Engineering: Energy and Environmental Engineering (300 ECTS credits)

Education

You meet committed teaching staff by the National Agency describe, "to have an impressive holistic approach to learning." We give priority to education in dialogue instead of one-way communication to a large lecture hall. You will also learn to work in projects and managing group dynamics in order to be equipped for business work. In the end of the program you choose an area for you to specialize within.
You get you a broad expertise in energy and environmental technologies, where knowledge of optimization of energy transformations is central. You meet the technology practical both in the laboratory and in industry. You read the theory needed to develop technologies that are more energy efficient, more economical and less environmental impact. Technology courses interspersed with practical and research-projects and expansion in areas such as design, materials or industrial economics.

Form of Instruction

Instruction is given in the form of lectures, classes, practices, laboratory work, and as project work under supervision.

Examination

Examination usually takes place at the end of each course, module, or unit. There are no set examination periods, and generally no final exam at the end of a semester, an academic year, or a complete study programme.

Study Abroad

We encourage our students to read parts of the training abroad. During the program"s seventh semester is there a block of elective and optional courses. Many of our students choose to study that semester at another university abroad. Contacts can be mediated by central functions for International Studies at Karlstad University.
The program"s students have historically shown great interest in doing thesis work in a developing country. We now have a well-developed network of contacts with, among others Ghana where we are happy to recommend students to travel to connection with their thesis.

Professional Contact

In connection with projects students are introduced to one of the programme partner companies or any other suitable company, one of which will very likely play a part in the completion of a degree project.

Course of study

Term 1 ECTS credits
Project Methodology with Project Planning (Compulsory) 3
Programming Techniques for Engineers (Compulsory) 6
Calculus in one variable (Compulsory) 7.5
Foundation course in Mathematics (Compulsory) 7.5
Experimental Scientific Methods with Computer Aid (Compulsory) 6
Total ECTS credits: 30 
Term 2 ECTS credits
Wave Physics and Electric Circuits (Compulsory) 7.5
Matter (Compulsory) 7.5
Mechanics for Engineers (Compulsory) 7.5
Calculus in several variables (Compulsory) 7.5
Total ECTS credits: 30 
Term 3 ECTS credits
Thermal fluid sciences (Compulsory) 7.5
Environmental technology (Compulsory) 7.5
Thermodynamics and energy technology (Compulsory) 7.5
Linear Algebra and Vector Calculus (Compulsory) 7.5
Total ECTS credits: 30 
Term 4 ECTS credits
Environmental Chemistry (Compulsory) 7.5
Stochastic Methods (Compulsory) 7.5
Building Services Engineering (Compulsory) 15
Total ECTS credits: 30 
Term 5 ECTS credits
Energy and Environmental Systems (Compulsory) 30
Total ECTS credits: 30 
Term 6 ECTS credits
Cleaning technologies (Compulsory) 15
Materials Engineering for Engineering Science (Elective) 7.5
Energy and Environmental Technology: Degree Project (Elective) 15
Solid Mechanics for Engineering Science (Elective) 7.5
Total ECTS credits: 30*
Term 7 ECTS credits
Optional course (Optional) 7.5
Automatic Control (Elective) 7.5
Environmental Impact Assesment (Elective) 7.5
Design for Sustainable Development (Elective) 7.5
Environmental impact assessment for energy systems (Elective) 15
Optional course (Optional) 7.5
Total ECTS credits: 30*
Term 8 ECTS credits
Measurements and Modelling (Compulsory) 15
Optimization of Environmental and Energy Systems (Compulsory) 15
Total ECTS credits: 30 
Term 9 ECTS credits
Heat and Mass Transfer (Compulsory) 15
Research and Development Project (Compulsory) 15
Total ECTS credits: 30 
Term 10 ECTS credits
Degree Project for Master of Science in Engineering, Environmental and Energy Engineering (Compulsory) 30
Total ECTS credits: 30 
* Full-time study always equals 30 ECTS credits per term (20 weeks).
Elective course: Students are free to choose among certain alternative courses, often depending on their choice of specialisation.
Optional course: Students are free to choose any course offered at Karlstad University or at other universities. Courses listed are examples of recommended or frequently chosen courses for a specific programme.