BEng Civil Engineering

3 Years On Campus Bachelors Program

Technical University Of Denmark

Program Overview

DTU’s 3.5-year Bachelor of Engineering in Civil Engineering prepares students to plan, design, calculate and deliver buildings, transport systems, utilities and climate-resilient infrastructure. It is ideal for practical, problem-solving students who want to combine engineering calculations, sustainable design, digital modelling and real construction projects; however, the programme is taught entirely in Danish.

Curriculum Structure

Year 1

Students begin with two large interdisciplinary “umbrella courses,” working in teams on real engineering projects while developing the technical knowledge required to complete them. Key course units include House Building, Basic Statics, Digital Modelling and Technical Drawing Communication, Properties of Water and Soil, Building Mechanics, and Urban Water and Road Infrastructure, supported by Mathematics and Physics.

Year 2

In the second year, students select a subject package in Building Technology, Structures, Infrastructure, or Utilities and Energy, allowing them to explore their preferred area in greater depth. Depending on the chosen pathway, units may include Building Installations, Concrete Structures, Traffic and Roads in Urban Areas, SMART Energy Supply, Soil and Groundwater Pollution, or Water and Climate Adaptation, alongside an integrated project covering engineering ethics, sustainability and construction management.

Year 3

The fifth semester is dedicated to a professional engineering internship in a relevant private or public organisation, while the sixth semester is designed as an international study semester through a DTU exchange partner, another university or an approved EuroTeQ course. Students can strengthen their profile through subjects such as Steel Structures, Road and Railway Design, Traffic and Transport Planning, Building Energy and Heating Systems, or Climate Adaptation and Cloudburst Protection.

Final Semester

In the final stage, students further specialise in areas such as Building Structures, Building Services and Energy, Civil Structures, Cities and Traffic, Environment and Utilities, or Construction Management. They also complete the company-based Innovation Pilot and an applied Bachelor of Engineering Project, demonstrating that they can independently investigate and solve a major professional civil-engineering problem.

Focus areas: Sustainable construction, structural engineering, building technology, transport infrastructure, roads and railways, water systems, climate adaptation, energy-efficient buildings, geotechnics, construction management and digital project development.

Learning outcomes: Graduates can identify and solve complex civil-engineering problems; plan, design, document, construct, operate, maintain and renovate buildings and infrastructure; use modelling and analysis methods; work within digital project environments; apply sustainability and engineering ethics; and communicate effectively with companies, authorities and communities.

Professional alignment and accreditation: The programme follows the international CDIO—Conceive, Design, Implement and Operate—engineering education framework, linking technical courses with multidisciplinary, application-oriented projects. DTU holds positive institutional accreditation from the Danish Accreditation Institution, whose accreditation system is connected to the European ENQA quality-assurance framework.

Reputation: DTU is ranked 105th globally, 40th in Europe and 5th in the Nordic region in the QS World University Rankings listed by the university. It is also ranked No. 1 in Europe and the Nordic region in EngiRank, supporting its reputation as a leading European university for engineering and technology.

Official programme link:
DTU Bachelor of Engineering in Civil Engineering

Experiential Learning (Research, Projects, Internships etc.)

Practical learning is central to this programme, with students working on real engineering problems in groups from their first semester. Instead of studying technical subjects separately, students apply mathematics, structural principles, materials knowledge, infrastructure planning and sustainability within integrated projects that reflect the way professional engineers work.

Students also gain access to DTU’s engineering workshops, testing spaces and laboratories, where theoretical designs can be modelled, constructed and tested. This practical development is reinforced through company contact, international study, an extended internship and an industry-linked final project through:

Real engineering group projects: First-year umbrella courses require teams to solve realistic building, water and road-infrastructure problems from the beginning of the programme. Second-year “snake projects” connect several technical courses through one larger interdisciplinary assignment.
Digital engineering: The curriculum includes Digital Modelling and Technical Drawing Communication, while the programme’s learning outcomes require graduates to complete phased civil-engineering design work in a digital environment. DTU’s public programme information does not specify one compulsory commercial software package, so software availability may vary by course and academic year.
DesignBuildLab: Workshops and laboratories are available for course and project activities and cover concrete, metal, wood, materials, prototypes, electronics and other engineering applications. The facilities are generally accessible to students around the clock for approved academic work.
Construction and Testing Hall: Students can conduct construction-material projects involving concrete casting, mixing and processing, material-strength testing and prototype development. Equipment includes a large beam-bending rig, concrete mixers, measuring equipment, a concrete compactor and a COBOD 3D concrete printer.
Materials and environmental testing: DTU’s Material Lab supports material characterisation, tensile and compression testing, microscopy, spectroscopy and the analysis of soil and water samples connected with pollution and environmental engineering.
Geology and geotechnical laboratories: DTU has laboratories supporting technical geology, geotechnics and sustainable construction-material research, including work relevant to foundations, soil behaviour, tunnels, bridges and major infrastructure projects.
Professional internship: Students complete a 20-week internship, equivalent to 100 full-time working days, in a relevant organisation in Denmark or abroad. The internship allows students to apply their technical knowledge in a real engineering workplace and understand the responsibilities of a practising engineer.
International semester: Semester six can be completed through one of DTU’s international exchange agreements, at another approved university or through an eligible EuroTeQ course. This helps students develop international collaboration and engineering communication skills.
Innovation Pilot: Students from different engineering disciplines work together for 13 weeks on a challenge submitted by a company. They remain in regular contact with the company and present their proposed solution during DTU’s Demo Day.
Company-linked final project: The final Bachelor of Engineering Project normally addresses an applied professional problem in collaboration with a company, often the organisation where the student completed the internship.

Official facilities link:
DTU DesignBuildLab Facilities

Progression & Future Opportunities

Graduates leave DTU with the practical and technical preparation needed to enter the construction and infrastructure sector immediately. Depending on their chosen subject package and specialisation, they may pursue roles such as Civil Engineer, Structural or Building Engineer, Infrastructure and Transport Engineer, Construction Project Engineer, Water and Environmental Engineer, or Building Energy Engineer.

Career opportunities extend across consulting engineering companies, contractors, property and utility companies, housing organisations, municipalities, regional authorities and government agencies. Students are supported in making the transition from university to professional engineering through:

DTU Career Centre and Career Hub: Students can search for internships, student positions, graduate roles, company projects and thesis collaborations. Career support also includes career guidance, CV feedback and assistance with preparing for the Danish employment market.
Employer networking: DTU hosts CareerWeek and the DSE Fair, Denmark’s largest engineering career fair. The 2026 DSE Fair attracted approximately 10,000 visitors and more than 150 participating companies and organisations.
Built-in industry engagement: Students interact with employers through the professional internship, Innovation Pilot company challenge and company-linked final project. These experiences allow them to develop professional contacts before graduation.
University–industry collaboration: DTU’s civil-engineering laboratories support collaboration with the construction industry. The university has highlighted collaboration opportunities with organisations such as COWI on laboratory research and major bridge, tunnel and wind-energy infrastructure projects.
Employment areas: Graduates can contribute throughout the complete project lifecycle, including planning, design, construction, operation, maintenance, renovation, resource recovery and demolition. Career areas include structural systems, energy and indoor climate, roads and railways, harbours, water supply, pollution remediation and climate adaptation.
Employment and salary information: DTU describes Civil Engineering graduates as attractive to both private companies and public authorities, but its official programme pages do not publish a programme-specific graduate-employment rate or starting-salary figure.
Long-term accreditation value: DTU’s institutional accreditation and CDIO-based programme structure demonstrate that the degree is supported by established national quality-assurance processes and an internationally recognised framework for applied engineering education.
Graduation outcomes: Graduates are prepared to manage practical engineering assignments, collaborate across disciplines, communicate with technical and non-technical stakeholders, apply industry procedures and standards, and consider environmental, financial, social and workplace-safety impacts when developing engineering solutions.

Further Academic Progression: Graduates can apply for a relevant Master of Science in Engineering programme, including DTU’s MSc in Civil Engineering, provided they satisfy the required academic prerequisites. Some students may need to complete supplementary courses before or after finishing the BEng, depending on their selected courses and intended master’s specialisation.