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Vehicle Engineering, MSc

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Faculty: Engineering 

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Academic discipline: Engineering Science

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Qualification: Vehicle Engineer

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Starting date: September/February


Language requirements: English language proficiency (TOEFL 547 /IELTS 6.0 /oral examination)

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Academic requirements: Bachelor’s degree in Vehicle Engineering or a related field

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Duration: 4 semesters

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ECTS credits: 120 credits

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Tuition Fee: 8,000 USD/year​​

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One-time fees: Application fee 150 USD, entrance procedure fee 350 USD

Short description: 

The degree program aims to train engineers for the automotive industry who can apply and introduce new materials, manufacturing processes, and engineering technologies in environmentally conscious and energy-efficient ways. Students will also be trained to handle leadership, control, and organizational responsibilities, as well as tasks related to engineering development, research, design, and innovation, with an emphasis on electric and hybrid vehicles. They will gain both theoretical and practical knowledge in the field of automotive engineering. Due to the dual study format, graduates will possess significant and valuable practical skills by the end of their studies.

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Lecture, seminar: 50%

Practice: 50%

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Internship/Practice: Students must complete a 4-week field practice by working at a company or firm during the summer internship period.

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Main subjects typically include (this list is indicative and may change):

 

  • Year 1: Mathematics I. - Application of differential equations, Solid state/semiconductor physics, Mathematics II. Application of stochastic systems, Applied dynamics, Vehicle manufacturing environmental toxicology and life cycle analysis, Production management and production planning, Quality assurance of automotive production processes, Internet of Things - systems and technologies, Measurement, signal processing and electronics, Robotics and vehicle manufacturing, Body production technologies, Pneumatic and hydraulic elements of production systems, Non-fossil energy sources, Electric drives.

  • Year 2: 6 sigma and Lean knowledge, Assembly and production automation, Automotive safety technology, Material handling and AGV systems, Internship, Project task, Thesis.

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Career prospects: Graduates can choose from a wide range of positions in automotive engineering, transport safety, vehicle maintenance and repair, and production line optimization.​​​​​​​​​​​​

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Are you considering applying for this program?

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