Engineering Program
The engineering education follows the central European systems with a 5 year program leading up to the degree ''civilingenjör'' (civ ing) which is equivalent to an MSc according to the Bologna system as well as to the US and British systems.
Automatic control courses are taught as part of the engineering curricula in Engineering Physics (F), Electrical Engineering (E), Computer Engineering (D), Mechanical Engineering (M), Information and Communication Engineering (C), Environmental Engineering (W), Engineering Mathematics (Pi), Industrial Management and Engineering (I), Biotechnology (B), Engineering Nanoscience (N), Chemical Engineering (K), and Biomedical Engineering (BME).
Our courses are part of the these engineering program specializations.
Information sheets in Swedish are available as PDF documents.
Students must register for both ordinary exams and retake exams via the student portal, www.student.ladok.se. The registration page opens 3 weeks before and closes 1 week before the exam. LADOK registrations are handled by Mika Nishimura.
Teaching Assistant in Automatic Control
Are you a student at LTH and is interested in taking part in the teaching of Automatic Control? We regularly (typically in November and May for the following semester) announce positions for teaching assistants. The teaching consists of supervising exercise and laboratory sessions. You will work in a team with the other teachers in the course and the extent of the teaching is adapted to your own studies.
- Announcement teaching assistant positions (currently no open call, send an e-mail to Cecilia Edelborg to get a notification when the next announcement opens)
If you have any questions regarding being a teaching assistant in Automatic Control, please contact Director of Undergraduate Studies Björn Olofsson.
Basic (G2) and Advanced-Level (A) Courses
| Code | Title | Study Period | Level | Credits |
|---|---|---|---|---|
| FRTF05 | Automatic Control, Basic Course for DE | 1 | G2 | 7.5 |
| FRTN85/FRTN80 | Applied Robotics/Applied Robotics for Architects | 1 | A | 7.5 |
| FRTN55 | Automatic Control, Advanced Course | 1 | A | 7.5 |
| FRTN50 | Optimization for Learning | 1 | A | 7.5 |
| FRTF25 | Introduction to Machine Learning, Systems and Control | 1 & 2 | G2 | 7.5 |
| FRTN65 | Modeling and Learning from Data | 1 & 2 | A | 7.5 |
| FRTF01 | Physiological Models and Computations | 2 | G2 | 5 |
| FRTF05 | Automatic Control, Basic Course for MN | 2 | G2 | 7.5 |
| FRTN05 | Nonlinear Control and Servo Systems | 2 | A | 7.5 |
| FRTN70 | Project in Systems, Control and Learning | 2 | A | 7.5 |
| FRTF05 | Automatic Control, Basic Course for FIPi | 3 | G2 | 7.5 |
| FRTF15 | Control Theory | 3 | G2 | 3 |
| FRTN45 | Mathematical Modelling, Advanced Course | 3 | A | 4.5 |
| FRTN75 | Learning-Based Control | 3 | A | 7.5 |
| FRTN01/FRTN60 | Real-Time Systems | 3 & 4 | A | 10/7.5 |
| FRTF10/FRTN25 | Systems Engineering/Process Control | 4 | G2/A | 6/7.5 |
| FRTN30 | Network Dynamics | 4 | A | 7.5 |
| FRTN70 | Project in Systems, Control and Learning | 4 | A | 7.5 |