About Pendar Technologies Pendar Technologies is a growing high-tech company advancing intelligent chemical analysis. We develop cutting-edge solutions for first responders, law enforcement, and military personnel to identify hazardous materials in the field. Our flagship product, the Pendar X10, is a state-of-the-art, rugged, and portable device that integrates sophisticated opto-mechanical and electronic systems for chemical identification. The Role We are seeking one Computer Engineering, Electrical Engineering, or Computer Science student for a Photonic Process Automation Co-op from January to June 2026. In this role, you will contribute to the development of assembly and testing robotic cells for opto-electro-mechanical modules—key components of our flagship product. This position offers hands-on experience in robotics, automation, and process development in a dynamic, collaborative environment. Your Responsibilities Collaborate with the optomechanical team to understand manual assembly steps for critical submodules and help develop semi- or fully automated assembly processes. Design and test simple electronic circuits for data acquisition and actuation, including motors, relays, pneumatic valves, LED drivers, signal conditioning, and digital image acquisition. Write new code and maintain existing Python-based software for controlling Pendar’s robotic assembly cells. Assist in developing automated test procedures to evaluate the performance of assembled submodules. Optimize assembly processes to improve yield and performance compared to manual procedures. Qualifications Currently pursuing a Bachelor’s degree in Computer Engineering, Computer Science, or Electrical & Computer Engineering (ECE). Proficiency in Python and experience with object-oriented programming. Familiarity with PyQt is a plus. Personal Traits Strong communication and documentation skills. A hands-on approach with attention to detail and a passion for problem-solving. Location and Additional Information Cambridge, MA (near Alewife T Station), accessible by public transit. On-site parking available.