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Technical University of Denmark Rankings. Technical University of Denmark is ranked #184 in Best Global Universities. Schools are ranked according to their performance across a set of widely ...
Taught exclusively in English, DTU’s Master of Science in Engineering programmes cover most modern engineering fields and are research-based technological programmes at elite level. With a master's degree from DTU your are qualified for a knowledge-intensive position in industry and the business sector and in society in general. As a graduate from DTU you obtain the title Master of Science in Engineering in your chosen engineering field.
The study programme provides you with the proper tools and methods for meeting the challenge of combining structured problem solving, user engagement and technical disciplines in a range of innovation projects. Design and Innovation equips you with the competencies required for carrying out engineering and organizational development design tasks.
The bachelor's programme in General Engineering takes three years. During your first year, you take different mandatory courses to create a solid foundation of engineering skills. These courses give you a basic understanding of mathematics, programming, physics, chemistry, and biotechnology. Meanwhile, you collaborate on various design-build ...
The MSc Eng programme in Civil Engineering spans two years with a total workload of 120 ECTS points. The degree awarded upon completion is: Master of Science in Engineering – Civil Engineering. The modern practice of civil engineering requires a body of knowledge that is multi-disciplinary, covering numerous interrelated areas such as ...
When you are admitted to DTU you will be assigned an email account with the University that looks like this: s[student ID number]@student.dtu.dk—e.g.: s119999@student.dtu.dk. DTU uses this email address to contact you both prior to, and during your stay at the University. Please make sure to check your DTU student e-mail account regularly.
Study programme focus. In the course of your studies you will learn to use computer-based methods and mathematical models to analyse the vast amounts of biological data produced using high-throughput methods. Examples of biological data include DNA and protein sequences, mRNA levels, lists of post-translational modifications, protein-protein ...
