Jobs at Horizon Surgical Systems, Inc.

Design, implement, optimize, and verify real-time robot controls software for an AI-driven surgical robotics platform. Responsibilities include deterministic data transfer, latency and jitter reduction, DDS and network QoS optimization, performance profiling, hardware and virtual testing, observability, integration, code reviews, and collaboration with controls, electrical, mechanical, and product teams.

As an Optical Engineer, assemble, align, calibrate, test, and maintain multimodal digital surgical microscopes and integrated OCT systems. Perform optical measurements, design and fabricate test fixtures, handle optical fiber termination, support electronics and mechanical benchtop work, author SOPs and documentation, run V&V testing, and collaborate cross-functionally on system integration.

Develop and maintain components for robotic systems using modern C++. Collaborate with teams for requirements, design, and automated testing, ensuring system reliability.

The role requires designing and implementing features for surgical robotics systems, collaborating with teams, and optimizing development processes while leveraging C++, Python, and other technologies.

As a Senior Embedded Software Engineer, you will design, implement, and test software for a surgical robotics system while collaborating with cross-functional teams on integration and testing.

This role involves developing and maintaining quality engineering systems for surgical robotic products, ensuring compliance with specifications and regulatory requirements, while also supporting product development and manufacturing processes.

Design and develop software for imaging systems, integrating hardware and software, and optimizing performance for real-time applications in surgical robotics.

Design, build, and maintain on-premise development infrastructure and CI/CD pipelines (GitHub Actions on self-hosted runners). Manage CMake build systems, containers, servers, networking, and AWS services. Support release management, dependency handling, Linux troubleshooting, GPU configuration, and regulatory traceability for safety-critical surgical software.

Develop multi-DOF robotic systems for surgical applications, ensuring compliance with FDA guidelines and leading engineering teams. Collaborate with various departments to solve interdisciplinary challenges.