Master of Science in Civil Engineering (Thesis)

2 Years On Campus Masters Program

Colorado School of Mines

Program Overview

The M.S. in Civil Engineering (Thesis) at Colorado School of Mines combines advanced graduate coursework with independent, faculty-supervised research. Students develop expertise in designing, analysing and improving infrastructure and environmental systems while contributing original research to their selected engineering field.

Curriculum Structure:

Year 1: Students complete graduate-level courses in their chosen emphasis area. Geotechnical students study geomaterials, foundation engineering and underground infrastructure; Structural Engineering students focus on structural mechanics, engineered materials and structural design; Environmental and Water Engineering students explore water resources, treatment processes and environmental systems.

Year 2: Students complete the remaining coursework and at least six credits of thesis research under a faculty advisor. They conduct analytical, experimental or computational research, prepare a written thesis and defend their findings in an oral examination.

Focus Areas: Geotechnical Engineering, Structural Engineering, Environmental and Water Engineering, soil and rock mechanics, foundation engineering, structural analysis, infrastructure resilience, water resources, wastewater treatment and environmental processes.

Learning Outcomes: Apply advanced engineering principles, analyse complex infrastructure systems, evaluate soil and structural behaviour, develop engineering designs, use analytical and computational methods, conduct independent research, present and defend technical findings.

Professional Alignment (Accreditation): The program is offered through the Department of Civil and Environmental Engineering. Separate ABET accreditation for this graduate degree is not stated.

Reputation and Employability: Mines reports an average starting salary of $75,000 for recent graduates of this program. Employers include AECOM, Jacobs, WSP, HDR, Stantec, Kiewit, Bechtel, Fluor and the U.S. Army Corps of Engineers. Research opportunities include faculty-led projects, laboratory testing, fieldwork and interdisciplinary collaboration.

Experiential Learning (Research, Projects, Internships etc.)

The thesis-based Master of Science in Civil Engineering at Colorado School of Mines places strong emphasis on independent research, practical investigation and collaboration with faculty. Students combine advanced classroom learning with research activities that address real-world engineering challenges involving infrastructure, underground construction, structural systems, soil behaviour and water resources. Through the university's research centres and specialised facilities, students can explore technical problems using analytical methods, laboratory investigations, modelling and applied engineering research.

Research and Practical Learning Opportunities:

- Independent Thesis Research: Students work closely with a faculty advisor to identify a specialised research problem, develop a research plan, conduct investigations and interpret findings. The programme culminates in a written thesis and oral defence, helping students develop advanced research, technical writing and presentation skills.

- Geotechnical Engineering Research: Students can explore the engineering properties and behaviour of soil, rock and other geomaterials, with research applications in foundations, earth dams, levees, retaining walls, embankments and underground infrastructure.

- Structural Engineering Research: Research opportunities include investigating structural behaviour, engineering materials, structural performance and the analysis of infrastructure systems. Students can develop technical expertise relevant to the design, evaluation and improvement of built structures.

- Center for Underground Construction and Tunneling (UC&T): This interdisciplinary research centre focuses on advancing underground construction and tunnelling practices. Its research includes soil conditioning, tunnel-boring machine technologies, cross-passage design and construction, tunnel-induced ground deformation and data-driven modelling of tunnelling performance.

- PFAS@Mines Initiative: Students interested in environmental challenges can explore research into the behaviour and movement of per- and polyfluoroalkyl substances (PFAS), human exposure, and treatment technologies for contaminated soils and drinking water. Its work spans molecular-scale investigations to aquifer-scale environmental studies.

- Colorado Center for a Sustainable WE2ST Water Technology Hub: The centre promotes academic-industry collaboration to address municipal and industrial water challenges. Its activities include developing, testing and validating water technologies, offering opportunities to engage with applied research and sustainable water management.

- Center for Environmental Risk Assessment (CERA): This centre supports interdisciplinary research into environmental and human-health risks associated with exposure to natural and human-generated chemicals and environmental processes.

- Computational and Modelling Research: Research in geotechnical engineering includes finite-element methods and risk assessment for systems such as slopes, foundations, seepage and retaining structures. These approaches help researchers evaluate engineering uncertainty and the likelihood of design failure.

- Interdisciplinary Collaboration: Departmental research connects civil and environmental engineering with geology, geological engineering, mining, mechanical and electrical engineering, geophysics, computer science and economics. This allows students to approach complex engineering problems from multiple technical perspectives.

Progression & Future Opportunities

The thesis-based Master of Science in Civil Engineering prepares graduates for technically demanding roles that require advanced engineering knowledge, research capability and independent problem-solving. By combining specialised coursework with original research, students develop the ability to analyse complex infrastructure systems, evaluate engineering challenges and contribute to the development of improved design methods and technologies. The programme is particularly relevant for graduates seeking research-oriented engineering careers, specialist technical positions or further academic study.

Career Opportunities:

Civil Engineer: Plan, analyse and support the development, construction and maintenance of infrastructure such as roads, bridges, buildings and public facilities.
Structural Engineer: Analyse structural systems and materials, evaluate their performance and contribute to the design and improvement of buildings, bridges and other infrastructure.
Geotechnical Engineer: Investigate soil and rock conditions and support the design of foundations, retaining structures, embankments, tunnels and other ground-related infrastructure.
Research Engineer: Conduct technical investigations, develop engineering models, analyse experimental results and contribute to research projects in universities, laboratories or industry.

Research and Industry Exposure: The department's research centres connect academic work with engineering challenges faced by industry and public organisations. The Center for Underground Construction and Tunneling collaborates with private entities and government organisations, while the WE2ST Water Technology Hub promotes academic-industry collaboration on municipal and industrial water problems. These activities give students exposure to research themes with practical applications in infrastructure development, tunnelling, water treatment and environmental management.

Career Development: Students can use the Mines Career Center for career guidance and professional development support. The university also publishes career information and annual reports covering graduate destinations and starting salaries. However, a separate employment rate or salary figure specifically for thesis-based Civil Engineering master's graduates is not clearly identified on the programme page.

Potential Employment Sectors: Graduates can pursue opportunities in civil and structural engineering consultancies, geotechnical and tunnelling companies, infrastructure and construction organisations, environmental engineering firms, water technology organisations, research laboratories, government agencies and higher-education institutions.

Further Academic Progression: The thesis pathway is particularly suitable for students considering doctoral study because it provides experience in research design, data collection, technical analysis, scholarly writing and thesis defence. Graduates may progress to a PhD in Civil and Environmental Engineering or related areas, including geotechnical engineering, structural engineering, environmental engineering, water resources and underground construction. Doctoral study can lead to advanced research, university teaching, specialist consultancy and research leadership opportunities.