MSc in Advanced and Applied Chemistry
Chemistry is everywhere in today’s world. Mastering chemistry is crucial for the design
of a wide range of everyday products and novel, environmentally friendly materials, products and processes. Design of materials with tailor-made properties requires an enhanced understanding of their synthesis, physico-chemical characteristics, characterization and structure-property relationships at both molecular and nanoscale level. Engineers with this background are required to collaborate with those involved in the production of final products and those designing the requisite processes.
This MSc Program provides a broad background in the design of advanced materials at both 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 either as part of the course, as a specific project or during the MSc thesis.
There is a possibility of specialization in one of three areas of high technological and
scientific interest: polymer engineering, catalysis and nanotechnology, and pharmaceutical
technology. Alternatively, you can design your own study plan with emphasis e.g. on analytical
chemistry, materials or environmental chemistry.
Program Coordinator:
Associate Professor Georgios M. Kontogeorgis
International Affairs:
E-mail: [email protected]
Telephone: +45 45 25 10 23
Homepage: www.dtu.dk
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Tuition fees
EU/EEA citizens € 0, non EU/EEA citizens: € 13,500 pr year
Start dates
Danish students: February and September 2008
International students: September 2008
Length
Four semesters
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Area of study
Engineering & Technology
Last update
2008-08-01
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Length
Four semesters
Start dates
Danish students: February and September 2008
International students: September 2008
Application Deadline
Students wishing to begin an MSc program in September 2008 must apply by March 15, 2008
Teaching Language
English
Exams Required
Degree: Bachelor degree (or equivalent) in Engineering or Science obtained at an
internationally recognized university
Grade point average: At least 70-75% of the maximum obtainable grade. Can vary depending on
the grading system of the university having awarded the Bachelor degree.
Special Solid skills in Mathematics plus basic computer and programming skills.
English language proficiency:
Minimum entry levels:
TOEFL Paper-based 573
TOEFL Computer-based 230
TOEFL Internet-based 88
IELTS 6.5
Other Requirements
BSc degree in Chemistry,
Chemical Engineering, Biochemical
Engineering, Chemical Technology,
Biotechnology, Environmental
Engineering or related fields.
Application form
www.dtu.dk/English/education/MSc/Admission_Application/Application.aspx
Course content
Advanced and Applied Chemistry – study lines
Polymer Engineering
In polymer materials a large number of smaller molecules, monomers, form large molecular structures. 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, telecommunications, etc). New polymers are synthesized with functionalities (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 M.Sc. Degree covers all aspects of polymer engineering and science including:
1) Polymer chemistry: Synthesis of polymers with controlled structures such as chain
backbone, branching, cross links and functional units for special optical, electrical,
surface or barrier properties.
2) Polymer technology and physics: Connection between chemical composition and
macroscopic properties. Compounding and preparation of polymer blends and composites. Polymer rheology and connection to structure. Multiphase polymeric systems and polymers with nano-size structures.
3) Polymer processing: Numerical modeling of injection molding, extrusion, thermoforming
and film blowing.
Program Coordinator: Professor Ole Hassager ([email protected])
Catalysis and Nanotechnology
There is an increasing demand for expertise within the area of advanced materials
including catalysts and nanotechnology.
This specialization in Catalysis and Nanotechnology will produce Masters of Science
competent in synthesis, characterization and application of catalysts for environmental
processes, fine chemicals, energy conversion and fuel cells and nanoscale chemistry,
biochemistry and catalysis.
The students will have the opportunity to acquaint themselves with the theoretical
aspects of catalysis including reaction kinetics and reaction mechanisms.
Theoretical and practical insight in the construction and performance of research
test rigs and industrial-reaction engineering are further important elements of this degree.
Understanding the relation between the structure and properties of the advanced
materials and catalysts is essential for this specialization. Therefore students will acquire
methods of researching surface studies and spectroscopic and x-ray characterization of molecular species and structures of solids.
The education will therefore be multidisciplinary, enabling the student to communicate with colleagues from very different scientific backgrounds.
Program coordinator: Professor Rasmus Fehrmann ([email protected])
Pharmaceutical Technology
It is of paramount importance to have drugs that are both efficient, selective and without
serious side effects. The MSc in Pharmaceutical Technology ensures competence in Medicinal chemistry and organic synthesis and brings with it the opportunity to work in drug design and development.
The program will teach you about the process of producing a pharmaceutical from the initial idea to the final drug used in the treatment of a disease.
Designing and executing a short and efficient synthetic route to a desired chemical
substance is vital to drug development programs. This requires an in-depth knowledge
of theoretical and practical organic chemistry, which is an important part of the MSc program. Furthermore, you will gain experience in the important field of molecular modeling.
You will have the opportunity to use your knowledge in research and development
projects relevant to drug development and production. Some projects will be carried
out in close collaboration with industrial partners from pharmaceutical companies.
Program Coordinator:
Assistant Professor Mads H. Clausen ([email protected])
Intake per year
60
Application/vacancy ratio
n/a
Number of nationalities
n/a
Average age
Percent male
Percent female
Tuition fees
EU/EEA citizens € 0, non EU/EEA citizens: € 13,500 pr year
Scholarships
State Scholarships are given to a group of Non-EU/EEA citizens and Company Sponsorships are given to a group of EU/EEA citizens. PLEASE NOTE that 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.
Financing contacts
n/a
