards).
- Prior experience in a fast-paced R&D or rapid prototyping environment.
Why work at Maven Robotics
- Culture: Described as a small team of engineers and scientists with "bold ambition, relentless curiosity, and belief in unlocking human potential through intelligent robotics." Emphasis on inventing, creating, and innovating from Silicon Valley.
- Work model: On-site or in-office workspace at the Santa Clara, CA headquarters. BuiltIn lists offices as "In-Office or Remote" but also states employees work from physical offices; typical time on-site is not specified. The careers page implies hands-on hardware/software work that likely requires presence. [builtin.com]
- Notable perks/engineering culture: Deep technical challenges across AI, perception, controls, embedded, mechanical, and electrical engineering. The team includes world-class experts from Apple, Tesla, Ford, etc. Opportunities to shape a product from prototype to deployment. Open roles include robotic AI, ML engineering, motion planning, embedded software, and hardware engineering.
- Growth trajectory: Rapidly growing startup (52% YoY headcount increase) with strong investor interest and a clear industrial go-to-market strategy.