Master Technology
Master degrees within the Technical field
Advanced and Applied Chemistry
Learn how to develop and design materials and products through knowledge of chemistry, for example, development of pharmaceuticals.
Applied ICT
The programme is about developing services and solutions using Information and Communications Technology.
Architectural Design
In the advanced Architectural Design programme, you work with the design of city neighbourhoods, industrial productions, digital design, etc. You will follow courses in both technical and aesthetic subjects, enabling you to solve concrete projects.
Architectural Engineering
The programme combines engineering with design and architecture. You will work with planning, design and operation of buildings.
Building and Construction
In this programme, you can specialise in Building Structures, Building Services, Soil and Water Mechanics, Urban and Construction Management, or Indoor Environmental Engineering.
Chemical and Biochemical Engineering
Chemical and Biochemical Engineering is the engineering field dealing with development of products and production processes requiring chemical, biochemical and physicochemical transformations of raw materials. The programme is centered on methods with general applicability, fx to chemicals, pharmaceuticals, advanced materials, or fuels.
Computer Engineering (Software)
As a student of Computer Engineering (Software), you will learn to develop different kinds of software solutions, for example business applications, games, network applications and basic software.
Computer science
Computer Science is a theoretic programme in IT, which provides you with a broad comprehension of how IT systems function. You will also acquire the scientific tools needed to solve IT problems and develop new systems.
Design and Innovation
The programme will teach you methods to design new products and systems so they will be easier and cheaper to manufacture. Examples are mobile phones, kitchen appliances and computer systems.
Electrical Engineering
Study the interaction between software and hardware in electrical circuits and areas like acoustics, wireless engineering, electric power engineering and automation and robot technology.
Electronics and Information Technology
You learn to design and build electronic equipment and electrical apparatus. This can be anything from small components like transistors and microcomputers to complete computer systems.
Engineering Design and Applied Mechanics
You will study the design and development of mechanical components and production equipment and specialise in energy systems or coastal and maritime engineering.
Environmental Engineering
In the programme, you learn to prevent and solve environmental problems. You will study society's environmental concerns and learn how they can be resolved technically.
Food Technology
Food Technology is about designing and developing food products. You will learn to use advanced techniques of biotechnology, microbiology and bioinformatics.
Information Architecture
In the Information Architecture programme, you learn how to design and develop content and structure in digital information systems - for example on the internet.
Innovation and Business
The programme deals with developing ideas for new products. You will learn to develop ideas for products and businesses. At the core is the idea of being creative and having technical knowledge and good business sense.
Innovative Communication Technologies and Entrepreneurship
The programe combines a technical knowledge of communications technologies and converging media (mobile, Internet and digital TV) with creativity, market and user awareness.
IT Product Design
You learn how to design intelligent IT products that focus on on people and their needs. You will study the design process and develop methods and techniques to engage the users.
Materials Science and Engineering
In the programme, you will work with materials such as plastic, concrete and metals. You will learn about the composition and production of materials and about which materials are suitable for different products
Mathematical Modelling and Computation
Study and develop mathematical models and methods for industrial applications, agriculture, information services, financial institutions and government.
Mechatronics (Engineering)
You will learn to use technologies such as mechanics, electronics and software - and you will be able to develop user friendly products of the future that combine these technologies. The study programme will focus on the whole process - from idea to final product.
Medicine and Technology
You will learn to develop computer based methods to examine, diagnose and treat illnesses.
Pharmaceutical Sciences
The programme focuses on the various phases of the drug development process. You will learn about pharmaceuticals from the discovery and development of new active substances to their effect and use in patients. An MSc in Pharmaceutical Sciences will qualify you to work in in the pharmaceutical industry and in research and teaching.
Physics and Nanotechnology
You will work with both scientific techniques and modern processing methods at molecular scale level. For example development of nano-structured materials with tailored electrical, magnetic, mechanical and chemical properties or modelling of complex, biological systems.
Physics and Technology
You will learn how to use physics to develop new materials and products that reproduce light and sound. In the programme, you will specialise in either acoustics (the study of sound), optics (the study of light) or in material studies.
Process Analytical Technology
In the Process Analytical Technology programme, you learn to control, develop and improve the production of various products, such as food or medicine. You learn how to ensure that the product, for example a pill, is up to standards.
Product Development and Innovation
The programme combines theory and business related projects. You will be able to work in counselling, with project management or the development of refrigeration and control systems.
Production
You will learn to develop technological products. You will learn to manange the development, production, sale and servicing of for example industrial robots, wind mills or health care activities.
Refrigeration
The programme is about developing refrigeration systems that are energy-conserving and environmentally friendly.
Robotics
The programme focuses on the robotics development of the future, for example the new personal service robots, modern industrial robots and the design of the car of tomorrow.
Software Construction
You will learn to develop different kinds of computer systems. The focus is on the areas of programming, computer architecture and information seeking.
Sustainable Energy
You will learn about environmentally friendly energy techologies and systems. You can specialise in for example Electrical Energy Systems or Energy Savings.
Systems Biology
You will learn to analyse and apply information about complex biological systems using it-based methods. Your knowledge can for example be used to develop new kinds of medicine.
Technological and Socio-Economic Planning - TekSam
Environmental policy and the global challenge- international, regional and global perspectives
Telecommunication
You will work with research and development in telecommunications. You can concentrate on development of hardware or software for telecommunication systems or for individual components.
Thermal Energy and Process Engineering
The primary purpose of the educational programme in Thermal Energy and Process Engineering is to provide students with a basic knowledge within thermal, electrical and mechatronic control engineering, enabling students to understand the different energy engineering processes which found the basis for production, distribution and consumption of energy.
Urban, Energy and Environmental Planning
In the programme, you learn about urban planning, energy planning and environmental planning in international, national and regional settings.
Wind Energy
Wind Energy is about using the energy of the wind. You will learn to design and develop windmills
Wind Power Systems
The primary purpose of the educational programme in Wind Power Systems is to provide students with a basic knowledge within thermal, electrical and mechatronic control engineering, enabling students to understand the different energy engineering processes which found the basis for production, distribution and consumption of energy.
