OverviewThe MSc in Machine Design at KTH Royal Institute of Technology focuses on how to design mechanical systems that are safe, efficient, and ready for real-world production. You will work with modern engineering methods to analyse, model, and optimise machine components and complete systems.What you can do after graduationGraduates are prepared for roles in product development, engineering design, and technical research. Typical employers include companies active in vehicles and industrial equipment, automation and robotics, and advanced engineering for sectors such as energy and medical technology.
The Master of Science in Machine Design at KTH Royal Institute of Technology emphasizes the creation of mechanical systems that prioritize safety, efficiency, and readiness for real-world production. Students will engage with contemporary engineering practices to analyze, model, and optimize machine components and integrated systems.
This program is structured to advance from fundamental mechanical engineering principles to sophisticated design and analysis techniques. The curriculum encompasses a blend of core courses and specialized topics in machine design.
Example course topics include:
Capstone / final work: The program culminates in an advanced study component, typically presented as a thesis or project, where students apply learned methodologies to solve design and analysis challenges. For details on the specific format and course title for this requirement, please refer to the program's website.
Applicants must possess a bachelor's degree equivalent to 180 ECTS in Mechanical Engineering or a related field, demonstrating sufficient theoretical knowledge and strong academic performance.
Additionally, candidates should have completed the following coursework (minimum ECTS as indicated):
Specific GRE/GMAT/GPA score requirements are not detailed in the current record.
Graduates of the MSc in Machine Design are well-equipped for careers in product development, engineering design, and technical research. Potential employers span various sectors, including automotive and industrial equipment, automation and robotics, as well as advanced engineering fields such as energy and medical technology.
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