DeepRec.ai
Co-Founder at DeepRec.ai, Recruiting Top GenAI, LLM, Computer Vision and Robotics Talent
Role:
Full Stack Robotics Engineer Salary:
up to $250,000 Location:
San Francisco, CA Opportunity to work on next-generation AI-driven physical systems capable of general-purpose manipulation, experimentation, and manufacturing. I’m looking for several Full-Stack Robotics Engineer to architect, prototype, and harden high-precision electromechanical platforms. You’ll own subsystems end-to-end across motion planning, real-time control, sensing, actuation, mechanical design, and embedded firmware. This role is deeply hands‑on and requires first‑principles thinking, rapid iteration, and the ability to integrate across disciplines to deliver reliable, high-performance robotic capability.
Responsibilities
Build and integrate motion planning, kinematics, control, and perception into robust robotic behaviors.
Develop real-time control loops, actuator interfaces, embedded firmware, and system-level safety.
Lead mechanical design of end‑effectors, precision mechanisms, and structural components.
Design electrical systems including sensing, power, actuation electronics, and data pathways.
Prototype, validate, and iterate complete robotic stacks from fabrication to deployment.
Work cross‑functionally to align mechanical, electrical, firmware, and control architecture.
Qualifications
Deep expertise in robotics, motion, and real-time control of complex electromechanical systems.
Proven experience taking platforms from prototype to reliable operation.
Strong mechanical, electrical, and firmware engineering skills.
Builder mindset with a drive for quality and novel capability creation.
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Full Stack Robotics Engineer Salary:
up to $250,000 Location:
San Francisco, CA Opportunity to work on next-generation AI-driven physical systems capable of general-purpose manipulation, experimentation, and manufacturing. I’m looking for several Full-Stack Robotics Engineer to architect, prototype, and harden high-precision electromechanical platforms. You’ll own subsystems end-to-end across motion planning, real-time control, sensing, actuation, mechanical design, and embedded firmware. This role is deeply hands‑on and requires first‑principles thinking, rapid iteration, and the ability to integrate across disciplines to deliver reliable, high-performance robotic capability.
Responsibilities
Build and integrate motion planning, kinematics, control, and perception into robust robotic behaviors.
Develop real-time control loops, actuator interfaces, embedded firmware, and system-level safety.
Lead mechanical design of end‑effectors, precision mechanisms, and structural components.
Design electrical systems including sensing, power, actuation electronics, and data pathways.
Prototype, validate, and iterate complete robotic stacks from fabrication to deployment.
Work cross‑functionally to align mechanical, electrical, firmware, and control architecture.
Qualifications
Deep expertise in robotics, motion, and real-time control of complex electromechanical systems.
Proven experience taking platforms from prototype to reliable operation.
Strong mechanical, electrical, and firmware engineering skills.
Builder mindset with a drive for quality and novel capability creation.
#J-18808-Ljbffr