Fees and tuition

Danmarks Tekniske Universitet (DTU) has specific language requirements for admission, particularly for international students. Here's a general overview of the language requirements for English-taught programs:

1. English Proficiency for Bachelor's and Master's Programs:

DTU requires proficiency in English for all international students applying to its English-taught Bachelor's and Master's programs. Accepted tests include:

• TOEFL (Test of English as a Foreign Language):
  • Internet-based: Minimum score of 85 (with a minimum of 20 in each section).
• IELTS (International English Language Testing System):
  • Minimum score of 6.5 (with no section below 5.5).
• Cambridge English (e.g., C1 Advanced, C2 Proficiency):
  • Acceptable grades: C1 or higher.
• Pearson PTE Academic:
  • Minimum score of 59.

2. English Proficiency for PhD Programs:

• For PhD admissions, DTU generally requires the same level of English proficiency as for Master's programs, with accepted tests including TOEFL, IELTS, and other recognized certifications.

3. Exemptions:

Some applicants may be exempt from English language testing if they have completed a previous degree or higher education in an English-speaking country, or if the medium of instruction during their prior education was English.

4. Additional Information:

• Applicants must submit their English test scores as part of the application process unless exempted.
• It is advised to check the specific program’s requirements, as some programs may have additional criteria or specific language proficiency thresholds.

How to apply

Danmarks Tekniske Universitet (DTU), or the Technical University of Denmark, is renowned for its specialized focus on engineering and technology. The university offers a wide range of programs with specializations in various fields of science and technology. Here are some of the key course specialties at DTU:

1. Aerospace Engineering

• DTU offers a highly regarded Aerospace Engineering program that includes both theoretical and practical training in aircraft design, space missions, and aerodynamics.
• Key areas: Aerodynamics, propulsion, aerospace structures, flight dynamics, and space technology.

2. Biomedical Engineering

• The university offers a Biomedical Engineering program that focuses on the application of engineering principles to healthcare technologies.
• Key areas: Medical devices, imaging technologies, biomaterials, and healthcare systems.

3. Civil Engineering

• DTU offers a Civil Engineering program with a focus on sustainable design, construction technologies, and infrastructure management.
• Key areas: Structural engineering, geotechnical engineering, transportation, and environmental engineering.

4. Computer Science and Engineering

• A strong program focused on the theory and application of computer science, including software development, systems design, and artificial intelligence.
• Key areas: Software engineering, algorithms, machine learning, data science, and cybersecurity.

5. Environmental Engineering

• DTU is a leader in Environmental Engineering research, focusing on sustainable solutions for environmental challenges such as waste management, water treatment, and renewable energy.
• Key areas: Water treatment, waste management, air quality, and environmental monitoring.

6. Electrical Engineering

• The Electrical Engineering program covers everything from power systems to electronics and telecommunications.
• Key areas: Circuit design, telecommunications, power systems, control systems, and embedded systems.

7. Mechanical Engineering

• This program offers a comprehensive education in Mechanical Engineering, with applications ranging from industrial design to robotics.
• Key areas: Solid mechanics, materials science, robotics, manufacturing technologies, and thermodynamics.

8. Energy Engineering

• Energy Engineering at DTU prepares students to address the global challenges of sustainable energy production and consumption.
• Key areas: Renewable energy, energy systems, energy storage, and smart grids.

9. Materials Science and Engineering

• The Materials Science program at DTU focuses on the development and innovation of materials for advanced technology applications.
• Key areas: Nanomaterials, polymers, metals, ceramics, and materials for electronics.

10. Engineering Design and Innovation

• DTU offers a unique program in Engineering Design and Innovation, combining technical engineering knowledge with design thinking and innovation processes.
• Key areas: Product design, prototyping, sustainable design, and innovation strategies.

11. Robotics and Automation

• The university offers a specialized program in Robotics, focusing on autonomous systems, machine learning, and the integration of robots into industrial and everyday applications.
• Key areas: Automation, control systems, artificial intelligence, and robot design.

12. Sustainable Development and Engineering

• This interdisciplinary program focuses on Sustainable Development, with an emphasis on engineering solutions that contribute to a sustainable future.
• Key areas: Sustainable energy, climate change mitigation, circular economy, and green technologies.

13. Industrial Engineering and Management

• The Industrial Engineering program at DTU combines technical engineering skills with business management, focusing on optimizing processes and systems in industries.
• Key areas: Supply chain management, operations research, systems optimization, and business strategy.

14. Architecture and Design

• DTU also offers programs related to Architecture and Design, focusing on innovative design and urban development.
• Key areas: Sustainable architecture, urban planning, digital design tools, and smart cities.

Research

Programs

Scholarship information

International student help

Jobs

Danmarks Tekniske Universitet (DTU) is home to many prominent professors known for their contributions to engineering, technology, and applied sciences. Some of the top professors at DTU include those who lead groundbreaking research in fields like renewable energy, robotics, nanotechnology, and biotechnology. Here are a few distinguished figures:

1. Professor Henrik B. Nielsen

• Field: Renewable Energy
• Notable Contributions: Professor Nielsen is a leading figure in the development of wind energy technologies and sustainable energy systems. His work is instrumental in advancing Denmark’s position as a leader in the global renewable energy sector.

2. Professor Morten M. Sørensen

• Field: Robotics and Artificial Intelligence (AI)
• Notable Contributions: Professor Sørensen is an expert in robotics, AI, and machine learning. His research involves the development of intelligent systems and robots, particularly in areas of autonomous vehicles and industrial automation.

3. Professor Jan M. Skak-Nielsen

• Field: Environmental Engineering and Water Management
• Notable Contributions: As a professor in environmental engineering, Skak-Nielsen has made significant strides in improving water treatment technologies and enhancing the sustainability of urban water systems.

4. Professor Søren P. B. Jacobsen

• Field: Materials Science and Nanotechnology
• Notable Contributions: Professor Jacobsen’s research is focused on nanomaterials, their properties, and their applications in various industries, such as electronics and energy storage.

5. Professor Flemming Besenbacher

• Field: Nanoscience and Nanotechnology
• Notable Contributions: A prominent figure in nanoscience, Professor Besenbacher has made pioneering contributions to the understanding of nanomaterials and their potential applications in medicine, energy, and electronics.

6. Professor Michael L. Nielsen

• Field: Biotechnology and Biomedical Engineering
• Notable Contributions: Professor Nielsen has contributed significantly to the development of biomedical engineering solutions, particularly focusing on the intersection of biotechnology and data science to improve healthcare outcomes.

7. Professor Thomas W. Østergaard

• Field: Power Electronics and Electrical Engineering
• Notable Contributions: Professor Østergaard is known for his work in power electronics, specifically related to smart grids and renewable energy systems.

Danmarks Tekniske Universitet (DTU) is not directly known for producing Nobel laureates, but it has had connections to groundbreaking research and Nobel Prize-winning work. Here are a few notable aspects related to DTU and the Nobel Prize:

1. Nobel-Prize Related Research

DTU is involved in cutting-edge research that has contributed to areas recognized by the Nobel Prize, particularly in energy, engineering, and technology. Some research at DTU may be part of larger collaborations or contribute to innovations that later receive Nobel recognition, especially in fields such as physics, chemistry, and medicine.

2. Professors and Research at DTU

Several professors at DTU have worked on significant projects that intersect with areas of study that have won Nobel Prizes. For example:

• DTU Space, known for its expertise in satellite technology and space exploration, has contributed to research that could potentially lead to Nobel-worthy discoveries.
• DTU has also been involved in research related to sustainable energy and climate change, fields that have seen Nobel recognition in the past, such as the Nobel Peace Prize awarded to the Intergovernmental Panel on Climate Change (IPCC) in 2007.

3. Collaboration with Nobel Laureates

DTU maintains partnerships and collaborations with researchers and institutions whose work has won Nobel Prizes. These collaborations often enhance DTU’s reputation and contribute to Nobel-winning research in various fields, particularly in engineering and natural sciences.