MSc in Mathematical Modeling and Computation
Mathematical modeling means working with maths in many different areas, from health care to environmental engineering. It requires communication skills, creativity, an open mind, a broad interest in the world around us and the ability to work closely with others.
Mathematics is a part of our everyday lives: it is in cellular phones, train schedules and
search engines – to name but a few. And its future looks even brighter. There is ever
increasing demand for mathematical models and methods in industrial applications, information technology, financial institutions, earth observation, health care and many other areas driven by technological progress. The demand for quick, easy data-access is creating further opportunities. Examples include airline scheduling, medical imaging, DNA sequencing, wind power, and drug development.
This MSc program covers a wide range of topics in mathematics and its applications.
The goal is to provide graduates with a solid foundation in applied mathematics and
mathematical modeling for industrial research and development, combined with skills in operating modern computing facilities for handling large amounts of data.
The program is a continuation of a highly successful and popular program, whose
graduates now work in virtually all sectors of society. Students who take advantage of our uniquely-designed cooperative thesis projects with industry often receive employment offers from the company or institution involved. Many students go on to PhD programs or are offered research and development jobs. Industrial as well as governmental grants are available.
Program coordinator:
Professor Helle Rootzén
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
2008-08-02
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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 (applied) mathematics
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
Applied Mathematics, Programming, Physics
and Chemistry.
Application form
www.dtu.dk/English/education/MSc/Admission_Application/Application.aspx
Course content
Mathematical Modeling and Computation – study lines
Computational Data Analysis
The student will work in the interface between applications and the world of science, computing, and mathematics, learning how to build and analyze the mathematical models that underpin advanced problem-solving in research and industry.Detailed analysis of large amounts of data is an integral part of daily life and new mathematical and statistical methods facilitate advanced modeling of complicated
technical or biological systems.
Operations Research for Decision Making
The use of computer support for decision-making in companies and public institutionsis rapidly increasing. Airlines, public transport companies, banks, and health care institutions use decision-support in material- and manpower-planning, routing, scheduling, and investment planning. The most advanced tools are based on mathematical models developed in Operations Research (OR): “the science of the better”.
Mathematics and Scientific Computing
Applying mathematics in the analysis, modeling and solution of complex problems typically involves advanced mathematical techniques, computer simulations and methods for optimization, data analysis and visualization. This requires a combination of modern mathematics and numerical analysis with computer programming - collectively known as scientific computing. This study line will provide the student with a solid understanding of the underlying abstract and applied mathematical tools, alongside techniques for problem-modeling and the design of efficient computer algorithms.
Secure and Reliable Computing
Modern, professional, reliable IT and communication systems are constructed using
formal logical methods and representations for modeling problems. The ingredients are a mixture of elements from computer-and-network security, cryptography and error-correcting codes. This study line will provide the student with both the theory and the technology -
based on well-founded mathematical methods, tools and techniques - for designing, analyzing, implementing and validating modern, secure, future-safe IT-systems.
Geomatics Engineering
The precise positioning of cars, ships and airplanes using GPS, the mapping of the
impact of climate changes using Earth-observation satellites, and combining spatial
information for analysis and decision-making are all Geomatic uses of advanced mathematics and information technology. Geomatics engineering covers a variety of disciplines in Geodesy, Geoinformatics, and Earth Observation. The emphasis is on forms of expertise widely used in surveying, mapping, GIS, developing space methods for Earth observation and developing GPS-applications.
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
