Technical University of Denmark (DTU) Summary
The Technical University of Denmark is the leading public technical research university in Denmark and is counted among the strongest engineering institutions in Northern Europe. DTU was founded in 1829 and has a unique academic profile with a focus on engineering, technology, applied sciences, digital systems, sustainability, industrial innovation and research-based problem solving. Situated in Kongens Lyngby, close to Copenhagen, the university is especially well suited for students who want a serious technical university with strong industry links, advanced laboratories, research centers and international career relevance.
DTU is not a big university in the humanities or social sciences. Its strengths are engineering, science, technology, digitalization, energy, environment, biotechnology, food systems, space, transport, acoustics, materials, manufacturing, chemistry, computer science, artificial intelligence, mathematical modeling and sustainable development. DTU has a strong technical profile and is therefore a good choice for students targeting careers in engineering, research, innovation, product development, data, robotics, energy, infrastructure, biotech, pharma, climate technology, maritime systems, digital systems and industrial management.
The most important English-taught route at undergraduate level for international students is DTU’s BSc in General Engineering. This program is intended for students who want to pursue a general engineering education in the English language plus math, physics, chemistry, programming, design-build projects, and an engineering specialization. DTU also has a wide range of Danish-taught engineering and BEng programs at bachelor level within technical fields, but international applicants need to check the language requirements carefully before applying to Danish-taught routes. DTU charges a tuition fee of €15,000 per academic year for non-EU/EEA students on the BSc General Engineering program, paid in two installments of €7,500 per semester. The application fee is €100, unless the applicant is eligible for a waiver.
DTU has a large portfolio of MSc programmes at postgraduate level in English. Technical programs with a specific focus provide opportunities for students to pursue studies in Applied Chemistry, Architectural Engineering, Autonomous Systems, Bioinformatics and Systems Biology, Biomedical Engineering, Biotechnology, Business Analytics, Chemical and Biochemical Engineering, Civil Engineering, Computer Science and Engineering, Design and Innovation, Earth and Space Physics and Engineering, Electrical Engineering, Engineering Acoustics, Engineering Light, Environmental Engineering, Food Technology, Human-Centered Artificial Intelligence, Industrial Engineering and Management, Materials and Manufacturing Engineering, Mathematical Modeling and Computation, Mechanical Engineering, Pharmaceutical Design and Engineering, Physics and Nanotechnology, Quantitative Biology and Disease Modeling, Sustainable Energy, Technology Entrepreneurship, Transport and Logistics, and Wind Energy. These programs are highly relevant to students who aspire to advanced engineering, applied science, technology leadership and research careers.
At PhD level, DTU has doctoral research in departments, research centers and projects supervised by faculty. PhD candidates can work in the areas of energy systems, computer science, biotechnology, materials, physics, chemistry, environmental engineering, mechanical engineering, electrical engineering, civil engineering, wind energy, artificial intelligence, transport, space technology, food technology and industrial systems. PhD admission is usually contingent on a funded position, a research project, supervisor fit and departmental approval.
DTU is close to Copenhagen and offers strong professional value. Students are close to the technology firms, engineering companies, clean energy sector, biotech and pharma industries, start-ups, research parks and public agencies, consultancies and international networks of Denmark. Overall, DTU is a good choice for students who want engineering with technical depth, a strong research culture, engineering education in English and good career opportunities in Denmark, Europe and global technology markets.
DTU is not a big university in the humanities or social sciences. Its strengths are engineering, science, technology, digitalization, energy, environment, biotechnology, food systems, space, transport, acoustics, materials, manufacturing, chemistry, computer science, artificial intelligence, mathematical modeling and sustainable development. DTU has a strong technical profile and is therefore a good choice for students targeting careers in engineering, research, innovation, product development, data, robotics, energy, infrastructure, biotech, pharma, climate technology, maritime systems, digital systems and industrial management.
The most important English-taught route at undergraduate level for international students is DTU’s BSc in General Engineering. This program is intended for students who want to pursue a general engineering education in the English language plus math, physics, chemistry, programming, design-build projects, and an engineering specialization. DTU also has a wide range of Danish-taught engineering and BEng programs at bachelor level within technical fields, but international applicants need to check the language requirements carefully before applying to Danish-taught routes. DTU charges a tuition fee of €15,000 per academic year for non-EU/EEA students on the BSc General Engineering program, paid in two installments of €7,500 per semester. The application fee is €100, unless the applicant is eligible for a waiver.
DTU has a large portfolio of MSc programmes at postgraduate level in English. Technical programs with a specific focus provide opportunities for students to pursue studies in Applied Chemistry, Architectural Engineering, Autonomous Systems, Bioinformatics and Systems Biology, Biomedical Engineering, Biotechnology, Business Analytics, Chemical and Biochemical Engineering, Civil Engineering, Computer Science and Engineering, Design and Innovation, Earth and Space Physics and Engineering, Electrical Engineering, Engineering Acoustics, Engineering Light, Environmental Engineering, Food Technology, Human-Centered Artificial Intelligence, Industrial Engineering and Management, Materials and Manufacturing Engineering, Mathematical Modeling and Computation, Mechanical Engineering, Pharmaceutical Design and Engineering, Physics and Nanotechnology, Quantitative Biology and Disease Modeling, Sustainable Energy, Technology Entrepreneurship, Transport and Logistics, and Wind Energy. These programs are highly relevant to students who aspire to advanced engineering, applied science, technology leadership and research careers.
At PhD level, DTU has doctoral research in departments, research centers and projects supervised by faculty. PhD candidates can work in the areas of energy systems, computer science, biotechnology, materials, physics, chemistry, environmental engineering, mechanical engineering, electrical engineering, civil engineering, wind energy, artificial intelligence, transport, space technology, food technology and industrial systems. PhD admission is usually contingent on a funded position, a research project, supervisor fit and departmental approval.
DTU is close to Copenhagen and offers strong professional value. Students are close to the technology firms, engineering companies, clean energy sector, biotech and pharma industries, start-ups, research parks and public agencies, consultancies and international networks of Denmark. Overall, DTU is a good choice for students who want engineering with technical depth, a strong research culture, engineering education in English and good career opportunities in Denmark, Europe and global technology markets.
