What do you find intriguing? Is it the evolving world of technology and the endless possibilities to create a better future? The Mechatronics specialisation in engineering provides you with in-depth knowledge of structures for devices, equipment and systems, which are essential part of our modern lives. Mechatronics engineering is a multidisciplinary branch focusing traditionally on the engineering of both electrical and mechanical systems. The focus in our degree programme is on machine automation. The modern concept of mechatronics includes a combination of automation, robotics, smart operating devices, and hardware-oriented programming as well as controlling systems and mechanical engineering in order to produce design solutions unifying the subfields and to create smart systems.
You can read more about the studies in the programme in the curriculum.
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Studies are carried out in English in a multicultural group of students in close cooperation with working life.
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The demand for engineering professionals extends far beyond Finland, encompassing the entire world. As populations continue to rise, the role of engineers becomes increasingly vital in guaranteeing that our urban environments are equipped with sufficient transportation, energy, water, telecommunications, and healthcare systems.
Automation and Robotics
One of the hallmark applications of mechatronics is in the realm of automation and robotics. Studying mechatronics equips students with the knowledge and skills to design and implement automated systems, ranging from manufacturing processes to smart homes. As industries increasingly embrace automation for enhanced precision and efficiency, mechatronics professionals play a crucial role in advancing the capabilities of robotic systems.
Interconnected Systems Understanding
Mechatronics emphasises the integration of various components into interconnected systems. This holistic approach ensures that students not only master individual engineering disciplines but also develop a profound understanding of how these components interact. This interconnected system understanding is vital in the design and optimisation of complex systems where mechanical, electronic, and computational elements collaborate seamlessly.
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An example of job titles are: