Software Engineer, Robotics

Collaborative Robotics is an innovative startup revolutionizing the field of human-robot interaction, seeking a Software Engineer, Robotics to join their Software and Autonomy team. This role is perfect for recent graduates passionate about developing cutting-edge algorithms for autonomous robots and eager to shape the future of robotics technology.

The position offers an exciting opportunity to work on both on-robot and cloud software development, focusing on creating highly reliable and fully autonomous collaborative robots. As a core member of the team, you'll be responsible for enhancing the current software stack and driving the design and implementation of next-generation robotic capabilities.

The role demands strong technical skills in Python or C++, with a Bachelor's degree in Computer Science or related field being essential. Experience with robotics through internships or university projects is required, and knowledge of ROS2, SLAM, mapping, and sensor integration is highly valued. The company particularly values candidates who can thrive in a fast-paced startup environment and possess excellent communication skills.

Located in either Santa Clara, CA or Seattle, WA, this position offers a competitive compensation package including a base salary range of $160,000-$170,000, plus equity and comprehensive benefits. The role is perfect for recent graduates looking to start their careers in Summer 2025, offering the opportunity to work with state-of-the-art technology and contribute to a future where robots seamlessly integrate into human environments.

Collaborative Robotics stands out for its commitment to innovation and its vision of creating robots that adapt to human needs rather than the other way around. The company maintains a strong commitment to diversity and inclusion, fostering an environment where different perspectives are valued and celebrated. This role represents an exceptional opportunity to join a forward-thinking team and make a significant impact in the field of robotics and autonomous systems.