Staff Embedded Software Engineer, Collaborative Robots

• Bachelor’s degree in Computer Science, Robotics, or Software Engineering (or related field)
• 5+ years developing embedded or real-time software for safety-critical or regulated systems
• Strong C/C++ skills for low-level and embedded development
• Experience with RTOS, firmware bring-up, device drivers, and MCU peripherals
• Proficiency in safety analysis methods (FMEA, FTA, HARA, STPA)
• Ability to produce high-quality documentation and follow structured, traceable development processes
• Strong cross-functional communication skills
• Comfortable working in a fast-paced startup and small, interdisciplinary teams
• Must have and maintain US work authorization

Desirable

• Safety isn’t a constraint — it’s the foundation that enables robots to work seamlessly alongside people. At Cobot, we’re redefining what safety means in human-robot collaboration by designing systems that are transparent, predictable, and deeply reliable in real-world environments
• As a Staff Safety Software Engineer, you’ll help shape how safety is designed, tested, deployed, and continually improved across our robots. You will respond effectively to incidents, and maintain the rigorous standards required for certification and regulatory approvals
• This role offers the opportunity to influence not just the product, but the organizational culture around safety — partnering across teams, guiding technical decisions, and elevating our functional safety capabilities. If you’re motivated by the challenge of enabling safe autonomy at industrial scale, we’d love to meet you
• Collaborative Robotics is a team of innovators and builders redefining the future of human-robot interaction. We are working to realize a world where robots are a trusted extension of your surroundings. They work, adapt, and react around you. Not the other way around
• Design, implement, and maintain production C/C++ for embedded safety compute and control systems
• Architect and deliver safety-critical software and compute subsystems, including SIL-rated designs, documentation, and evidence for certification and regulatory review
• Evaluate and integrate safety-rated hardware, software components, and development toolchains, ensuring performance, reliability, and compliance with functional safety standards
• Analyze real-world and simulated operational data to assess safety performance, identify risks, and contribute to continuous fleet-level improvements and mitigations
• Contribute to the product safety case and safety culture, partnering across engineering and operations to embed safety into design, development, and deployment