Last edit: 22/05/2019
Structure of the education
The study year is normally divided into 4 study periods and two or three courses are taken simultaneously at each period. Teaching and examination methods vary between courses. Normally, a proportion of the course is lectures, which gives an introduction with the concepts and theories. Exercises, seminars and laboratory work enhance the understanding of the theoretical relationship. Projects, based on the industrial model, have an essential role in the education. These projects are designed to improve group skills when working with real-life assignments from an engineering point of view.
In order to create a continuity of the program, collaboration between courses within each study year, as well as between study years, is emphasized. The programme is completed by doing a degree project, which is often carried out with a commission outside the school.
The programme’s first year is mainly devoted to courses in mathematics and basic chemistry. During the second year, the courses predominately consist of chemistry subjects. The programme’s third year consists of advanced courses in chemistry, chemical engineering and environment. The program includes 13,5 credits elective courses in which students can choose to raise their profile. These courses are normally taken during the programme’s third years.
The programme is course-based. Lists of courses are included in Appendix 1: Course list
Courses in the first and the second cycle are graded on a scale from A to F. A-E are passing grades, A is the highest grade. The grades pass (P) and fail (F) are used for courses under certain circumstances.
Conditions for participation in the programme
Before every term the student has to register for the programme via the personal menu. Term registration is required in order for you study results to be registered and for CSN to distribute student aid.
The students who have not fulfilled the conditions for advancement must contact the programme coordinator.
Conditions for advancement
For studies in year 2, at least 45 credits from the first year are required. The students, who have not passed the credit limit after the re-exam period in August, must contact the educational coordinator for an individual study plan.
At least 90 credits must be achieved before the start of study year 3. The students, who have not fulfilled this requirement, must contact the programme coordinator for an individual study plan.
Each student should register for the course via the personal menu. Students, who have been registered on a course and then decide not to pursue the course, must notify that immediately to the teacher who is responsible for the course.
It is each student's responsibility to ensure that prerequisites from previous courses are reached before starting a new course. Information about prerequisites is assigned in the respective syllabus.
Recognition of previous academic studies
The student has the right to transfer course credits from the college/university within or
outside the country. The precondition is that the course / courses are of such a nature and has such an extent that they basically correspond to the qualification criteria for the programme. In the case of whole courses, it must be checked by the programme director. Part of a course is checked by the examiner.
Courses that in contents overlap with another or other courses in the programme cannot be counted within the framework of the 300 credits, which is the basis for the degree.
Students in the program have the opportunity to study one or two semesters abroad at a foreign institution, which KTH is cooperating with. The students don’t need to pay the fees which would otherwise be charged by foreign students. Exchange studies can be done in the third year of the programme. It is also possible to do the Master’s thesis abroad.
Information about studying abroad is given by the international coordinators at the student office, which also provide information on current application period. The students can find the application forms at the student office.
After evaluation, the exchange studies can count as part of the programme. The outgoing student must set up a "Learning Agreement" with the programme director, which implies the prior approval of the exchange studies. The studies are normally given in the language spoken in the selected country / region. There are opportunities, for those who are accepted to the exchange programme in German-, French-, Spanish-and Italian-speaking countries, to follow a preparatory language course before the regular semester begins.
The program includes a degree project of 15 credits. That means about 10 weeks of full-time studies;
The following apply for the degree project work:
- It may be started at the earliest after 140 credits are achieved in finished courses and when the final grades are in the relevant courses, which affect the content of the degree project.
- It may be started after the assignment is approved by the programme director
- It is based on the knowledge, which has been acquired during the study time and it is normally carried out during the sixth semester.
- It must constitute proof of an independently, engineering-related work summarizing theoretical and/or experimental work with a corresponding written report and oral presentation.
- It can be carried out at a company or at KTH.
The supervisor and examiner are appointed by the programme director.
Conditions for the Bachelor of Science in Engineering 180 credits
To receive a the Bachelor of Science in Engineering passing grades, at the lowest P (pass) or E, in all the courses that are included in the student's study plan, are required. The programme is formed so that the student fulfills the national degree requirements and has completed courses corresponding to 180higher education credits, of which
- mathematical-natural scientific courses of at least 25 credits, and in addition at least 90 credits (including 15 credits of degree project, first level) in the subjects central to the technical area
Bachelor of Science in Engineering, Chemical Engineering and Technology