Bachelor of Science in Enviromental and Energy Engineering

Study programme
Prerequisites
General entry requirements plus either:
? field-specific eligibility 8 (Mathematics D, Physics B and Chemistry A) or
? field-specific eligibility A8 (Mathematics 3c, Physics 2 and Chemistry 1)
Students starting in the spring term start with a preparatory semester to fulfil the entry requirements and join the programme the following autumn.
While studying
Education
In the course of the programme you will be working with heating, cooling and ventilation systems, water purifying systems, power and district heating systems, drying systems etc. You will study these systems in laboratories, but also in industries. You will measure, test and develop your understanding of the theories needed to answer the following questions: - How should a system be designed to be energy effective? - How should systems be designed in order to have low impact on the environment? - How should systems be designed to be economically efficient? You will work with dedicated teachers, whom the Swedish National Agency for Higher Education rated as "having an impressively holistic view of learning". Unlike traditional university education with lectures and little contact between teachers and students, we work in small groups with plenty of time for dialogue. A team of teachers are responsible for the programme and integrate several subjects in the course instead of separating them. You will learn to work in projects and to handle group dynamics in order to be well prepared for industrial modes of working.Examination
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. Examination usually takes place at the end of each course, module, or unit.Professional Contact
Many programme courses include visits to corporate and municipal energy and purification plants where students meet with engineers who describe their tasks. Problems and data from the plants are used to practise solving problems related to the students' future work. Many companies approach us to offer information of their operations with a view to recruiting future employees. Graduates are also invited to share their experiences of studying and working.Course of study
Semester 1 | ECTS credits |
---|---|
Thermodynamics and Fluid Mechanics (Obligatory) | 15 |
Sustainable Development for Engineering (Obligatory) | 7.5 |
Environmental Chemistry (Obligatory) | 7.5 |
Semester 2 | ECTS credits |
---|---|
Mathematics for Engineers I (Obligatory) | 7.5 |
Mathematics for Engineers II (Obligatory) | 7.5 |
Heat- and Mass Transfer (Obligatory) | 15 |
Semester 3 | ECTS credits |
---|---|
Energy for sustainable development (Obligatory) | 30 |
Semester 4 | ECTS credits |
---|---|
Building Services Engineering (Obligatory) | 15 |
Cleaning technologies (Obligatory) | 15 |
Semester 5 | ECTS credits |
---|---|
Energy and Environmental Systems Analysis (Obligatory) | 30 |
Semester 6 | ECTS credits |
---|---|
Energy and Environmental Technology: Degree Project (Elective) | 22.5 |
Optional course (Optional) | 7.5 |
Energy and Environmental Technology: Degree Project (Elective) | 15 |
Energy and Environmental Technology: Degree Project (Elective) | 15 |
Energy and Environmental Technology: Degree Project (Elective) | 30 |
*Full-time study always equals 30 ECTS credits per semester (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.