Senior Staff Robotics Software Engineer

Multiply Labs • San Francisco, CA

2d • $195,000 - $260,000 • Onsite

About The Position

Multiply Labs is a cutting-edge startup based in San Francisco, California, supported by top-tier tech and life science investors such as Casdin Capital, Lux Capital, and Y Combinator. Our mission is to build the best robots in the world, and use them to make the most advanced life-saving therapies accessible to all. We are revolutionizing the manufacturing of cell therapies by developing advanced robotic systems designed to automate and scale the production of these life-saving treatments. Our robots empower biopharma companies to produce cell therapies at scale without significantly changing their existing processes, reducing regulatory barriers and risks. While traditional approaches are time-consuming and lead to extremely high costs for patients (typically $1M+ per patient), using robotics can make these transformative treatments more accessible and affordable to patients in need.

Requirements

• Bachelor’s degree in mechatronics engineering, robotics, or a related engineering field.
• 7 years of progressive experience as an engineer or related in robotics software engineering.
• 3 years (may be concurrent with 7 years) in the following: Design or implementation of multi-threaded or multi-process control systems; UR (robotic manipulators or arms); Trajectory computation, generation, or parameterization; Robotic collision checking or detection; Production level code with emphasis on code quality, reliability, and performance.

Responsibilities

• Design and implement production-ready software for robotic platforms, ranging from high-level robotic logic to low-level hardware communication.
• Develop and maintain modular codebases designed to handle an arbitrary number of operations for automated manufacturing.
• Implement and optimize sophisticated algorithms for trajectory generation, motion smoothing, and collision avoidance in constrained environments.
• Develop reliable software interfaces for robotic manipulators to interact with and operate various instruments and custom components.
• Design and implement high-performance numerical gradient-based kinematic solvers and real-time trajectory parameterization algorithms.
• Design and improve high-fidelity simulation environments with dynamically rendered tools and realistic collision modeling for system validation.
• Design state-based task management systems with robust error recovery and safety-first features for industrial automation.
• Serve as a point-of-contact for technical roadmaps and provide expert knowledge on deterministic robotic navigation.

What This Job Offers

• Job Type: Full-time
• Career Level: Senior