Join us March 6 for our live webinar about the MS in Computer Science Program. Register here!
Fully accredited online program
Graduate from the University of Colorado Boulder
$15,750 USD total tuition
Flexible payment options with no hidden costs or fees
Finish in 24 months
Complete 30 courses (30 credit hours) full or part time
100% online learning
Lecture videos, hands-on projects, and connection with instructors and peers
Academics
Theoretical knowledge meets technical experience
In the Master of Science in Computer Science program from CU Boulder, you’ll combine theoretical knowledge with technical experience across both broad computer science courses and specific electives on topics like human-computer interaction, robotics, data mining, autonomous systems, and more.
Flexibility
Program length
Language
Learn on mobile
Admissions Information
Contact the CU Boulder MS-CS team at cuboulder-mscs@coursera.org if you have any questions.
Important Dates
Enrollment Open: February 24 - April 18, 2025.
For-credit Course Access: March 10 - May 2, 2025.
Join us March 6 for our live webinar about the MS in Computer Science Program. Register here!
Admissions Information
Contact the CU Boulder MS-CS team at cuboulder-mscs@coursera.org if you have any questions.
Important Dates
Enrollment Open: February 24 - April 18, 2025.
For-credit Course Access: March 10 - May 2, 2025.
Join us March 6 for our live webinar about the MS in Computer Science Program. Register here!
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Degree Structure
Required Courses (8 units): Each concentration will have a defined set of 8 required courses, allowing you to go deep into your desired areas of study.
Elective Courses (14 units): Fill in the rest of your course of study with 14 electives from across the curriculum, allowing you to broaden your engineering education and prepare yourself for modern engineering challenges.
Capstone Project (2 units): Your final course in the master’s program will be MAS-E's unique, interdisciplinary capstone project. You will create a powerful example of your expert skill set, experience, and technical understanding that you can showcase when applying for engineering roles.
Curriculum
Required Courses:
- Techniques for Electronic Devices Fabrication
- Human Centered Design Methods I
- Electronic Properties of Materials
- Introduction to Structural Materials
- Development of Modern Materials for the Microelectronics Industry
- Optimization of engineering systems
- Quantum physics for semiconductor engineers
- Development of Modern Materials for the Microelectronics Industry
Required Courses:
- Techniques for Electronic Devices Fabrication
- Human Centered Design Methods I
- An Introduction to Continuum Mechanics and Modern Applications
- Introduction to Structural Materials
- Manufacturing in a Climate Emergency
- Development of Modern Materials for the Microelectronics Industry
- Quantum physics for semiconductor engineers
- Development of Modern Materials for the Microelectronics Industry
Required Courses:
- Principles of Modern Ocean Engineering
- Engineering a Net-Zero Carbon Future
- Manufacturing in a Climate Emergency
- Nuclear Energy and the Environment
- Earthquake-Induced Soil Liquefaction
- Introduction to Structural Materials
- Renewable Energy Systems
- Wildland Fire Engineering
Required Courses:
- Human Centered Design Methods I
- Flying Robots: from Small Drones to Aerial Taxis
- Analysis and Control of Nonlinear Systems
- Legged Robots: How to Make Robots Walk & Run
- Optimization of engineering systems
- The Digital Transformation in Industry
- Applied Data Science for Engineers
- Python for Engineers