A robot sitting on top of a table next to a man.

Robotics

Certificate

Delivery Options

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Fall 2026 Deadline

Fall I & II (August 19 start): August 1st

Department

Program Overview

The Robotics Graduate Certificate at Colorado School of Mines is a hands-on, engineering-focused program focused on building and deploying intelligent machines. Offered as an interdisciplinary, on-campus graduate certificate, the program strengthens your bachelor’s degree by integrating mechanical systems, controls, sensing and computation into a cohesive robotics foundation.

Robotics is reshaping how work is done in manufacturing, inspection, infrastructure, exploration and autonomous systems. Employers are looking for professionals who can move beyond isolated components and understand how hardware, software and control decisions work together in real environments. This certificate helps you develop that capability. You gain the skills to design, analyze and implement robotic systems that operate reliably under real constraints.

Mines brings a practical, applied approach grounded in engineering rigor. You learn from faculty across disciplines who emphasize physical understanding, system integration and performance over theory alone. Coursework and projects reflect how robots are actually designed, tested and used in the field.

Whether you are expanding your technical skill set, transitioning into robotics-focused roles or preparing for advanced graduate study, this certificate gives you focused, career-relevant training.

Program Detail

The Robotics Graduate Certificate offers a curriculum centered on the design and operation of robotic systems. You study topics such as kinematics, dynamics, sensing, control, perception and system integration. Coursework emphasizes how mechanical design, electronics and computation interact to influence performance and reliability.

This is an on-campus program that relies on hands-on learning, team-based projects and direct access to laboratories and equipment. You work with real robotic platforms and datasets to connect theory with implementation. Research is not required for this certificate, though many courses include applied projects that mirror professional robotics workflows.

The program is geared toward individuals with a bachelor’s degree in engineering, computer science, physics or a related field. It is well suited for working professionals seeking applied robotics training as well as those preparing for a master’s degree or doctoral study.

Faculty Expertise

Xiaoli Zhang profile picture

Xiaoli Zhang

Associate Professor

Micah Corah profile picture

Micah Corah

Asst Professor

Andrew Petruska profile picture

Andrew Petruska

Associate Professor

Application Requirements

  • Bachelor's degree

  • GRE: Not Required

  • Letters of Recommendations (2 letters).
    Letters are not required for current Mines students.

  • Statement of Purpose

  • Resume or Curriculum Vitae (CV)

  • Transcripts

  • International students please review the English proficiency requirements

Program Curriculum

View Academic Catalog

Frequently Asked Questions

What is the value of a Robotics graduate certificate?

This certificate helps you build applied, interdisciplinary robotics skills. You gain:

Experience integrating mechanical, electrical and computational systems

Hands-on work with real robotic platforms

A graduate credential from Colorado School of Mines that reflects applied engineering rigor

What technical skills are central to robotics?

Key skills include:

System modeling and control

Sensing and perception

Hardware and software integration

What career opportunities can this certificate support?

Graduates often work as:

Robotics or automation engineer

Systems or controls engineer

Technical specialists supporting robotic platforms

What industries hire professionals with robotics expertise?

Robotics skills are valued in:

Manufacturing and automation

Engineering and technology development

Infrastructure inspection and monitoring

Research and applied engineering organizations

How does robotics training improve engineering problem-solving?

Robotics training helps you:

Think in systems rather than components

Test ideas through implementation and iteration

Design solutions that perform reliably in real environments