Robotics and Intelligent Systems

Robots are increasingly operating in complex, real-world environments such as exploring hazardous areas, inspecting infrastructure, assisting in healthcare and adapting to dynamic conditions. The Robotics and Intelligent Systems minor at Colorado School of Mines focuses on design, development and control of robotic devices and autonomous systems.

In this minor, you’ll gain expertise in areas like artificial intelligence, computer vision, and mechatronics, preparing for roles in industries ranging from manufacturing and healthcare. Explore how systems process information, learn from experience, adapt to changing environments and carry out complex tasks reliably.

This program is a strong fit for students interested in building systems that can perceive the world and act within it. By connecting computing, data and hardware, the minor prepares you to tackle interdisciplinary challenges and contribute to technologies that operate in the real world, from autonomous platforms to next-generation intelligent systems.

Program Overview

The Robotics and Intelligent Systems minor explores the computational foundations that enable robots and intelligent systems to perceive, reason and act in the world. You’ll begin with core computer science concepts such as programming, data structures and probability, then apply those skills to robotics, AI and machine learning.

Courses examine how robots sense their environment, interpret data and make decisions through algorithms and intelligent software. You’ll study topics such as robot motion and control, computer vision, machine learning and human-robot interaction.

At Mines, this minor emphasizes practical problem-solving and systems thinking. By connecting foundational computing with real robotic systems, you’ll gain experience working across software, sensing and physical systems. The result is a strong technical complement to your major and preparation to contribute to emerging technologies that rely on autonomy and intelligent behavior.

Program Options

This minor is offered through the Computer Science department, where you’ll learn to merge advanced knowledge with hands-on experience in all aspects of robotics, including hardware, software, AI, and user-centered design. As robotics becomes more software-defined, AI-enabled and human-integrated, the industry needs graduates with each set of skills and perspectives:

• Robotics professionals with computer science backgrounds who can enhance robotics intelligence and perception.
• Robotics professionals with mechanical engineering backgrounds who can design adaptive, robust hardware.
• Robotics professionals with design engineering backgrounds who can make robots usable and human-aware.