KTH ROYAL INSTITUTE OF TECHNOLOGY · SWEDEN
Systems, Control and Robotics
Master's · Taught in en
At a glance
24 mo
Duration
—
IELTS
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Tuition / yr
en
Language
Master's
Level
- 2 yearsDuration
- 120 ECTSTotal Credits
- 3 terms of coursesCoursework
- 1 term for thesisDegree Project
- 2 specialization tracksSpecializations
The Master's programme in Systems, Control and Robotics at KTH Royal Institute of Technology is a two-year program designed to equip students with advanced knowledge and practical skills in the interconnected fields of systems engineering, control theory, and robotics. The curriculum is structured around three terms of coursework, followed by a dedicated term for the master's thesis project. Students can choose a specialization track, focusing on either Learning, Decision and Control Systems or Robotics and Autonomous Systems, allowing for tailored study paths. Each term comprises approximately 30 ECTS credits, ensuring a comprehensive and intensive learning experience.
Curriculum
The program requires completion of all common mandatory courses (30 credits), mandatory courses specific to the chosen track (15 credits), at least 21 credits from conditionally elective courses, a project course, and a 30-credit master's degree project. Freely elective courses can be taken up to 120 credits.
- Year 1
- Introduction to RoboticsDD2410
- The Sustainable Systems and Control EngineerEL2220
- Modelling of Dynamical SystemsEL2820
- Control Theory and Practice, Advanced CourseEL2520
- Program System Construction Using C++DD1388
- Project Course in Robotics and Autonomous SystemsDD2419
- Probabilistic Graphical ModelsDD2420
- Deep Learning in Data ScienceDD2424
- Artificial Intelligence and Multi Agent SystemsDD2438
- Electricity Market AnalysisEG2210
- Building Networked Systems SecurityEP2520
- Speech and Audio ProcessingEQ2321
- Embedded SoftwareIL2212
- Technical Communication in EnglishLS2444
- Applied Vehicle Dynamics ControlSD2231
- Applied Linear OptimizationSF2812
- Geometric Control TheorySF2842
- Probability TheorySF2940
- Time Series AnalysisSF2943
- OptimizationSF1861
- Hybrid and Embedded Control SystemsEL2450
- Project in Data ScienceDD2430
- Multimodal Interaction and InterfacesDT2140
- Project in Conversational SystemsDT2151
- Business Development and Quality ManagementEH2030
- Management of ProjectsEH2720
- Build your own Radar System, Project CourseEK2370
- Automatic Control, General CourseEL1010
- Automatic Control, Project Course, Smaller CourseEL2425
- Nonlinear ControlEL2620
- Model Predictive ControlEL2700
- Reinforcement LearningEL2805
- Signal TheoryEQ1220
- Digital CommunicationsEQ2310
- Embedded SystemsIL2206
- Essential STEM communication in EnglishLS1452
- Rhetoric - the Art of PersuasionLS1464
- English for EmploymentLS2442
- Industrial Management, Basic CourseME1003
- Dynamics and Motion ControlMF2007
- Mechatronics basic CourseMF2030
- Robust MechatronicsMF2043
- OptimizationSF1811
- Mathematical Systems TheorySF2832
- Complex AnalysisSF1691
- Project in Cognitive SystemsDT2150
Careers
Graduates of the Systems, Control and Robotics program are well-prepared for a wide range of careers in research and development, engineering, and management within industries that rely on advanced automation, intelligent systems, and sophisticated control technologies.
- Control Systems Engineer
- Robotics Engineer
- Automation Engineer
- Research Scientist
- System Integrator
- AI/Machine Learning Specialist
- Product Development Engineer
Frequently asked questions
- What is the duration of the Systems, Control and Robotics Master's program?
- The Master's programme in Systems, Control and Robotics is a two-year program, totaling 120 ECTS credits.
- Are there specific tuition fees for international students?
- Tuition fees apply to non-EU/EEA students. Specific fee amounts are not detailed on the provided pages.
- What are the career prospects after graduating from this program?
- Graduates are prepared for roles such as Control Systems Engineer, Robotics Engineer, Automation Engineer, Research Scientist, and AI/Machine Learning Specialist in industries relying on advanced automation and intelligent systems.
- What is the application deadline?
- The application and document submission deadline is typically February 2nd.
- What academic background is required for admission?
- Applicants need a Bachelor's degree equivalent to at least 180 ECTS credits, with a strong academic record and specific coursework in mathematics, systems engineering, control theory, or robotics.
- Does KTH offer scholarships for this program?
- Yes, the KTH Scholarship is available for fee-paying students and covers full tuition fees. Selection is based on academic excellence and other criteria, requiring a separate scholarship application.
Entry requirements
Bachelor's DegreeA Bachelor's degree equivalent to at least 180 ECTS credits from a recognized university. Specific requirements include a strong academic record with courses in mathematics, systems engineering, control theory, or robotics. Applicants should have a background that aligns with the program's focus areas.
The program requires a strong academic background. Specific course prerequisites within the Bachelor's degree are essential for successful admission and study.
Fees
Tuition (international)Not specified
Tuition (home)Not specified
LivingNot specified
Tuition fees apply to non-EU/EEA students. Specific fee amounts are not detailed on the provided pages. Living cost estimates are not available.
How to apply
1. Apply for the Master's ProgrammeSubmit your application for the Master's programme via universityadmissions.se. Ensure all required documents are submitted by the deadline.
2. Apply for the KTH Scholarship (Optional)If you wish to be considered for the KTH Scholarship, submit a separate scholarship application through the form provided on the KTH website during the application period. No additional documents are required for the scholarship application, as the evaluation will use the documents submitted for your program application.
3. Meet Entry RequirementsEnsure you meet both the general and specific entry requirements for the Master's programme. This includes academic qualifications and English language proficiency.
4. Document SubmissionAll necessary documents for both the program and scholarship application must be submitted by the specified deadline, typically February 2nd.
Scholarships
KTH ScholarshipFull tuition fee
Accreditation
Not specified
Frequently asked questions
What is the duration of the Systems, Control and Robotics Master's program?
+
The Master's programme in Systems, Control and Robotics is a two-year program, totaling 120 ECTS credits.
Are there specific tuition fees for international students?
+
Tuition fees apply to non-EU/EEA students. Specific fee amounts are not detailed on the provided pages.
What are the career prospects after graduating from this program?
+
Graduates are prepared for roles such as Control Systems Engineer, Robotics Engineer, Automation Engineer, Research Scientist, and AI/Machine Learning Specialist in industries relying on advanced automation and intelligent systems.
What is the application deadline?
+
The application and document submission deadline is typically February 2nd.
What academic background is required for admission?
+
Applicants need a Bachelor's degree equivalent to at least 180 ECTS credits, with a strong academic record and specific coursework in mathematics, systems engineering, control theory, or robotics.
Does KTH offer scholarships for this program?
+
Yes, the KTH Scholarship is available for fee-paying students and covers full tuition fees. Selection is based on academic excellence and other criteria, requiring a separate scholarship application.