Master in Mechatronics

Tuition costs 5,600 EUR per year.

Silesian University of Technology offers a master's program in Mechatronics taught in English over three semesters, with yearly tuition of 5600 EUR. The Mechatronic Systems Engineering program is run by the Institute of Computational Mechanics and Engineering (ICME) and is designed to accelerate the development of systems engineers by providing practical, real-world experience that can be applied directly on the job. The curriculum covers all stages of a system's life cycle using current principles, practices and technologies, with particular emphasis on modeling and simulation, and it balances practical application with theoretical grounding in general systems theory and systems engineering. The program operates under the patronage of IBS Intelligent Business Solutions. Specialization subjects include micromechatronics and MEMS, the finite and boundary element methods, general systems theory, decision theory, computational intelligence, and programming for industrial applications. Students also study the mechanics of advanced functional materials, advanced computational methods, and applied systems engineering, alongside mechatronic product development, mechatronic systems implementation, advanced product life-cycle management, multiphysics simulations, and complex systems analysis. Mechatronics is described by the university as a multidisciplinary and systemic engineering discipline, and graduates with this flexible skill set are described as being in high demand, since companies need experts who can move easily between different environments and adjust to varied engineering contexts, an ability that organizations increasingly value when assembling technical teams for complex projects across manufacturing, robotics and systems integration. This breadth of study reflects the wider trend in engineering education toward combining mechanical, electrical, software and systems-level thinking, since modern products increasingly integrate sensors, actuators and embedded control rather than relying on purely mechanical design.