Graduate Programs
Our traditional graduate programs in engineering and computer science focus on advanced, cutting-edge research. We proudly highlight projects with the potential to contribute to the common good, whether localized to our Denver community or on a global scale.
For those interested in taking their career to the next level, the Ritchie School offers master's programs in data science, cybersecurity, and systems engineering with courses that offer flexibility for professionals. View more on our Graduate Professional Programs.
- Master's
- A master’s degree is the first level of graduate study, typically requiring one to two years of full-time study. To pursue a master’s, you’ll need an undergraduate (bachelor’s) degree. Many degrees are specialized to prepare you to enter the job market as a highly qualified applicant or work as an educator in your field.
- Doctoral
- A doctoral degree is the highest achievable graduate degree, preparing students to work in the upper echelons of their field as either practitioners or educators. Many doctoral candidates complete a dissertation, thesis or project based off original research, defending their work in front of a committee of experts. Others take rigorous coursework that prepares them for professional practice and licensure.
- MA
- Master of Arts
- MS
- Master of Science
- PhD
- Doctor of Philosophy
Daniel Felix Ritchie School of Engineering and Computer Science
Mechatronic Systems Engineering
About this Program
As our modern world leans more and more heavily on advancements in computer and mechanical technology, the demand for skilled mechatronic systems professionals has never been higher. The PhD program in mechatronics systems engineering provides students with rigorous training with an eye toward research and development. Students will delve into the theory and creation of sensors, transducers and a wealth of other concepts.
Working independently and with faculty, you'll conduct in-depth research to explore new technologies in everything from consumer products to autonomous vehicles. You will emerge with an advanced understanding of how mechanical, electrical and computer systems integrate to create solutions for today's most cutting-edge technological developments. Students who achieve the PhD will be well-equipped to pursue careers in corporate or government research as well as instruction at the university level.
Daniel Felix Ritchie School of Engineering and Computer Science
Mechatronic Systems Engineering
About this Program
Students in the Master of Science in mechatronic systems engineering program study, research and practice across the fields of electrical, mechanical and computer engineering. This cross-disciplinary major is customizable with specialization areas and thematic course sequences to align with your specific areas of interest and career goals.
With curricula geared toward today's grand challenges, graduates of the mechatronic systems engineering program will find that they will enter a workforce where their skills are in demand. Graduates can pursue careers as multidisciplinary engineers or go on to work in electrical, computer or mechanical engineering. From developing service robots to aid children with special needs, to inventing unmanned vehicle systems to monitor traffic congestion, there are many ways for mechatronic systems engineers to apply their knowledge in the public and private sectors.
Looking for a faculty advisor?
Check out our list of research faculty and their specialties.
