MSc programs - DTU

Hello future! 

MSc programs - DTU 

Technical University of Denmark 

2007

About DTU 

“Collaboration between industrialists and researchers 

can benefit both. It inspires researchers to make new 

and useful discoveries and gives industrialists insight 

into continual creative innovation. 

…One nation will never be able to reach the standard 

of another by mere imitation. Those who intend to 

keep abreast of those who develop industry through 

innovation must be innovative themselves or otherwise 

always be a generation behind” Hans Christian Ørsted at the inauguration 

of the Technical University of Denmark in 1829 

The Technical University of Denmark (DTU) is the main institution for engineering education and research in Denmark. It was founded in 1829 by 

order of the King under the direction of Hans Christian Ørsted, whose discovery of electromagnetism was a key factor in the creation of modern 

society. Ørsted’s strong interest in engineering applications of new scientific discoveries influenced education at the university. 

Over time, DTU has contributed significantly to the creation of values and of welfare in the Danish society. The university has always been able to 

graduate elite engineers and scientists - each taking along the innovative spirit initially founded by Ørsted. 

Since 1974 DTU has been located in Lyngby 15 kilometers north of Copenhagen. The campus has custom-built facilities for teaching and research 

and it creates an attractive setting for education, research and innovation. 

DTU strongly links research and education. The relationships between the University and industry in Denmark and elsewhere have become more 

and more important. Today, approximately one third of the funding of research comes from external sources and specialized research centers 

play a key role in maintaining a dynamic research and innovation policy. 

DTU has joined the process of creating, by 2010, a European higher education area (the Bologna process) and now offers 13 three-year BSc 

degree programs taught in Danish and 33 two-year MSc degree programs taught in English. As a truly modern university, DTU offers engineering 

degrees that provide graduates with a unique set of qualifications and competences which are in great demand world wide.

Contents 

Introduction 4 

Welcome to DTU 4 

MSc programs 7 

General structure and contents of the DTU MSc programs 8 

Biotechnology and Food Science 9 

Civil and Environmental Engineering 15 

Chemistry and Chemical Engineering 17 

Electrical Engineering 21 

Mathematics and Informatics 25 

Mechanical Engineering and Materials 27 

Physics and Nanotechnology 31 

Telecommunication and ICT 33 

Transportation and Logistics 35 

Special MSc programs 37 

Get ready for DTU 41 

Application 42 

Admission 43 

Tuition and expenses 44 

Scholarships and sponsorships 44 

Residence permit 45 

Accommodation 45 

Health and liability insurance 46 

Campus, social life and students association 47 

Facts and Figures 48 

Research and internationalization 48 

Facts and Figures 49 

3

4 

Dear prospective student, 

Welcome to DTU 

Rector Lars Pallesen 

In 2006, 140 students from 38 countries were admitted to DTU´s 

MSc programs. Despite the fact that Denmark is a minor player on 

the international education market, the figures demonstrate that a 

significant number of international MSc students have found their 

MSc program of choice at Technical University of Denmark (DTU). 

They obviously demand excellent engineering courses that com- 

bine research and technology application and study programs that 

provide a set of professional competences ensuring the graduates a 

head start in their engineering career. 

The scientific staff of DTU counts 854 researchers and 673 PhD students. 

The support staff counts 889 persons. We are all very pleased with the 

results in 2005, including: 

• 1,135 SCI cited research papers 

• more than 400 courses taught in English 

• 11 filed patent applications 

• 7 new research-based start-up companies 

• 360 collaboration agreements with industry partners 

• 150 PhD thesis 

• 1,075 graduates 

• more than 800 international students 

These figures reveal the true strengths of DTU: 

• international excellence in research 

• focus on research-based education 

• commitment to innovation and industry collaboration 

Throughout the long history of DTU, internationalization in education 

and research has always been on the agenda. For many years it served as 

an instrument for cultural exchange and international solidarity. 

Today, in a globalized and competitive education market, internation- 

alization of education at DTU moreover serves to meet the constantly 

increasing demand for high quality and up to date engineering programs. 

For you as a prospective MSc student, studying at DTU will be an opportu- 

nity to get access to a number of novel educational specializations and re- 

search projects – each with a technological and industry related content. 

So more than ever, the international MSc program catalogue “Hello 

future!” signals the promise of a multitude of opportunities for students 

who expect well planned engineering courses that offer research and 

teaching of the highest international standards.

DTU – Engineering the Scandinavian Way 

Studying at DTU implies 

• being offered the highest quality in research and education 

• experiencing an innovative and open minded learning environment 

• being involved in knowledge transfer and company relations 

• having access to excellent experimental and teaching facilities 

• being supported by a well-run university organization 

• being part of a true international university 

• being part of more than 175 years of Danish engineering history 

5

6 


Living in Denmark means 

• living in a small country 

• living in a welfare society with personal and social security 

• living in a free, open and safe society 

• meeting an educated population with very good English skills 

• experiencing the beautiful capital of Copenhagen representing more 

than 800 years of history 

• staying in a wealthy and modern country

MSc programs 

7

8 

General structure and contents 

of the DTU MSc programs 

General competences 

As an engineer, whether you work as a 

professional or within research and devel- 

opment, you need a number of general 

competences in order to comply with the re- 

quirements of a job in modern engineering. 

This group of courses fall into the following 

categories: 

General engineering competences 

You learn how to combine technology ap- 

plication and development with finances, 

management and organization. However, 

most importantly, you learn how to use your 

qualifications and technological know-how 

in a professional and social context. 

Synthesis competences 

You learn how to define and provide solu- 

tions to an open problem. You may be part 

of a cross-disciplinary team and will be 

trained in communication and collaboration. 

Normative competences 

You learn a set of essential disciplines that 

are common to all technical aspects of engi- 

neering within a specific field. 

Technology specialization 

This group of courses gives you the in-depth 

academic and technological knowledge 

necessary for obtaining state-of-the-art 

competences within the specific field of 

engineering. The course profile depends on 

the recommended line of study or speciali- 

zation that you have decided to follow. 

Electives 

An important part of the DTU MSc programs 

is the significant amount of electives cours- 

es. Here you can pursue your own scientific 

and professional interests. In principle you 

can choose between more than 400 differ- 

ent DTU courses. 

General Competences 

30 ECTS credits 

Technology Specialization 


MSc thesis 

The MSc thesis marks the completion of the 

two-year MSc program. The research project 

is most often carried out at DTU and in 

many cases in collaboration with one of our 

many industrial partners. All projects include 

elements of fundamental research, innova- 

tion and application. 

Special MSc program 

The so-called special MSc programs repre- 

sent unique and world class research and 

innovation activities. The programs have a 

cross-disciplinary content and provide the 

graduate with a unique set of competences 

only to be obtained at DTU. 

Master of Science in Engineering = 120 ECTS credits 

Electives 


Thesis 

30 ECTS credits

Biotechnology and Food Science 

Biotechnology 10 

Food Science and Technology 10 

Bioinformatics 11 

Biomedical Microbiology 11 

Biofuels and Biochemicals 12 

Functional Foods and Nutrigenomics 12 

Food Biotechnology 13 

Food Production, Innovation and Management 13 

9

10 


MSc in Biotechnology 

Semesters: 4 

Study credits: 120 ECTS 

Start: September 2007 

Seats: 60 

Application date: March 15 or June 1, 2007 

Today’s biotechnology is an exciting multidisciplinary science encompassing areas such as biology, 

biochemistry, genetics, bioinformatics and engineering science. For centuries, biotechnology has 

been used in the manufacturing of beer, wine, cheese and bread. In recent years, biotechnology has 

been implemented in the pharmaceutical industry: Penicillin is used in the treatment of infections 

and insulin is given to patients suffering from diabetes. Moreover, biotechnology has gained and 

will continue to gain increasing importance in other areas for instance bioethanol used as fuel, 

enzymes used in washing powder, and starting compounds for bio-degradable plastic materials. Bio- 

technology plays a crucial role in the discovery and development of new pharmaceutical compounds 

and in the food industry. Bioinformatics, which is based on the latest computer technology in the 

analysis of biological information, plays a central role in the development of new pharmaceutical 

products by exploiting the information obtained during the mapping of the human genome. In the 

environmental area, biotechnology is an important player in connection with the handling of waste 

from both industrial and agricultural production, and from degradation of toxic compounds spread 

to the environment. In the future, biotechnological procedures will replace many classical processes 

in chemical synthesis, as well as lead to completely new compounds in processes, which will be less 

harsh towards the environment. 

Following the general program in Biotechnology gives you the possibility to define your own bio- 

technological profile from a broad variety of courses within molecular biology, molecular ecology, 

environmental microbiology, mycology, protein chemistry, lipid chemistry, bioinformatics, process 

biotechnology and food biotechnology. A degree in biotechnology provides an opportunity to work 

in and influence the future development within this exciting field. 

Career opportunities: Challenging jobs in research, development, innovation or 

management of biotechnology both at universities and in 

industry. 

Prerequisites: BSc degree in biotechnology, chemical engineering, 

biochemistry, microbiology, molecular biology or other 

relevant academic background. Skills within biochemistry, 

microbiology or molecular biology are required. 

Program coordinators: Associate Professor Ulf Thrane (ut@biocentrum.dtu.dk) 

Department: BioCentrum-DTU (www.biocentrum.dtu.dk) 

Read more: (www.biocentrum.dtu.dk) (Department web site) 

MSc in Food Science and Technology 

Semesters: 4 



Seats: 60 


Food and health play a central role in many aspects of human society. The modern food industry 

is based on sound science and involves many new and advanced technological strategies. Resent 

advances in biological sciences allow for new and complex technologies for the production and 

handling of food. This development has created an increased demand for highly educated food 

scientists and food technologists. 

This MSc program will educate candidates to be the future key players in meeting the consumers’ 

demand for nutritious, safe, attractive, wholesome and sustainable food. You will be able to understand, 

develop, and evaluate modern technological strategies for food and food ingredient production. 

This MSc program is based on an introductory, multidisciplinary training in the fundamental 

biosciences of biochemistry, molecular biology, enzyme technology and microbiology. 

The Food Science and Technology general MSc program allows you to define you own Food Science 

and Technology profile from a broad variety of courses to specialize in bioinformatics, nutrigenomics, 

biotechnology, food production, management, etc. Or you may chose to follow the more 

proposed study plan leading to a combination of more general competencies. 

Career opportunities: You will qualify for a broad range of challenging jobs in 

research and development at governmental institutions, 

universities and in the industry. 

Prerequisites: BSc degree in Food Science or other relevant academic 

background. Skills within chemistry, biochemistry, microbiology, 

mathematics and statistics are required. 

Program coordinator: Associate professor Michael K. Nielsen 

(mkn@biocentrum.dtu.dk) 


Read more: Department web site: www.biocentrum.dtu.dk

MSc in Bioinformatics 

Semesters: 4 



Seats: 60 


Bioinformatics is the term used to refer to the combination of methods in biology, computation, 

and information management, which are necessary to advance research relating to all aspects of 

living systems - from individual molecules, cells, and organs to entire organisms. 

Today, research in molecular biology, biotechnology and pharmacology depends on information 

technology all the way from experiment to the publication of the results. Comprehensive public 

databases of DNA- and protein sequences, macromolecular structure, gene and protein expres- 

sion levels, pathway organization and cell signalling, have been established to optimise scientific 

exploitation of the explosion of data within biology. Among contemporary bioinformatics concerns 

are reliable computational interpretation of a wide range of experimental data, and the detailed 

understanding of the molecular apparatus behind cellular mechanisms of sequence information. By 

exploiting available experimental data and evidence in the design of algorithms, sequence correla- 

tions and other features of biological significance can be inferred. 

In addition to training in computational skills the program will also deal with experimental strate- 

gies in gene expression analysis using DNA chips and data generation in relation to the physical and 

structural properties of DNA. The program is tailored to provide hands-on knowledge within han- 

dling and mining information from an otherwise overwhelming amount of sequence data, which 

will put you in a front-line position for future development of e.g. vaccines towards the bird-flu, 

multi-resistant bacteria and other health threatening diseases. 



industry. 





Program coordinators: Associate Professor Ulf Thrane (ut@biocentrum.dtu.dk) 



MSc in Biomedical Microbiology 

Semesters: 4 



Seats: 60 



The explosive development in molecular biology and biotechnology opens up new fields with medical 

relevance. Today the focus is on the development of future antibacterial drugs that will target 

specific steps in the infectious process rather than growth. The use of bioimaging and advanced 

microscopes, cell sorters and lab robots offer ample opportunities both for new technological 

approaches and for sophisticated analysis of complex biological systems. Additionally, biotechnological 

methods for diagnosis of diseases and in forensic medicine are of increasing importance. 

The student will gain a high degree of specific knowledge in molecular biology and in addition 

have a considerable competencies within medical microbiology and pathogenesis. Graduates from 

this program will be able to interact with other groups of scientists such as chemists, pharmacologists 

and medical doctors within the medical industry and the hospital environment and therefore 

participate in the development of new treatment scenarios for chronic infections. 

The present program aims to give competency in bacterial pathogenicity and pharmacology and 

will cover human microbiology, molecular biology, molecular diagnostics, bioinformatics and 

microbial pathology to improve future elimination of health threatening micro-organisms. External 

lecturers with specific expertise will participate in the education. 



industry. 





Program coordinator: Associate Professor Ulf Thrane (ut@biocentrum.dtu.dk) 



11

12 


MSc in Biofuels and Biochemicals 

Semesters: 4 



Seats: 60 


The transportation sector is the largest consumer of oil products in the western part of the world 

and consumption is steadily increasing in contrast to all other sectors in modern society. Use of 

gasoline is further increasing with exponential rate in Asia, Latin America and the Middle East 

stressing the need for alternatives. One step along this route is the use of bioethanol as a replace- 

ment for the gasoline additive MTBE, or the use of a high percentage of bioethanol as a fuel in 

itself. In addition, the area for green chemicals produced by biotechnological processes instead of 

oil products are further expected to increase exponentially over the coming years in accordance 

with new legislation throughout the western world. 

In this program you will gain competency in the area of enzymatic hydrolysis, fermentation tech- 

nology, tailoring microbial production strains, and process integration to strengthen tomorrow’s 

production of fuels and chemicals from crops or biomass raw materials. The starting point is often 

the microbial biodiversity of specific ecological niches, such as hot water springs, the deep ocean, 

soil samples, sewage facilities, humans and animals. In the laboratory the potential micro-organ- 

isms as well as the processes are tailored to improve the yield of the desired product, which could 

be biofuels (bioethanol), biochemicals or enzymes. This involves a training in up-front microbial 

systematics as well as a multidisciplinary approach to understand the individual steps in a modern 

green biotechnological process. 



industry. 








MSc in Functional Food & Nutrigenomics 

Semesters: 4 



Seats: 60 


Your focus will be on the design of foods with extra health positive effects i.e. functional foods and 

also on the linkage between genomics, nutrition and health i.e. nutrigenomics (nutritional genomics). 

By the nutrigenomic approach you will learn how diet and genetics can influence the delicate 

balance between human health and disease. 

The candidate will get substantial theoretical knowledge within biochemistry, molecular and cell 

biology, medical science and immunology and will be able to use this knowledge to address nutritional 

problems regarding how specific nutrients act on a cellular as well as on a physiologic level 

and to set up relevant experiments to test hypotheses in this field. In this context, the candidate 

will be capable of assessing molecular interactions of cellular functions and in food by combining 

nutritional biochemistry and food science with structural biochemistry and omics-techniques. 

Career opportunities: You will qualify for challenging jobs in research and 

development at governmental institutions and universities 

(legislation and research) or in the industry i.e. food and 

food biotechnology companies, medical and nutraceutical 

industry. 


background. Skills within chemistry, biochemistry, immunology, 


Program coordinator: Associate professor Michael K. Nielsen 

(mkn@biocentrum.dtu.dk) 


Read more: Department web site: www.biocentrum.dtu.dk

MSc in Food Biotechnology 

Semesters: 4 



Seats: 60 


Food biotechnology is a constantly developing field with vast potentialities for the development of 

new and advanced technological strategies for the modern food industry. 

The Food Biotechnology MSc program will educate candidates to be the future key players in meet- 

ing the consumers’ demand for nutritious, safe, attractive, wholesome and sustainable food. The 

Food Biotechnology MSc program provides a solid understanding of biochemistry, microbiology, 

molecular biology and process technology. The graduates will be able to understand, develop, and 

evaluate modern technological strategies for food and food ingredient production. Central for the 

program in Food Biotechnology will be the development of new food ingredients by use of strate- 

gies within molecular biology, microbiology and enzymology. 

Career opportunities: Graduating from this program you will have state-of-the-art 

competencies to qualify for positions within research 

innovation and management within the food industry or 

pharmaceutical or biotechnological companies as well as in 

governmental institutions and universities. 


background. Skills within chemistry, biochemistry, microbiology, 


Program coordinator: Amanuensis Michael K. Nielsen (mkn@biocentrum.dtu.dk) 


Read more: Department web site: www.biocentrum.dtu.dk 

MSc in Food Production, Innovation and 

Management 

Semesters: 4 



Seats: 60 



The Food Production, Innovation and Management MSc program integrates traditional competen- 

cies on product and process development with knowledge on the market, society, management and 

innovative processes. Hence, the candidates are expected to be able to address the new challenges 

from globalization and to give the food community new inspiration through new approaches to 

production and development processes. Specific competencies are: understanding of the relations 

between consumers, society and food manufacturers; design of modern food productions focusing 

on competitiveness and sustainability; multidisciplinary approaches to product development; and 

management principles oriented towards flexibility, lean manufacturing and mass customization. 

Career opportunities: You will qualify for challenging jobs with a strong content 

of innovation and business development in the industry or as 

industrially oriented university researcher. This is an 

excellent starting point for an eMBA. 

Prerequisites: BSc degree in Food Science and Technology, Manufacturing, 

Innovation and Design or other relevant academic 

background. Required skills are: quantification of 

production performance, experimental work and an 

interest in foods. 

Program coordinator: Amanuensis Michael K. Nielsen (mkn@biocentrum.dtu.dk) 


Read more: Department web site: www.biocentrum.dtu.dk 

13

Civil and Environmental Engineering 

Civil Engineering 16 

Environmental Engineering 16 

15

16 

Civil and Environmental Engineering 

MSc in Civil Engineering 

Semesters: 4 



Seats: 120 


Civil engineers are responsible for planning, construction and maintenance of most of our sur- 

roundings. It takes a profound and versatile knowledge to master the disciplines involved including 

mechanics, material science, energy technology, heat and mass transfer, hydraulics, acoustics, risk as- 

sessment, computer modelling and simulation, 3D-visualization, communication and management. 

Civil Engineering comprises planning, design, risk -assessment, erection and maintenance of build- 

ings, services, construction work and towns. The subjects of the education varies from roads, rail- 

ways, bridges and tunnels to houses and halls with load bearing structures and facades and services 

for heating, lighting, acoustics and fire safety, water supply drain and sewers, channels, harbours 

and off-shore structures and town plans. 

Four specializations are offered: 

Building Structures with design of structures for bridges, halls and houses, building design, fire 

safety, acoustics, production and maintenance. 

Building Services with total energy comsumption, building envelopes, heating, ventilation, aircondi- 

tion, water and power supply, solar energy, draining and fire safety. 

Soil and Water Mechanics with foundations, retaining walls, dams, roads, railways, airports, har- 

bours, channels, tunnels, off-shore structures, sewers and energy plants. 

Urban and Construction management with planning of projects, erection and maintenance, town 

plans and the integrated function of a build environment. 

A number of courses can be chosen for each specialization, so that the student may gain special 

competences or attending recommended course sequences. 

Specializations: Building Structures, Building Services, Soil and Water 

Mechanics, Urban and Construction Management 

Career opportunities: Consulting Engineers, Contractors, Component manufactures 

Authorities, Insurance Engineers, Researchers. 

Prerequisites: BSc degree in Civil Engineering with Basics of : 

Physics and mathematics incl. differential equations 

CAD and the Finite Element Method 

Building materials, properties and micro structures 

Building technology 

Structural design in steel, concrete and wood 

Building physics including heat and moisture transport 

Planning and production of building projects 

Program coordinator: Associate Professor Kristian Hertz khz@byg.dtu.dk) 

Department: Department of Civil Engineering (www.byg.dtu.dk) 

Read more: www.byg.dtu.dk (Department web site) 

MSc in Environmental Engineering 

Semesters: 4 



Seats: 60 


Several activities in an industrialized society lead to use of resources and pollution of our environment. 

There is an utmost need to develop and establish technological plants which can ensure the 

human health in the society by providing clean drinking water on a sustainable basis. Besides, there 

is also demand of systems to manage the waste streams of the society and to reduce emissions to 

the environment. Such environmental systems are sewage treatment plants, remediation systems 

at contaminated sites or air pollution control units to avoid air pollution from waste incineration 

plants. Environmental plants and systems should 

be established with a basic understanding of the effect of emissions on the surroundings and the 

needed reduction in emissions to obtain the necessary environmental benefit. Therefore courses 

covering pollution of water, air and soil are an integrated part of the environmental engineering 

program. 

The program focuses also on water resource issues. Globally there is an increasing demand of water 

for household, agriculture and industry. Thus there is a need for better methods to localize and 

quantify available water resources. Besides, deterioration of the water resource by several pollutant 

sources gives a need to evaluate the water quality. 

Specialization into a more management oriented profile is also an option. Here the focus can be 

on industrial environmental management or management issues specially related to developing 

countries or society´s use of chemicals. 

Study lines: Environmental Technology 

Water Resources 

Environmental Management 

Career opportunities: Employed in consulting companies, industrial companies, 

research institutions, universities and public authorities 

(on a local, regional or state level). 

Prerequisites: BSc degree in environmental-, chemical- or 

civil engineering or other relevant academic 

background. Skills within at least one of the 

following subjects: Geology, Hydraulics, Statistics, 

Ecology, Hydrology, Management 

Program coordinator: Associate Professor Peter Kjeldsen (pk@er.dtu.dk) 

Department: Institute of Environment and Recourses (www.er.dtu.dk) 

Read more: www.er.dtu.dk

Chemistry and Chemical Engineering 

Advanced and Applied Chemistry 18 

Chemical and Biochemical Engineering 18 

Polymer Engineering 19 

Catalysis and Nanotechnology 19 

Pharmaceutical Technology 20 

17

18 


MSc in Advanced and Applied Chemistry 

Semesters: 4 



Seats: 60 


Today chemistry is everywhere in our world. Mastering chemistry is crucial for the design of a wide 

range of both everyday consumer products and novel, environmentally friendly materials, products 

and processes. Design of materials with tailor-made properties is based on an enhanced understand- 

ing of their synthesis, physico-chemical characteristics, characterization and structure-property rela- 

tionships. Such understanding and interrelationships need to be mastered both at a molecular and 

nanoscale level. Engineers with this background are expected to collaborate with those involved in 

the production of the final products and those designing the necessary processes. 

This MSc program provides a broad knowledge of the design of advanced materials both at a 

theoretical and experimental level. This is accomplished via courses covering the chemistry, synthesis, 

physical chemistry and production of such materials. Extensive collaboration with Danish and other 

companies is possible as part of courses, specific projects or during the MSc thesis. 

There is a variety of specific possibilities based on own interest by choosing: 

- one of the three specializations in areas of high technological and scientific interest (polymer 

engineering, catalysis and nanotechnology, pharmaceutical technology). 

- study lines in essentially any field of advanced and applied chemistry. As examples can be 

mentioned analytical chemistry, materials and environmental chemistry. 

Career opportunities: In a wide spectrum of industries ranging from chemical and 

pharmaceutical up to polymer – materials including 

their research and development departments. 

Also environmental organizations and authorities as well as 

consulting. Finally, qualified interested candidates can 

continue for PhD studies. 

Prerequisites: BSc degree in Chemistry, Chemical Engineering, biochemical 

engineering, chemical technology, biotechnology, environmental 

engineering or related fields. 

Program coordinator: Associate Professor Georgios M. Kontogeorgis (gk@kt.dtu.dk) 

Departments: Department of Chemical Engineering (www.kt.dtu.dk) 

Department of Chemistry (www.kemi.dtu.dk) 

Read more: http://www.kt.dtu.dk/English/Uddannelse/Uddannelser/AKem 

_retning_DTU_K/AKem_retning_DTU_D.aspx 

MSc in Chemical and Biochemical Engineering 

Semesters: 4 



Seats: 60 


Chemical and biochemical engineering are at the core of modern society’s transformation of raw 

materials of any kind into products characteristic of the post-industrial age. Chemical and biochemical 

engineers enable large scale production of drugs, inexpensive production of bulk chemicals and 

fuels, and economical production of advanced, special-property materials used in as diverse fields 

as communication, health, medicine, and transportation. Prevention of environmental harm from 

new productions in the design stage and effective abatement of pollution from existing sources are 

based on the scientific and technological insight of chemical and biochemical engineers. Addressing 

today’s concerns and making future growth possible with diminished use of material and energy 

resources require well-educated chemical and biochemical engineers. 

The two-year MSc program integrates chemical and biochemical engineering and technology in 

one education, yet preserves great flexibility in the choice of subjects included in any individual 

study plan. Depending on interests, focus may be on biotechnology or on chemical engineering, 

but it is also possible to balance the content from the two fields. Add to that the nearly free choice 

of electives from DTU’s advanced courses and you have a program adaptable to the needs of both 

in-depth and cross-disciplinary education. 

Having completed the program, you may continue with Ph.D. studies or you may start an industrial 

career directly. In either case, this MSc program gives you a solid starting point for contributing to 

the development of your society. 

Study lines: Chemical and Biochemical Process Technology 

Chemical and Biochemical Product Engineering 

Energy and Environmental Engineering 

Career opportunities: Graduates are qualified for research and development in 

both university and industry contexts. 

Prerequisites: BSc degree or equivalent in chemical engineering, chemical 

technology, biochemical engineering, biotechnology, 

environmental engineering or related fields. A strong working 

knowledge of mathematics and natural sciences, especially 

chemistry and, thermodynamics, and basics of bio-sciences. 

Program coordinator: Associate Professor Stig Wedel (sw@kt.dtu.dk) 

Department: Department of Chemical Engineering (www.kt.dtu.dk) 

Read more: www.kt.dtu.dk/English/Uddannelse/Uddannelser

MSc in Polymer Engineering 

Semesters: 4 



Seats: 60 


Polymers are materials composed of a large number of smaller molecules, monomers, to 

form large molecular structures. Polymers may be classified into synthetic polymers (such 

as polyethylene or polystyrene) and biological polymers (such as natural rubber, 

polylactides or the protein in spiders’ web). The annual world production of polymers, 

currently at 80 million tons, is rapidly growing with polymeric materials continually 

replacing traditional materials in countless products (medical, automotive, 

telecommunication etc). Also new polymers are synthesized with functionality (chemical, 

optical, electrical) not obtainable in traditional materials. At the same time improved 

polymer processing operations are developed that convert these polymers to products 

with completely new possibilities. 

This MSc degree covers all aspects of polymer engineering and science including: 

Polymer chemistry: Synthesis of polymers with controlled structure as to chain backbone, branching, 

cross links and functional units for special optical, electrical, surface or barrier properties. 

Polymer technology and physics: Connection between given chemical composition and the mac- 

roscopic properties. Compounding and preparation of polymer blends and composites. Polymer 

rheology and connection to structure. Multiphase polymeric systems and polymers with nano-size 

structures. 

Polymer processing: Numerical modeling of injection molding, extrusion, thermoforming and film 

blowing. 

Career opportunities: The European polymer industry employs well over one and a 

half million people and is a major contributor to Europe’s 

economic strength. In fact, the wider polymer industry in 

Europe accounts for a turnover of €275,000 million (www.apme. 

org). The MSc will qualify you for a job in the polymer industry or 

for a PhD-study. 

Prerequisites: BSc in chemical engineering, materials science, chemistry 

or similar. 

Program Coordinator: Professor Ole Hassager (oh@kt.dtu.dk) 


Read more: http://www.dtu.dk/Centre/DPC/Edu/MSc_Polymer_Eng.aspx 

MSc in Catalysis and Nanotechnology 

Semesters: 4 



Seats: 60 



There is an increasing demand for expertise within the area of advanced materials 

including catalysts and nanotechnology. 

This specialization in Catalysis and Nanotechnology will educate Masters of Science 

with competences within synthesis, characterization and application of catalysts for 

environmental processes, fine chemicals, energy conversion and fuel cells in addition to chemistry, 

biochemistry and catalysis at nanoscale. 

Furthermore, the candidates will have the opportunity to be acquainted with theoretical aspects of 

catalysis including reaction kinetics and reaction mechanisms. 

Theoretical and practical insight in the construction and performance of research 

test rigs as well as industrial reaction engineering are also important elements of the education. 

The understanding of the relation between structure and properties of the advanced materials and 

catalysts is essential for the specialization. Therefore the candidates will be acquainted with methods 

of investigation regarding surface studies in addition to spectroscopic and x-ray characterization 

of molecular species and structures of solids. 

The education will thus appear as multidisciplinary making the candidate able to communicate with 

colleagues with very different scientific background. 

Career opportunities: The candidates may typically find jobs within research and 

development or process engineering in chemical industries 

dealing with energy production, environmental 

processes advanced materials, catalyst use and catalyst 

production. 

Prerequisites: BSc degree in Chemistry, Chemical Engineering or equiva- 

lent. Students with BSc in Biotechnology or others may 

apply if they fulfill the prerequisites necessary to access 

the MSc program Advanced and Applied Chemistry . 

Program Coordinator: Associate Professor Rasmus Fehrmann (rf@kemi.dtu.dk) 

Department: Department of Chemistry (www.kemi.dtu.dk) 

Department of Chemical Engineering (www.kt.dtu.dk) 

Read more: www.kemi.dtu.dk 

19

20 


MSc in Pharmaceutical Technology 

Semesters: 4 



Seats: 60 


There is an ever increasing need for better pharmaceuticals for treatment of human diseases. It is 

of paramount importance to have drugs that are both efficient, selective and without side effects. 

Medicinal chemistry and organic synthesis are core disciplines within this development process. The 

MSc in Pharmaceutical Technology assures competences in these areas and brings with it the op- 

portunity to work with drug design and development. 

Studying Pharmaceutical Technology will give you an appreciation of the multi-disciplinary field 

of drug discovery and production. You will learn about the process of producing a pharmaceutical 

from the initial idea to the final drug used in the treatment of a disease. 

A key part of the drug discovery pipeline is the synthetic preparation of hit and lead compounds. 

Designing and executing a short and efficient synthetic route to a desired chemical substance is vital 

to a drug development program. This requires an in-depth knowledge of theoretical and practical 

organic chemistry, which is an important part of the MSc program. You will also gain experience 

in analyzing the products of your synthetic work using state-of-the-art analytical equipment and 

techniques. Furthermore, you can experience the important field of molecular modeling during 

your studies. 

You will have the opportunity to use your knowledge in research and development projects rel- 

evant to drug development and production. Some projects will be carried out in close collaboration 

with industrial partners from pharmaceutical companies, offering an opportunity to experience 

working in the pharmaceutical industry. 

Career opportunities: Medicinal Chemistry, Process Chemistry, Pharmaceutical 

Production, Intellectual Property Management, Consulting, 

and Organic Chemical Research and Development. 

Prerequisites: BSc degree in Chemistry, Chemical Engineering or equivalent. 

Students with BSc degree in biotechnology may 

apply, provided they have prerequisites in theoretical 

and practical organic chemistry as well as spectroscopy (as 

described in DTU courses 26411, 26405/26407 and 26428). 

Proficiencies in the following areas are expected: Theoretical 

and Practical Organic Chemistry, Physical Chemistry, and 

Basic Biological Chemistry. 

Program coordinator: Assistant Professor Mads H. Clausen (mhc@kemi.dtu.dk) 

Department: Department of Chemistry (www.kemi.dtu.dk) 

Read more: www.kemi.dtu.dk

Electrical Engineering 

Electrical Engineering 22 

Wind Energy Electrical 22 

Wireless Engineering 23 

Space Technology 23 

21

22 


MSc in Electrical Engineering 

Semesters: 4 



Seats: 60 


Electrical engineering is fundamental to many technologies that strongly influence the develop- 

ment of modern society. From electrical power generation and distribution over electronic devices 

and equipment to wireless communication, electrical engineering is at the heart of everyday 

technologies in our professional as well as our private lives. DTU covers several areas of electrical 

engineering as witnessed by the three associated MSc programs in Space Technology, Wind Energy 

and Wireless Engineering as well as the four recommended study lines listed below. 

The MSc program in Electrical Engineering gives you the opportunity to work at all levels from 

theory and methods over components and systems to applications. The courses range from highly 

theoretical to highly practical including experimental work in advanced laboratories. Your final 

MSc thesis project will either be linked closely to on-going research at DTU and/or be carried out in 

cooperation with a company outside DTU. 

The M.Sc. program in Electrical Engineering is anchored in the Ørsted·DTU department but includes 

courses from other DTU departments. The program is research-based and application-driven - often 

in close cooperation with other universities, research organizations and industry. 

Study lines: Acoustics 

Automation and Robot Technology 

Electric Power Engineering 

Physical Electronics 

Career opportunities: The electrical engineering degree is well recognized and 

job opportunities are plenty in private companies as 

well as public organizations. Furthermore, there are 

opportunities for excellent MSc graduates to pursue a 

PhD program at DTU. 

Prerequisites: BSc degree in electrical engineering or another relevant field. 

Good qualifications in fundamental mathematics, physics, 

and electrical, electronic and electromagnetic engineering. 

Program coordinator: Professor Olav Breinbjerg (ob@oersted.dtu.dk) 

Department: Ørsted·DTU 

Read more: www.dtu.dk and www.oersted.dtu.dk 

MSc in Wind Energy – Electrical 

Semesters: 4 



Seats: 60 

Application date: 15 March or June 1, 2007 

Wind power is a successful technology of steadily increasing importance. Wind energy installed 

throughout the world generates the equivalent electricity need of 47 million Europeans. And this 

is just the beginning. In 2020 wind power can deliver 12% of the global electricity demand, create 

2.3 million jobs and make a substantial contribution to reduce CO2 emissions. The MSc program is 

Wind Energy Electrical is based on Danish front knowledge and technology, combining scientific research 

and knowledge with teaching and guidance from a large number of associated experts and 

researchers from industry. DTU is a world leading university within wind energy technology and has 

been engaged in wind energy research and education since the 1970’s. Since 2001, the university 

has offered a dedicated MSc program in wind power. 

The objective of the MSc specialization in wind energy is to give you a general understanding of 

wind energy systems and a deep insight in and knowledge about electrical technologies related to 

wind energy qualifying you to analyze, design, develop and operate wind energy systems. You get 

the possibility of contributing to the global development, and you will have a wide range of job opportunities 

at technology providers such as wind turbine manufacturers and subcontractors, energy 

companies, utility companies, developers, consultancies and research companies. Furthermore, 

you have the possibility of supplementing with a broad variety of knowledge on eg aerodynamics, 

wind turbine construction, control, prognosis and optimization. The specialization provides you 

with extensive knowledge on wind turbine technology and specialized knowledge and skills within 

several electrical key technologies of wind power. Key elements in the specialization cover electrical 

design of wind turbines including generator and power electronics, grid connection and integration 

of wind power in the electric power system. The specialization covers the electrical system of the 

individual wind turbine as well as the electrical and control aspects of interaction between the 

wind turbines and the electric power system. 

The specialization in wind energy (electrical engineering) is offered in close collaboration with the 

specialization in wind energy (mechanical engineering). Several activities and courses are common 

for the two specializations. Besides, the two specializations are coordinated with common elective 

courses. In this way it is possible to obtain cross-disciplinary knowledge on a wide range of wind 

power technologies. 

Career opportunities: Technology providers like wind turbine manufacturers and 

subcontractors, energy companies, utility companies, developers, 

consultancies and research companies. 

Prerequisites: BSc degree in electrical engineering, mechanical engineering or other 

relevant academic background. Skills within at least one of the following 

subjects: Powersystem analysis and design, Power system management 

and control, Electric machinery, Power electronics, Automation, High voltage 

engineering, Testing and measuring techniques, Material science and 

electrical experimental. 

Programme coordinator: Professor Jacob Østergaard 

Department: Ørsted•DTU, http://www.oersted.dtu.dk 

Read more: www.oersted.dtu.dk

MSc in Wireless Engineering 

Semesters: 4 



Seats: 60 


Wireless equipment, such as PDAs, mobile/satellite phones and household equipment, is becoming 

omnipresent. Breathtaking new applications that could hardly be imagined a few years ago are 

constantly appearing. The objective of this program is to provide the students with qualifications to 

perform research and development of advanced electromagnetic systems for wireless communica- 

tion technologies such as satellites, telecommunications, mobile communications, broadcasting, 

radar and radiometer systems, and remote sensing. 

The MSc program in Wireless Engineering gives you the opportunity to work at all levels from 

theory to applications. The courses range from highly theoretical to highly practical including 

experimental work in advanced laboratories. The program is research-based and application-driven 

– often in close cooperation with other universities, research organizations and industry. 

The M.Sc. program in Wireless Engineering is anchored in the Ørsted·DTU department but includes 

courses from other DTU departments. 

Career opportunities: Companies, organizations and universities working in the field of 

satellite, mobile and broadcast communication systems; radar and 

navigation systems; RF and microwave circuit design; and remote 

sensing. Furthermore, there are opportunities for excellent 

MSc graduates to pursue a PhD program at DTU. 

Prerequisites: BSc degree in electrical engineering or another relevant field. Good qualifications 

in fundamental mathematics, physics and electrical, electronic 

and electromagnetic engineering 

Program coordinator: Associate Professor Kaj B. Jakobsen (kbj@oersted.dtu.dk) 



MSc in Space Technology 

Semesters: 4 



Seats: 60 



Recent decades have witnessed a tremendous expansion in space-based technologies for such di- 

verse areas as broadcasting, navigation, remote sensing and telecommunication. Space technology 

is no longer reserved for big corporations and national and international space agencies, but it is a 

field of increasing interest to a wide range of private industries. This expansion, as well as the com- 

plexity of these technologies and their special conditions of operation in space, calls for engineers 

with strong qualifications in space technology. 

DTU is very experienced in research and development of space technology through extensive 

cooperation with e.g. the European Space Agency (ESA) and private companies. The MSc program 

in Space Technology covers several specific areas with emphasis on electronic spacecraft instrumen- 

tation such as magnetometers and star cameras, electromagnetic systems such as antennas, radars, 

and radiometers, attitude control systems, signal processing techniques for remote sensing data, 

and on-board software. The program also covers general topics of spacecraft technology as well as 

special topics related to DTU’s participation in specific space missions. Furthermore, the program 

includes substantial project work; e.g. the development of complete student satellites or specific 

spacecraft components and systems. 

The MSc program in Space Technology includes courses from several DTU departments, but it is 

anchored in the Ørsted·DTU department. 

Career opportunities: With the expansion of the European space industry there are good job opportunities 

in Denmark and abroad. Furthermore, there are opportunities 

for excellent MSc graduates to pursue a PhD program at DTU. 

Prerequisites: BSc degree in electrical engineering, informatics, physics, telecommunication 

or another relevant field. Good qualifications in fundamental 

mathematics, physics and electrical, electronic and electromagnetic 

engineering. 

Program coordinator: Associate Professor Henning Skriver (hs@oersted.dtu.dk) 



23

24 

Billede

Mathematics and Informatics 

Mathematical Modeling and Computation 26 

Computer Science and Engineering 26 

25

26 

Mathematics and Informatics 

MSc in Mathematical Modeling and Computation 

Semesters: 4 



Seats: 60 


Today mathematics is more relevant, more needed than ever before, and is part of nearly every 

aspect of our everyday lives. Mathematics is in cellular phones, train schedules and search engines 

– just to name a few. And its future looks even brighter. There is an ever increasing demand for 

mathematical models and methods in industrial applications, information technology, financial 

institutions, agriculture, government, health care and many other areas driven by technological 

achievements. The easy and fast access to data creates many new opportunities for doing things 

better, more efficiently, and with less reliance on natural resources, as a result of our understanding 

of complex underlying patterns and structures of the systems. Examples include airline scheduling, 

medical imaging, DNA sequencing, wind power, and drug development. Embedded systems are 

now so small and powerful that very advanced calculations supporting intelligent control can be 

build into virtually any device, such as hearing aids, cellular phones, cars, household appliances, and 

medical equipment. 

This MSc program covers a wide range of topics in mathematics and its applications. The goal is to 

provide the graduates with a solid foundation in applied mathematics and mathematical modeling 

for industrial research and development, combined with skills in using modern computing facilities 

for handling large amounts of data. The program is a continuation of a highly successful and popular 

program, and the graduates now work in virtually all sectors of the society. The students who go 

through the uniquely designed cooperative thesis projects with industry often receive employment 

offers from the company or institution that is involved with the project. Moreover many students 

continue their training in PhD programs, and are offered research and development jobs. Industrial 

as well as governmental grants are also available. 

Study lines: Computational Data Analysis 

OR for Decision Making 

Mathematics and Scientific Computing 

Secure and Reliable Computing 

Career opportunities: Working with mathematical modeling often is to usemathematics in some 

completely different area – it could be health care or environmental engineering. 

The work requires communication skills, creativity, an open mind 

and a broad interest in the world around us and in working together 

with others. Of the 150 graduates from the last two years, six has started 

their own company, and more than 20 are PhD students. Others are working 

in industries in Europe, in the US and in Australia. 

Prerequisites: BSc degree in a related field, such as (applied) mathematics or engineering. 

BSc degrees in other areas- e.g. environmental sciences or physics 

– are also applicable. Basic university/college courses in Mathematical 

Analysis and Algebra, plus one or more areas of applie mathematics, 

broadly interpreted. Basic courses in Programming and, normally, in Phys- 

ics and Chemistry. 

Program coordinator: Professor Helle Rootzén (hero@imm.dtu.dk) 

Department: Informatics and Mathematical Modelling (www.imm.dtu.dk) and 

Department of Mathematics (www.mat.dtu.dk) 

Read more: www.imm.dtu.dk 

MSc in Computer Science and Engineering 

Semesters: 4 



Seats: 60 


Computer Science and Engineering considers the design and use of computing components, software 

or hardware, to solve technical problems in an efficient and competitive way. The focus is on 

understanding and making the right choices of abstractions which makes it possible to implement 

IT solutions from existing and future components. 

As a professional designer you will model, analyze, design, implement, and validate complex IT systems, 

based on theoretically and technologically well-founded methods, tools and techniques. The 

Computer Science and Engineering Program will educate you to become a highly qualified engineer 

capable of developing complex IT systems consisting of both hardware and software, using these 

methods, tools and techniques. 

DTU has a strong and growing IT environment with competences in areas of great importance for 

the value growth and productivity of industry, academia and society. This covers areas such as safe 

and secure systems, system integration, distributed and embedded systems, networks, software 

engineering, algorithms, system-on-chip and digital systems. As a student in Computer Science and 

Engineering you will take part in this active IT environment. 

Study lines: Safe and Secure IT Systems 

System-on-Chip Design 

Career opportunities: Candidates in Computer Science and Engineering are able to use, develop 

and produce IT-systems at a high technical level. This makes them very 

attractive for both Danish and international companies and institutions. 

Candidates are typically employed in a very broad range of companies 

within the area of IT, electronics and telecommunications. 

Prerequisites: Technical BSc degrees in computer science, electronics or telecommunication. 

Skills within software programming and basic algorithms, and at 

least one of the following subjects: modeling, concurrency, networks, and 

digital systems. 

Program coordinator: Professor Jan Madsen (jan@imm.dtu.dk) 

Department: Department of Informatics and Mathematical Modeling 

(www.imm.dtu.dk) 

Read more: www.imm.dtu.dk/cse

Mechanical Engineering and Materials 

Engineering Design and Applied Mechanics 28 

Materials Science and Engineering 28 

Wind Energy - Mechanical 29 

Coastal and Maritime Engineering 29 

27

28 


MSc in Engineering Design and 

Applied Mechanics 

Semesters: 4 



Seats: 60 


Engineering Design and Applied Mechanics addresses MSc students who as graduates wish to 

participate in the development of new and better solutions for products, mechanical components 

and production equipments. The scope for the solutions covers a wide range, from micro-structures 

as e.g. parts in hearing aids systems or mobile phones, over engines and turbines, to wind turbines, 

ships and coastal structures. 

Graduates of the MSc program in Engineering Design and Applied Mechanics are often employed 

within research and development in industry. The work tasks can be on design and dimensioning of 

products and production equipment, or developing new products. They may also be within optimi- 

zation of energy systems or analysis of flow in e.g. turbines or around structures like wind turbines 

and maritime structures. 

The program covers courses within engineering design and product development, mechanics of 

materials and structures, energy systems, fluid mechanics, aerodynamics and maritime engineering. 

Study lines: Engineering design and product development 

Mechanics of materials and structures 

Energy technology and fluid mechanics 

Career opportunities: Graduates of the MSc program in Engineering Design and Applied Mechanics 

are often employed within research and development in industry. 

Prerequisites: BSc degree in mechanical engineering, naval architecture, or 

civil engineering. Basic knowledge and skills in engineering design, 

mechanics of materials and structures, fluid mechanics, thermodynamics, 

applied mathematics, numerical methods, and elementary programming 

Program coordinator: Associate Professor Ann Bettina Richelsen 

(abr@mek.dtu.dk) 

Department: Department of Mechanical Engineering (www.mek.dtu.dk) 

Read more: www.mek.dtu.dk (Department web site) 

MSc in Materials Science and Engineering 

Semesters: 4 



Places: 60 


Materials Science and Engineering is a multidisciplinary subject area focusing on the use of ma- 

terials in high technology applications and products such as those found in the automotive and 

aeronautical industries, in energy production and food industries, as well as in medical equipment, 

personal communication devices, sports equipment and so on. Our aim is for better materials and 

better ways to make and use materials: stronger, lighter, safer, recyclable and cheaper. 

Materials Science and Engineering combines and builds on fundamental knowledge from physics, 

chemistry, solid mechanics and mathematics. This MSc program helps students acquire theoreti- 

cal, practical and experimental abilities to optimize, control and predict materials properties and 

behavior of relevance to high tech industrial production. The key to understanding the effective 

engineering and application of materials is to understand the interrelationship between microstruc- 

ture, fabrication and joining processes, shape and dimensions as well as the response to loads and 

environment. 

Furthermore, we recognize that the effort to improve products and manufacturing methods 

demands an awareness of the economic, environmental, ethical and social impacts of materials 

selection and product development throughout the lifetime of the product. 

Career opportunities: Wide-ranging, from research in a national or international research 

organization to product development in industry or in consulting to communication 

and contact in sales and service. 

Prerequisites: BSc degree in chemistry, physics, chemical- or civil engineering or other 

relevant academic background. 

Program coordinator: Professor Andy Horsewell horsewell@ipl.dtu.dk 

Department: Department of Manufacturing Engineering and Management 

(www.ipl.dtu.dk) 

Read more: www.ipl.dtu.dk

MSc in Wind Energy - Mechanical 

Semesters: 4 



Seats: 60 


Wind power has become a very important source in producing electricity and its importance is 

steadily increasing. In 2020 wind power is expected to deliver 12% of the global electricity demand, 

create 2.3 million jobs and make a substantial contribution to the reduction of the CO2-emmisions. 

With a wind energy specialization from DTU you get an education based on world leading compe- 

tences in the heart of the global wind power development. The education is based on absolutely 

state-of-the-art knowledge and technology, combining the scientific research and accumulated 

knowledge of DTU and Risoe with teaching and guidance from a large number of associated ex- 

perts and researchers from the industry. As a world leading university within wind energy technol- 

ogy DTU has been engaged in wind energy research and education since the 1970’s and has offered 

a dedicated MSc education in wind power since 2002. 

The specialization in wind energy (mechanical engineering) is offered in close collaboration with 

the specialization in wind energy (electrical engineering). Several activities and courses are common 

for the two specializations and they are coordinated with common elective courses. Thereby it is 

possible to obtain a cross-disciplinary knowledge on a wide range of technologies of wind power. 

The aim of the MSc specialization in wind energy (mechanical) is to give you a general understand- 

ing of wind energy systems and a deep insight and knowledge in aerodynamics, aero-elasticity and 

mechanics that qualifies you to analyze, design, develop and operate wind energy systems. 

Career opportunities: With a specialization in wind energy you are qualified for employment 

in the rapidly growing international wind energy 

industry and related sectors. You get the possibility to contribute 

to the global development of the field in a wide range of aspects, and 

you will have a wide range of possibilities of employment, e.g. within 

technology providers like wind turbine manufactures and subcontractors, 

energy companies, utility companies, developers, consultancies and 

research companies. 

Prerequisites: BSc degree in Mechanical/Civil engineering or Science. 

Basic knowledge of Fluid and/or Structural mechanics. 

Some computer and programming skills required. 

Program coordinator: Associate Professor Martin O.L. Hansen (molh@mek.dtu.dk) 

Professor Jens N. Sørensen (jns@mek.dtu.dk) 


Read more www.mek.dtu.dk 


MSc in Coastal and Maritime Engineering 

Semesters: 4 



Seats: 60 


The earth is the blue planet – 71 per cent of its surface is covered by water, and the coasts are 

among the most densely populated and important areas. This makes the seas, coasts and rivers 

extremely important, for transport, leisure, fishing, exploitation of natural resources – and it is 

important to protect people and property from the sea. 

Coastal and Maritime Engineering deals with structures at sea and along coasts. They include ships, 

offshore drilling rigs, breakwaters and harbours etc. Such structures are subject to loads from 

waves, wind and current, i.e. environmental loads that require special techniques to be applied in 

their design and operation. 

Coastal Engineering includes coastal hydraulics, wave dynamics, coastal sediment transport, mor- 

phodynamics, scour/erosion and hydrodynamic loads on offshore structures. Denmark has strong 

traditions within Coastal Engineering and in addition to the academic environment at DTU, the 

industry and consultancies in Denmark have built up vast expertise with regard to the development 

of numerical models. 

Maritime Engineering includes loads on ships and offshore structures, structural responses, risk 

and decision analysis as well as advanced topics from naval architecture such as design of ships and 

propulsion and stability of ships. Denmark has through many years maintained a leading position 

within Maritime Engineering. Nowadays “The Blue Denmark” includes shipping, shipbuilding and 

offshore engineering and also comprises manufacturers and suppliers of equipment. 

The program offers students freedom to select courses according to their individual interests, usu- 

ally with emphasis on coastal or maritime engineering (naval architecture). 

Career opportunities: mechanical engineer, coastal engineer, naval architect 

Prerequisites: BSc degree in civil engineering, mechanical engineering, naval architecture 

or equivalent academic background. 

Basic knowledge within: hydrodynamics/fluid mechanics, applied mathematics, 

numerical methods, elementary programming and structural 

mechanics. 

Program coordinator: Professor Per A. Madsen (pm@mek.dtu.dk) 

Associate Professor Poul Andersen (pa@mek.dtu.dk) 


Read more: www.skk.mek.dtu.dk 

29

Physics and Nanotechnology 

Physics and Nanotechnology 32 

Functional Nanostructures 32 

31

32 


MSc in Physics and Nanotechnology 

Semesters: 4 



Seats: 60 


Physics and Nanotechnology is a major activity at DTU with focus on physics as the basis for modern 

technology. The gap between scientific research and technological breakthroughs is narrowing and 

in fields like nanotechnology, the need for engineers with training in both scientific techniques and 

industrial research and development is growing. The program covers advanced and technologically 

relevant theoretical and experimental techniques within modern physics. The applications cover a 

wide range of topics including development of nanostructured materials with tailored electrical, 

magnetic, optical, mechanical and chemical properties; fabrication and integration of nano- and 

microcomponents; modeling of complex, biological systems; optical information transfer and data 

storage. 

The program covers four subject areas: 

Atomic Scale Physics focuses on the understanding and ”bottom-up” design of materials based 

on quantum physics. The area covers experimental and theoretical techniques to investigate and 

manipulate atomic-scale systems. 

Nanosystems engineering focuses on the ”top-down” design and fabrication of nano- and microsystems 

for use in research and industrial applications. Students are trained in state-of-the-art nano 

and microfabrication technologies in a combination of theory, simulation, device fabrication, and 

device characterization. 

Optics and Photonics focuses on understanding light propagation and light-matter-interaction and 

its application to design of photonic devices and systems. Applications include optical communications, 

nanophotonic devices, sensing and biomedicine. 

Biophysics and complex systems focuses on understanding and simulating function from molecules 

over cells to complete organisms. Further, problems of fluid dynamics are investigated. Both experimental 

and theoretical methods are applied. 

Students enrolled in the program are not limited to one of these four subject areas but are able 

to combine topics. Further, a special program with specialization in functional nanostructures with 

additional requirements in the study plan is offered. 

Career opportunities: Previous students have found employment primarily in research and 

development, in private or public organizations. Skills in advanced physics 

are in general applicable in a wide range of job types. 

Prerequisites: BSc degree from an internationally recognized university. Basic knowledge 

at the physics bachelor level within the topics of classical mechanics, 

thermodynamics, statistical physics, electromagnetism, and quantum 

mechanics. Prior knowledge within nanoscience or nanotechnology is an 

advantage but not a strict requirement. 

Program coordinator: Associate Professor Jakob Schiøtz 

(kandidatstudieleder@fysik.dtu.dk) 

Department: Department of Physics (www.fys.dtu.dk) 

Department of Micro- and Nanotechnology (www.mic.dtu.dk) 

Department of Communications, Optics and Materials 

(www.com.dtu.dk) 

Read more: www.fys.dtu.dk (Department web site) 

MSc in Functional Nanostructures 

Semesters: 4 



Seats: 60 


Functional Nanostructures is a specialization under the Physics and Nanotechnology program with 

a special focus on nanoscience and nanotechnology, an area of research where DTU is particularly 

strong internationally. 

In comparison to the Masters programme in Physics and Nanotechnology, the selection of courses 

for the student to take is shorter, with special emphasis on nanoscience. 

The program covers three subject areas: 

Atomic Scale Physics focuses on the understanding and ”bottom-up” design of materials based 

on quantum physics. The area covers experimental and theoretical techniques to investigate and 

manipulate structural, electrical, magnetic, mechanical, and chemical properties of atomic-scale 

systems. Topics include electronic quantum devices, molecular electronics, spintronics, surface and 

nanoparticle reactivity, fuel-cell and hydrogen-storage materials, electronic structure theory, and 

atomistic simulation of materials. 

Nanosystems engineering focuses on the ”top-down” design and fabrication of nano- and microsystems 

for use in research and industrial applications. Students following the program are trained 

in state-of-the-art nano and microfabrication technologies in a combination of theory, simulation, 

device fabrication in the DANCHIP cleanroom facility at DTU, and device characterization in the 

modern laboratory facilities at MIC and COM. 

Optics and Photonics focuses on understanding light propagation and light-matter-interaction 

and its application to design of photonic devices and systems. The applications are within optical 

communications, nanophotonic devices and sensing. Topics include lasers, microstructured fibers, 

photonic crystals, quantom photonics, terahertz radiation, plasmonics, biosensing, and high-speed 

transmission. 

Career opportunities: Previous students have found employment primarily in research and 

development, in private or public organizations.Skills in advanced physics 

is in general applicable in a wide range of job types and there is good 

opportunity for variation. 

Prerequisites: BSc degree from an internationally recognized university. The students 

should possess basic knowledge at the physics bachelor level within the 

topics of classical mechanics, hermodynamics, statistical physics, electromagnetism, 

and quantum mechanics. Prior knowledge within nanoscience 

or nanotechnology is an advantage but not a strict requirement. 

Program coordinator: Associate Professor Jakob Schiøtz 

(kandidatstudieleder@fysik.dtu.dk) 

Department: Department of Physics (www.fys.dtu.dk) 

Department of Micro- and Nanotechnology (www.mic.dtu.dk) 

Department of Communications, Optics and Materials 

(www.com.dtu.dk) 

Read more: www.fys.dtu.dk (Department web site)

Billede 

Telecommunication and ICT 

Telecommunication 34 

ICT 34 

33

34 


MSc in Telecommunication 

Semesters: 4 



Seats: 60 


The telecom sector plays a key role in modern society, and traditional areas of telecom, IT, and 

broadcast are rapidly converging to form a new sector for information and communication tech- 

nologies (ICT). This covers a wide range of topics, including advanced component design, complex 

network infrastructures, and development of services and ICT solutions that can meet the needs of 

the end users. The MSc in Telecommunication at DTU offers a unique possibility of having all these 

facets at one university and in one common education. As a student you can specialize in several 

ways, e.g. systems/networks, hardware design (especially optical devices and components), software 

design (including signal processing software) and applications of ICT. Five study lines are defined 

(see below), but the student may also make more individual selections to cover his or her special 

needs. Part of the individual projects in the study may be done in the industry or in another organization. 

The Copenhagen area has many possibilities covering every type of work from development 

centers for worldwide companies to small start-up companies. 

Study lines: Optical communication 

Design of optical communication systems and networks 

Signals and transmission technology 

Processing and transmission of signals in communication systems 

Protocols and network technologies 

Design, modeling and implementation of mobile and fixed 

communication networks 

ICT convergence and services 

Service development and integration for communication 

networks, seen from a technology, market, and users perspective 

ICT design, organizations and markets 

Combines knowledge about management and business 

economics with expertise in ICT systems analysis & design 

Career opportunities: The aim of this program is to train highly qualified engineers to a standard 

that will make them capable of performing research, development, 

planning, and analysis within a number of areas in telecommunication. 

Prerequisites: BSc degree in electronic engineering or computer engineering or other 

relevant academic background. Skills within the following subjects: Linear 

systems theory, electronic design, software engineering, basic telecommunication, 

data communication or communication theory. 

Program coordinator: Professor Knud J. Larsen (kjl@com.dtu.dk) 

Department: COM•DTU Department of Communications, Optics & Materials 

Read more: www.com.dtu.dk/student 

MSc in ICT 

Semesters: 4 



Seats: 60 


This program provides a broad and application oriented understanding of ICT, including the user 

and business perspectives. It emphasizes a holistic understanding of how ICT solutions can address 

the needs of end users and organizations. You can choose to work with practical development of 

ICT solutions (applications or services) and you will learn how to analyze specific problem areas 

within ICT. 

The study line “ICT Convergence and Services” has the most technical profile. It focuses on service 

development and service architectures, and solutions are often based on new terminals and net- 

work technologies (mobile phones, PDAs, wireless networks, mobile TV, etc.). The sub-specialization 

“Digital Media Engineer” deals with interactive entertainment and games development. The study 

line “ICT Design, Organizations and Markets” combines knowledge about organizations, manage- 

ment and market economy with expertise in ICT system analysis and design. 

The program is part of the MSc in Telecommunication. 

Study lines: I CT Convergence and Services 

- including the sub-specialization “Digital Media Engineer” 

ICT Design, Organizations and Markets 

Career opportunities: A solid background within service development, networks and platforms 

combined with an understanding of user needs and market perspectives 

gives students a unique profile, which is highly demanded by network 

operators, device manufacturers, broadcasters, internet service providers, 

content providers, and many other market players within ICT. Knowledge 

on how to design, manage and market innovative ICT solutions and 

services is also in high demand by e.g. consulting firms, and any private or 

public organization involved in the design and implementation of systems 

and services based on advanced ICT. Within telecom companies and public 

administrations a good understanding of policy and market issues is also 

highly relevant. 

Prerequisites: BSc degree in electronic engineering or computer engineering or other 

relevant academic background.Skills within subjects such as software 

engineering, basic telecommunication, data communication, internet 

technologies, interaction design, user and market understanding 

Program coordinator: Associate professor Henning Olesen (olesen@cict.dtu.dk) 

Department: COM€DTU, Center for Information and Communication 

Technologies (www.cict.dtu.dk) 

Read more: www.cict.dtu.dk/Education/MSc_in_ICT.aspx 

http://www.com.dtu.dk/English/Education/Int_Msc.aspx

Transportation and Logistics 

Transportation and Logistics 36 

35

36 

Transportation and Logistics 

MSc in Transportation and Logistics 

Semesters: 4 



Seats: 60 


Logistics and transportation is a condition for modern society. Engineers have always participated in 

the creation of new infrastructure, but along with the development in technology and society the 

problems have changed and become more complex. This also applies to the possibilities of solving 

transportation problems. In the past, the technical minded engineer took upon himself planning 

and management, e.g. the construction engineer who himself made forecasts on traffic or the me- 

chanical engineer who managed production, logistics and organized the supply chain to and from 

the firm. Now these tasks have developed into separate scientific disciplines and specializations. 

The DTU MSc program is one of the few full master studies in Europe dedicated to transport and 

logistics. The engineering approach to transportation and logistics implies mathematic modeling 

and computer based solutions to optimize transportation and logistics. Thus, modeling forms the 

basis of the approach of the study. The study aims at educating engineers that have substantial 

knowledge about traffic, transportation and logistics in combination with skills within the disci- 

plines of software technology, data analysis and statistics, operations research, geo informatics, 

economics, planning and management. The student may choose to focus mainly on one mode, e.g. 

road transport or rail, or the focus can be multi-modal. 

The study focuses on applications and the master project may be completed in cooperation with pri- 

vate firms or public authorities. The focus can also be on methods and research so that candidates 

wishing to pursue a Ph.D. study and research career will be prepared for this. 

Study lines: Transportation and business logistics 

Traffic planning and traffic engineering 

Modeling of traffic and transportation 

Career opportunities: As a specialist to plan or manage functions in transport and logistics departments 

in private companies, public transportation, railways, airlines, 

shipping, public authorities. Developers of methods and software for 

business and consultancy firms. Due to the state-of-the-art focus of the 

study, many candidates also choose to continue with a career as specialists 

or researchers at a university or elsewhere. 

Prerequisites: BSc degree in Mathematics, Software Technology, Civil Engineering, 

Transportation or Logistics, or Mathematical oriented studies in Planning 

or Economics 

Program coordinator: Professor Otto Anker Nielsen (oan@ctt.dtu.dk) 

Department: Centre for Traffic and Transport (www.ctt.dtu.dk/English.aspx) 

Read more: http://www.ctt.dtu.dk/English/Education/Master%20Studies.aspx

Special MSc programs 

Engineering Acoustics 38 

Petroleum Engineering 38 

Systems Biology 39 

37

38 

Special MSc Programs 

MSc in Engineering Acoustics 

Semesters: 4 



Seats: 60 


Engineering Acoustics is an exciting area of education and research with multi-disciplinary studies of 

sound and vibration phenomena. The rapidly developing research in this area includes theoretical, 

numerical and experimental aspects. The acoustic lecture courses offered at DTU cover topics within 

the broad fields of: human hearing and human response to sound, acoustic measurement tech- 

niques and electroacoustic systems, architectural acoustics as well as environmental acoustics, which 

include the many aspects of engineering noise and vibration control . The education in Engineering 

Acoustics aims to provide the conceptual framework and training in research required for advanced 

professional work in the fields of: 

- Human hearing and subjective effects 

- Transducer technology, eg microphone and loudspeakers 

- Sound recording and sound reproduction systems 

- Acoustic design of rooms, auditoria and concert halls 

- Noise control and sound quality in buildings 

- Vibration and noise control in transportation vehicles 

- Noise control of machinery and industrial plants 

The student can specialize in subjects chosen within applied acoustics or within human hearing 

system. 

With the high Danish reputation for research and development in all branches of acoustics, this 

Master education in Engineering Acoustics attracts students from all parts of the world. This results 

in a highly international study and research environment. 

Career opportunities: Our graduates are being employed by companies, research centers, and 

authorities involved in: 

Hearing aid systems, telephones and hearing protection 

Transducer manufacturing and audio system engineering 

Sound and vibration measurement equipment 

Civil engineering and architectural design and consulting 

Design and manufacturing of machinery, plants and transportation vehicles 

Engineering consulting in noise and vibration control. 

Prerequisites: BSc degree in engineering, physics or mathematics or equivalent. Students 

of the department are highly motivated and have a good background 

typically in electronic engineering, mechanical engineering, civil engineering, 

environmental engineering or in physics. 

Program coordinator: Associate Professor M. Ohlrich (mo@oersted.dtu.dk) 

Department: Ørsted•DTU, Acoustic Technology (www.oersted.dtu.dk) 

Read more: www.oersted.dtu.dk/English/education/master_programmes.aspx 

MSc in Petroleum Engineering 

Semesters: 4 



Seats: 30 


The main global energy source will remain to be hydrocarbons for many years into the future. The 

resources will be less accessible and more advanced technology will be needed in order to meet the 

demand. More oil and gas will be produced from reservoirs such as deep off shore, heavy oil, tight 

gas, and maybe even gas hydrates. The need for skilled engineers will increase for several reasons. 

First of all due to the new technological challenges and secondly because a large proportion of the 

active petroleum engineers will reach the retirement age within the next 5-10 years. 

The aim of the MSc Program in Petroleum Engineering is to train highly qualified engineers for the 

petroleum industry. The Program educates engineers to take part in research, production and/or 

consultancy within a very international industry - petroleum production. 

The MSc Program in Petroleum Engineering is interdisciplinary and includes a number of engineer- 

ing disciplines. The program comprises the following areas: 

Geology, geophysics and rock mechanics 

Reservoir engineering 

Process and facilities 

Depending on the background of the students they can choose the topics within geology and 

geophysics or topics within reservoir engineering and production. Fundamentals of petroleum 

engineering are given to all the students. 

DTU has a Student Chapter of the Society of Petroleum Engineers (www.spe-cph.org/student) 

Study lines: Reservoir Geology 

Reservoir Engineering 

Career opportunities: The graduates are typically employed by the Danish or international 

petroleum industry, engineering consulting companies, or governmental 

agencies unless they continue their education to obtain a PhD degree. 

The job situation is excellent. 

Prerequisites: BSc degree in Petroleum, Geological, Chemical, Mechanical or Civil 

engineering or an equivalent background. Applicants should have solid 

skills in general chemistry, thermodynamics, physics, analytical and applied 

mathematics. 

Program coordinator: Professor Erling H. Stenby (ehs@kt.dtu.dk) 


Read more: www.ivc-sep.kt.dtu.dk/petroleum

MSc in Systems Biology 

Semesters: 4 



Seats: 30 


Systems Biology is an emerging field that combines computational methods and mathematical 

modeling with advanced methods in biology. Data on biological systems are being generated at an 

unprecedented rate by new high-throughput techniques. A new approach and new methods are 

needed to convert these enormous data resources into biological knowledge. 

The completion of genome sequencing projects provides new challenges and opportunities for un- 

derstanding molecular and cellular biology. The post genomic era we find ourselves in has changed 

the way many scientists approach biology. Now that all the functional components of the cell can 

be identified from the genomic sequence, new systematic analysis are being performed to measure 

all transcript and protein levels (via DNA microarrays, mass spectrometry ,and others). In addition, 

the interactions between proteins and cellular components are being systematically measured to 

provide new functional information about pathways and complexes that exists in the larger context 

of biological networks. Integration of information about gene levels with biological networks can 

be used for data mining or to construct models that simulate signaling and metabolic processes. 

Models of cellular processes can then be used to make predictions that can be experimentally tested 

in the lab. 

There are many new opportunities for basic and applied science when engineering principles 

are brought to bear on biological systems. Modeling efforts may be used to gain a qualitative 

understanding basic biological phenomena or may be used to focus on the prediction of novel drug 

targets. Metabolic models can be used to develop more efficient cell factories for the production of 

pharmaceuticals, food ingredients, or alternative fuels. 

Career opportunities: Challenging jobs in research, development, innovation or management of 

biotechnology both at universities and in industry. 

Prerequisites: BSc degree in biotechnology, chemical engineering, biochemistry, microbiology, 

molecular biology or other relevant academic background. Skills 

within biochemistry, microbiology or molecular biology are required 




Special MSc Programs 

39

40 


As part of Scandinavia, Denmark brings you 

• the brisk autumn with its clear days and westerly winds 

• the cold and dark, yet beautifully illuminated and cosy period around Christmas and New Year 

• the bright sunshine and the burst of green leaves and coloured flowers in the spring 

• the long and bright Scandinavian summer evenings and nights 

• the endless days on a sandy beach 

• the storms and calms of the sea - never more than 50 minutes drive away

Get ready for DTU 

41

42 

Application 

Application form 

DTU uses an online application system called International Campus Net (ICN). Go to www.dtu. 

dk/English/education.aspx and follow the instructions. ICN opens for MSc applications in medio 

October 2006. 

Prepare your application well in advance of the application deadline in order to gather all required 

documents. Remember to have all documents certified and translated into English. Also remember 

to send two copies of the whole application. 

Important dates 

Date Early admission Late admission 

Medio October 2006 ICN online application system opens ICN online application system opens 

March 15 2007 Early Application Deadline* 

April 27 2007 Admission letter from DTU 

April 27 2007 State Scholarship awards from DTU to non-EU/EEA citizens 

May 6 2007 Deadline for admission acceptance 

May 18 2007 Sponsorship awards from companies to EU/EEA citizens 

June 1 2007 Deadline for tuition payment for non-EU/EEA citizens Late Application Deadline 

July 2 2007 Admission letter from DTU 

July 9 2007 Deadline for admission acceptance 

September 3 2007 Semester start Semester start 

* If you apply by the Early Application Deadline you will be able to: 

1) Apply in due time for residence permit. 

2) Get assistance in relation to your application for accommodation. 

3) Be considered for the State Scholarships, if you are a non-EU/EEA citizen. 

4) Be considered for the scholarships awarded by the DTU Student Sponsorship companies, if you are an EU/EEA citizen. 

IMPORTANT: If you do not apply by this deadline we can not guarantee either of the above.

Admission 

In general 

The academic level of the MSc Programs is highly advanced and a thorough basic 

knowledge of an engineering or science discipline related to the topic of the MSc 

program is required for admission. In each individual case, the decision of admission 

will be based on the following criteria: 

General admission criteria (DTU TOEFL code is 1684) 

Degree Bachelor degree (or equivalent) in Engineering or Science obtained at an 

internationally recognized university 

Grade point At least 70-75% of the maximum obtainable grade. Can vary depending on 

average 

the grading system of the university having awarded the Bachelor degree 

Special Solid skills in Mathematics plus basic computer and programming skills 

English language Minimum entry levels: 

proficiency 

TOEFL Paper-based 573 

Specific requirements 

TOEFL Computer-based 230 

TOEFL Internet-based 88 

IELTS 6.5 

Each MSc program description includes information on specific requirements regarding 

qualifying Bachelor degrees. 

43

44 

Tuition and living expenses 

Tuition fee 

The MSc programs are free of charge for EU/EEA citizens as tuition fees are covered by the 

Danish state. Non-EU/EEA nationals pay tuition fees. For exemption, please visit the DTU 

website at www.dtu.dk/English/education/MSc/Tuition_Fees_Terms_of_Payment.aspx 

Tuition fee and living expenses 

EU/EEA citizens € 0 € 6,700 € 0 € 6,700 € 13,400 

Non-EU/EEA citizens € 13,500 € 6,700 € 13,500 € 6,700 € 40,400 

Scholarships and sponsorships 

Nomination 

Students do not have to apply for scholarships or sponsorships separately. The 

respective program committees will nominate the recipients among all admitted 

students on the basis of their qualifications and previous academic performance. 

Scholarships and Sponsorships support tuition and/or expenses 

First year Second year Total 

Tuition Expenses Tuition Expenses 

First year Second year Total 

Tuition Expenses Tuition Expenses 

State Scholarship 

Non-EU/EEA citizens € €13,500 € € 6,700 € 13,500 € € 6,700 € 

40,400 

Company Sponsorship 

EU/EEA citizens € € 0 € € 4,000 € € 0 € € 4,000 € 

8,000

Residence permit 

Residence permit 

Your residence permit application must be submitted to the Danish embassy or consulate in 

your home country as soon as you receive your Admission Letter from DTU. The embassy or 

consulate will send your application to the Danish Immigration Service which is responsible 

for granting your residence permit. Please note, that it takes several months to process 

your residence permit application. 

Residence permit and proof of funds 

Residence permit Apply before arrival Apply after arrival Proof of funds 

(equivalent to DKK 50,000) 

Nordic citizens No - - No 

EU citizens Yes Yes Yes No 

Others Yes Yes No Yes 

Accommodation 

Accommodation 

If you have made use of the Early Application Deadline 

and you have been admitted to a MSc program , you 

will receive information and advice from the 

Accommodation Office at DTU. 

Students live in dormitories, on-campus accommodation 

or rented rooms with private landlords. 

Please note that we are only able to guarantee ac- 

comodation for the first year of your stay. Therefore, 

make sure to apply for accomodation upon arrival. Go 

to www.ciu.dk for more information. 

Further information on residence permits and procedures is available at: 

DTU www.dtu.dk 

Danish Immigration Service www.udlst.dk 

Further information on Danish embassies abroad is available on: 

Danish embassies and consulates www.ambassade.dk 

45

46 

Health and liability insurance 

Insurances 

Citizens of countries outside EU/EEA and the Nordic Countries are not 

covered by public health insurance during the first 6 weeks of their stay 

in Denmark, after which they will be covered automatically by the Danish 

Health Service. Non-EU/EEA citizens are advised to take out a private six- 

week health insurance in their home country to provide interim coverage. 

Furthermore, each student in the MSc programs is recommended to take 

out liability insurance. 

EU/EEA citizens staying in Denmark who have a residence permit and an 

E-104/E-111 form from their home country are also covered by the Danish 

Health Service. 

Citizens from the Nordic Countries are covered automatically by the Danish 

National Health Service. 

Health and liability insurance 

Health insurance Liability insurance 

Automatically Covered after Private six weeks 

covered six weeks health insurance 

Nordic citizens Yes Yes Not necessary Recommended 

EU/EEA citizens* Yes Yes Not necessary Recommended 

Others No Yes Recommended Recommended 

* Provided they have an E-104/E-111 form

Campus, social life and student association 

Campus 

DTU is located in Lyngby, north of Copenhagen. The campus 

is 1 km2 in area, with 396,000 m2 of floor space in buildings 

for research, teaching, administration and service. Scion-DTU 

in Hørsholm has additional buildings totaling 125,000 m2 of 

floor space for research and development. 

Research 

DANCHIP, cleanroom facility 

Chemical Engineering Pilot Plant 

Scion-DTU, Research Park 

Thirteen residences for guest professors 

Teaching 

More than 20 fully equipped student data bars with Internet 

access and printing and copying facilities 

Fully modern lecture halls, classrooms, teaching laboratories 

and workshops 

Two modern multipurpose teaching buildings with adapt- 

able installations 

All-campus wireless Internet access 

Dormitories 

Kampsax Dormitory 521 rooms 

Villum Kann Rasmussen Dormitory 84 rooms 

William Demant Dormitory 100 rooms 

International Campus Village 185 rooms 

Other 

Child-care center 

Oticon Building for concerts and social events 

Local 27.9-MW power plant 

Bookstore 

Bank 

Grocery store 

Student cantina, Café and pizza bar 

Student union: Polytechnic Association (PF) 

PF is the student union representing all students at DTU. 

PF is represented in the Governing Board, the Academic 

Council and all the staff-student committees within the 

degree programs. 

PF manages the buddy program. Each international student 

can be assigned an experienced student – a buddy. The 

buddy is responsible for successfully adapting the international 

student to the way of living in Denmark and to studying 

at DTU. PF also manages a similar program for Danish 

students at DTU. 

The S-Huset (the student house) is the center for most activities. 

In addition to being the PF headquarters, it is a place 

for students to relax or study. Especially important is the 

student bar Kælderbaren, which organizes an international 

student evening every Tuesday and live music concerts every 

Friday. 

Sports 

Fitness center 

Soccer field 

Rugby field 

Beach volleyball court 

Street basketball court 

Sports center 

Several sports associations: 

cycling 

sailing 

rugby 

badminton 

soccer 

volleyball 

DTU publishes a guide for International Students: “Get Ready”. 

The guide contains practical information on academic and 

social life at DTU and on living in Denmark. “Get Ready” is 

available from www.dtu.dk or by contacting the Section for 

International Affairs (please ask for ”Get Ready”). 

47

48 

Research and internationalization 

European top class university Citation impact 1995–2005 

8 .0 

7 .5 

7 .0 

6 .5 

6 .0 

5 .5 

5 .0 

4 .5 

4 .0 

3 .5 

3 .0 

4 . 0 

3 . 5 

3 . 0 

2 . 5 

2 . 0 

1 . 5 

1 . 0 

0 . 5 

0 . 0 

1 9 9 5 -9 8 1 9 9 6 -9 9 1 9 9 7 -0 0 1 9 9 8 -0 1 1 9 9 9 -0 2 2 0 0 0 -0 3 2 0 0 1 -0 4 2 0 0 2 -0 5 

Technical University of Denmark, DTU 

Royal Institute of Technology, Sweden 

Technical University of Munich 

Technical University of Denmark, DTU 

Norwegian University of Science and Technology 

Royal Institute of Technology, Sweden 

ETH Zurich 

Delft University of Technology 

Source: Science Citation Index/Institute of Scientific Information 

Data processing: DTU Analysis & Research Promotion Center (D’ARC) 

Best in Scandinavia Citation impact 2000–2005 

Tampere University of Technology 

Chalmers University of Technology 

Helsinki University of Technology 



SCI indexed research articles 

1 2 0 0 

1 0 0 0 

8 0 0 

6 0 0 

4 0 0 

2 0 0 

0 

3 0 0 

2 5 0 

2 0 0 

1 5 0 

1 0 0 

5 0 

0 

1 9 9 6 1 9 9 7 1 9 9 8 1 9 9 9 2 0 0 0 2 0 0 1 2 0 0 2 2 0 0 3 2 0 0 4 2 0 0 5 



International MSc student admission 

6 0 0 

5 0 0 

4 0 0 

3 0 0 

2 0 0 

1 0 0 

0 

1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 

Student exchange 

1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 

International MSc 

student at DTU 

International exchange 

students at DTU 

DTU students abroad

Facts and Figures 

2005 

Finances EURO 1,000,000 

Research, finance act 70.5 

Education 49.1 

Rental subsidy 29.1 

Other 16.3 

External funds 59.0 

Miscellaneous activities 6.8 

Income 230.8 

Ordinary 217.6 

Financial 10.5 

Expenses 228.1 

Result 2.7 

2005 

Staff Faculty Nonfaculty Total 

Professors 116 9 125 

Associated professors 344 73 417 

Assistant professors 38 130 168 

Research assistants 62 62 

Postdoctoral fellows 73 73 

Other scientific personnel 9 9 

Total scientific personnel 498 356 854 

Technical and administrative 493 143 636 

Central administration 150 

Campus service 103 

Subsidiaries 

2005 

Turnover EURO 1,000,000 

SCION-DTU A/S Science park 13.4 

DTU-Innovation A/S Venture capital company 3.9 

IPU DTU affiliated institute 6.0 

BIONEER A/S Biotech research and consultancy 3.9 

Innovation 2005 

IPR 

Start up companies 7 

Reported inventions and filed patents 11 

Partner and company contracts 360 

The alumni association-DTU 2005 

Active alumni ambassadors 

Danish citizens 8,063 

Foreign citizens 479 

Since 1945 approx. 30,000 Alumni have graduated from DTU 

Education and students 2005 

Education 

MSc Eng programs in English 33 

MSc Eng programs in Danish 3 

BSc Eng programs in Danish 13 

B.Eng programs in Danish 

Students 

8 

PhD scholars 673 

MSc and BSc students 4.554 

B.Eng students 1,720 

49

www.dtu.dk 

Section for International Affairs 

Technical University of Denmark 

Building 101 

DK-2800 Kongens Lyngby 

Denmark 

Telephone: (+45) 45 25 10 23 

Fax: (+45) 45 87 02 16 

E-MAIL: intcouns@adm.dtu.dk 


Technical University of Denmark

MSc programs - DTU

You also want an ePaper? Increase the reach of your titles

Delete template?

Save as template?