Curious about how things work and eager to shape the future of industry? At our Faculty, you’ll unleash your creativity, hone your problem-solving skills, and work with leading researchers dedicated to your success. You can let your curiosity fly and we can be the wind beneath your wings.
We offer interdisciplinary programs at the BSc, MSc, and PhD levels, combining mechanical engineering, informatics, and cutting-edge technology. With hands-on, practice-oriented education, you’ll gain real-world experience in advanced labs and through strong partnerships with industry leaders. These connections help prepare you for a wide range of career opportunities in diverse sectors.
You’ll also engage in innovative research projects and enjoy a vibrant student life filled with social activities, events, company visits, and field trips.
At our Faculty, innovation meets opportunity. Start your journey toward driving sustainable solutions and shaping tomorrow’s industry today!
Choose the Faculty of Mechanical Engineering and Informatics because it’s where innovation meets opportunity! Dive into cutting-edge technology, gain hands-on experience with industry leaders, and become the expert driving sustainable solutions. Your future starts here with our BSc, MSc and doctoral programs!
Sályi István Doctoral School of Mechanical Engineering Sciences
Hatvany József Doctoral School of Information Science and Technology
Founded in 1949, the Faculty of Mechanical Engineering and Informatics has evolved into a modern, multidisciplinary institution, integrating mechanical engineering, information technology, logistics, and electrical engineering. Over seven decades, it has adapted to meet contemporary industrial challenges, combining strong research with education. Partnerships with companies, laboratories, and international organizations, aligned with the UN Sustainable Development Goals, further enhance the Facultys commitment to innovative and impactful engineering education and research.
Within the scope of this focus area, the planning, development, and optimization of recycling logistics processes are carried out using modern methods and software applications
The focus area aims at designing, developing, and optimizing logistics systems through the use of digitalization solutions. This area includes the simulation modeling of logistics processes, the application of artificial intelligence in the field of logistics, the design of product tracking systems, as well as the application of software solutions to support the setup and operation of material handling equipment.
A key challenge today is environmental protection and sustainability. With finite resources, it’s crucial to design materials and processes for reuse and minimal environmental impact. The focus is on eco-conscious design and the principles of the circular economy to promote responsible resource use.
AI is revolutionizing automation and decision-making in industry. While digitalization has advanced, further development is needed to leverage AI, machine learning, and big data fully. Education should ensure that students learn and use cutting-edge AI technologies and participate in innovations.
The world is built on embedded systems, combining special-purpose hardware and software. Industrial processes rely on them for control and increasing autonomy in solutions like self-driving vehicles, drones and robots. This field is crucial for digitalization and impacts all university focus areas.
The focus is on advancing systems for energy transformation, distribution, storage, and use. Key priorities include improving equipment performance, reducing environmental impacts, and increasing sustainable energy production by integrating renewable sources. Research spans materials science, electrical, control, and energy engineering.
We specialize in chemical engineering, focusing on process modeling, strength design for pressure systems, numerical flow simulations, CFD analyses, and standardized strength calculations. Our safety technology work includes system safety analysis, safety valve testing, explosion protection design, and risk assessment.
The Faculty is deeply committed to fostering a global academic environment through its extensive international relations and collaborations. By establishing partnerships with renowned institutions worldwide, our Faculty has created numerous opportunities for students, faculty, and researchers to engage in cross-cultural and academic exchanges.
