Colorado School of Mines Robotics Program

Colorado School of Mines Robotics Program is an interdisciplinary academic initiative at the Colorado School of Mines (Mines), a leading public research university in Golden, Colorado, specializing in engineering and applied sciences. The program integrates faculty, coursework, and research from the Departments of Computer Science, Electrical Engineering, Mechanical Engineering, and the Division of Engineering, Design, and Society. It offers both undergraduate pathways and robust graduate programs (graduate certificate, MS, and PhD in Robotics), emphasizing the systems-oriented and interdisciplinary nature of modern robotics.

At the undergraduate level, students can pursue robotics through multiple avenues. Computer Science majors may select a CS + Robotics and Intelligent Systems focus area or minor, emphasizing autonomy, perception, cognition, and programming. Mechanical Engineering students can choose robotics, automation, and design electives or a minor track focusing on mechanisms, modeling, control, and system design. The B.S. in Design Engineering includes a Robotics and Automation theme, blending engineering, creative design, and social sciences with hands-on interdisciplinary projects. These options prepare students for careers in robot design, control, and intelligent systems.

The graduate program features a core curriculum covering robotic perception, cognition, action, and interaction, with flexibility for specialization. Research strengths include human-robot interaction, socially assistive robotics, cognitive robotics, and applications in mining, energy, and autonomous systems. Labs such as the Mines Interactive Robotics Research Lab (MIRRORLab) support cutting-edge work, and students benefit from strong industry ties and facilities suited to Colorado’s engineering focus.

Colorado School of Mines Robotics Program supports student-led initiatives like the Mines Robotics Club, which advances hobbyist and competitive robotics. The program highlights real-world impact through projects in autonomous systems, human-centered robotics, and innovative applications (e.g., AED-delivering robots). It prepares graduates for high-demand careers in research and industry, with strong job prospects in a growing field.