University of Colorado Boulder

What you'll study

The Master of Engineering at the University of Colorado Boulder is offered through the College of Engineering and Applied Science with pathways for coursework-only professional masters (MEng) and research-based masters (MS). Students select a department or programme such as Aerospace Engineering, Chemical and Biological Engineering, Civil, Environmental and Architectural Engineering, Electrical, Computer & Energy Engineering, Mechanical Engineering, Materials Science, and interdisciplinary options including systems engineering and biomedical engineering.

• Programme structure: typical degree requirements include a set number of graduate credits, normally a combination of core courses, electives and either a capstone project/thesis or additional coursework depending on the chosen track. Full-time students commonly complete the degree in one to two years.
• Core topics and modules: while exact modules depend on department and specialisation, common areas of study include advanced mathematics for engineers, computational methods, engineering design and experimentation, systems engineering, control systems, materials and manufacturing, fluid mechanics and thermodynamics, power and energy systems, and signal processing.
• Electives and special topics: specialised electives reflect departmental strengths and current research — examples include autonomous systems and robotics, sustainable energy systems, environmental modelling, advanced materials and nanotechnology, machine learning for engineering applications, aerospace structures and propulsion, and water resources engineering.
• Research and practical components: MS students typically complete a supervised thesis based on original research. MEng students often complete a practicum or industry-aligned capstone project that emphasises design, optimisation and deployment of engineering solutions.
• Interdisciplinary opportunities: students may take courses or collaborate with research centres and institutes across campus, enabling training at the interface of engineering with data science, environmental science, business, and public policy.

Entry requirements

• Academic background: a recognised bachelor’s degree in engineering or a closely related scientific discipline. Applicants with strong quantitative preparation from other fields may be considered but could be asked to take prerequisite coursework.
• Academic record: evidence of solid undergraduate performance in relevant subjects; specific departmental minimums are set by each programme and applicants should consult the department for details.
• Supporting documents: transcript(s), curriculum vitae or résumé, statement of purpose outlining academic/professional goals and research interests, and letters of recommendation (usually two or three).
• Standardised tests: some departments may consider GRE scores as part of the application, though policies vary; check the department for current practice.
• English language proficiency: for applicants whose first language is not English, a recognised English test score (such as TOEFL or IELTS) is normally required unless an approved exemption applies.
• Professional experience: for the professional MEng track, relevant industry experience is beneficial but not always required. For research-focused MS, prior research experience is a plus and may strengthen the application.

Career prospects

Graduates of CU Boulder’s Master of Engineering programmes pursue a wide array of career paths. The degree prepares students for technical and leadership roles in sectors such as aerospace, energy and utilities, telecommunications, environmental and water resources, transportation and infrastructure, manufacturing, materials and semiconductor industries, and consulting.

• Typical job titles include design or project engineer, systems engineer, research engineer, development engineer, data engineer, controls or automation engineer, and engineering consultant.
• Many graduates move into R&D roles in established companies, technology startups, or national laboratories, while others take positions in engineering project management or product development.
• Students intending to continue in academia or advanced research often use the MS thesis route as preparation for a PhD.
• CU Boulder’s location and industry links also support transitions into entrepreneurship and technology commercialisation for students interested in launching startups or joining early-stage companies.

Why study at University of Colorado Boulder

• Research strengths: CU Boulder has substantial research activity across engineering disciplines, with opportunities to work with faculty on funded projects and to access multidisciplinary research centres.
• Industry and national lab connections: proximity to regional tech companies and national research facilities provides internships, collaborative research and employment pathways.
• Facilities and resources: students benefit from modern laboratories, maker spaces, high-performance computing resources and specialised equipment appropriate to their field of study.
• Interdisciplinary culture: strong cross-campus collaboration enables engineers to engage with data science, environmental policy, business and entrepreneurship programmes.
• Campus environment: Boulder’s technology ecosystem and outdoor lifestyle offer a supportive environment for study, networking and work–life balance.