Architectural Engineering BSc

This programme covers engineering design, structures, and construction management, delivered in cooperation with professional designers and engineers. Students are expected to have strong visual skills, as well as a solid understanding of mathematics and architectural history. The curriculum emphasises the architect’s responsibility in building design, the detailed development of building systems, and effective teamwork. It aims to provide a clear understanding of the key contexts of architecture and the built environment, as well as the relationships between people, architectural space, and the environment—explored through live projects and contemporary scenarios. The programme consists of lectures, workshops, and studio-based design work.

Architectural Engineering MSc and Architecture One-Tier Master’s

These programmes equip students to apply their comprehensive knowledge in architecture and urban planning, as well as in the broader field of shaping the built environment. This includes architectural design, urban and regional planning, heritage conservation, BIM, sustainable and eco-conscious design, structural design, construction processes, and related management and consultancy tasks. The curriculum also places strong emphasis on contemporary approaches such as parametric and vernacular design, well-being in the built environment, and socially responsible architecture.

Graduates develop both creative and technical competencies, enabling them to work effectively across interdisciplinary contexts. Upon gaining the required professional experience in accordance with regulations, graduates become eligible to obtain their professional architectural license.

Our Bachelor’s and Master’s programmes in Architecture were awarded full international accreditation by the UNESCO-UIA validation system in 2025, making our Faculty the first in Hungary to receive this recognition, which is currently held by only a select number of institutions worldwide.

Interior and Spatial Design MA

This programme trains interior designers who, in collaboration with architects and other design professionals, are able to address the aesthetic, functional, and psychological aspects of a space. They learn to shape architectural environments while maintaining the conceptual unity of interior elements and furnishings.

Graduates gain a strong combination of technical knowledge and artistic skills, along with a deep understanding of creativity and the design process. They develop refined aesthetic judgment and critical thinking, as well as comprehensive knowledge of interior design terminology, materials - both traditional and innovative - and the technologies and tools used in their application.

Civil Engineering BSc

The undergraduate Civil Engineering programme at the University of Pécs is designed to provide students with a broad range of competencies. Upon graduation, students are capable of performing both simple and complex tasks in construction and structural design. The curriculum also develops the ability to work effectively both as team members and as leaders in technical environments.

The bachelor’s degree qualifies graduates to continue their studies at the master’s level. Practice-oriented teaching methods, modern technologies, a dynamic international environment, and the unique atmosphere of a historic university city are key features of the programme.

Structural Engineering MSc

This programme is designed for those interested in structural engineering and is open to civil and structural engineers holding a bachelor’s degree or a related qualification. It builds on the Faculty’s research in structural science and provides both theoretical and practical training in the field.

The curriculum focuses on developing experimental skills and advanced computational techniques, while reflecting current trends in structural analysis and design. It also covers key areas such as research methods for engineers, construction project management, and numerical methods.

Students can further specialise through optional modules, including steel and reinforced concrete design, structural systems and geotechnics, and geotechnical engineering.

Computer Science Engineering BSc

The Bachelor’s programme in Computer Science Engineering is a seven-semester course focused on design and technology. It is tailored for practice-oriented students, offering a strong foundation in areas such as software engineering, data networks, information systems, and cost-efficient engineering solutions. A significant part of the programme is laboratory-based, with a strong emphasis on programming and software development skills. Students gain hands-on experience by working on real projects, often as part of an IT team or through traineeships, allowing them to combine theoretical studies with practical application.

The programme aims to equip graduates with up-to-date technical knowledge and a solid skill set for a successful career in information technology engineering.

Computer Science Engineering MSc

The Master’s programme in Information Technology is one of the Faculty’s flagship courses. It aims to provide degree-holders in technical disciplines relevant to information technology sciences with the skills to pursue a career in computer and information engineering. The curriculum provides an in-depth understanding of both the theory and practice of information, including information acquisition, systems and technical methodologies and their applications in engineering.

Key areas of study include intelligent systems and multiprocessor technology. The programme combines lectures, tutorials, and laboratory sessions, integrating theoretical learning with practical, supervised experience. It aims to prepare graduates with the advanced technical and academic competencies required for professional success in information technology engineering.

Electrical Engineering BSc

Future electrical and electronic engineers at our Faculty are trained to handle complex tasks in designing, manufacturing, and operating electrical and electronic devices, equipment, and systems. This qualification ensures ensures competence in performing measurement, evaluation, control and management tasks in the field of electricity.

In addition to mastering the fundamentals of electrical and electronic engineering, students actively participate in a technology community, gaining hands-on experience through involvement in complex projects and developments during their studies. Graduates with this advanced expertise are in high demand across Europe, from nuclear power plants to microelectronics companies, and from small teams to multinational corporations.

Mechanical Engineering BSc (available from 2026)

The Mechanical Engineering BSc programme at the University of Pécs (PTE MIK) provides a solid foundation in engineering sciences, design, manufacturing, and industrial applications, combining theoretical knowledge with hands-on practical experience. Students develop skills in mechanical systems analysis, production technologies, quality control, and project management, preparing them for diverse engineering roles both in Hungary and internationally.

With lectures, laboratory work, field practice, and industry collaborations, the programme also fosters research, technical communication, teamwork, and an international outlook. Graduates are well-equipped for careers as mechanical designers, production engineers, quality specialists, project managers, or for further studies in advanced engineering programmes.

Biomedical Engineering MSc

Biomedical engineering is a rapidly evolving field that applies principles from physics, chemistry, mathematics, computer science, and engineering to address biological, medical, and health-related challenges. Biomedical engineers develop innovative devices and procedures for the prevention, diagnosis, and treatment of diseases.

The field requires a strong foundation in science and engineering, combined with a broad understanding of human physiology and anatomy.

Postgraduate training at the Marcel Breuer Doctoral School is offered in both Hungarian and English. In addition to the DLA in Architecture, the School provides a PhD programme in Architectural Engineering.

A defining feature of the programme is its strong emphasis on practice alongside theory: DLA and PhD students participate in workshops led by leading academics and distinguished professionals, who work with them as partners. In many cases, students

collaborate directly with their mentors on the design of buildings or building complexes. This close master–student relationship is a distinctive hallmark of doctoral education in Pécs and sets it apart from other postgraduate programmes. The Doctoral School also maintains active collaborations with Faculty Research Teams and partner universities. Doctoral students in engineering, architecture, and computer science are given the opportunity each year to present their work at the Miklós Iványi International PhD & DLA Symposium, a dedicated forum for showcasing ongoing research results.

By joining one of the Faculty’s research teams, students can engage in projects that allow them to explore their interests in greater depth. The Faculty’s multidisciplinary approach provides opportunities to gain knowledge and practical experience beyond their own specialisation. Close collaboration between different disciplines further enhances these experiences, and many research groups and scientific workshops focus on interdisciplinary projects, sometimes reaching even beyond technical fields, e.g., in biomedical engineering.

Industry contacts and events organised in cooperation with construction companies also help students acquire valuable, marketable skills. Exhibitions and conferences, such as the Pollack EXPO and MIK Partners events, offer excellent opportunities to connect with potential employers and gain insight into professional environments.

In 2013, our Faculty launched its first English-language programme in architecture. Over the past decade and a half, our international student community has steadily grown, reaching nearly 650 students from around the world by 2026. Currently, we offer thirteen English-taught programmes: Architectural Engineering BSc, Civil Engineering BSc, Computer Science Engineering BSc, Electrical Engineering BSc (all exclusively for international students), Interior and Spatial Design MA, Architectural Engineering MSc, Structural Engineering MSc, Computer Science Engineering MSc, Architecture OTM, Biomedical Engineering MSc, and starting from September 2026, Mechanical Engineering BSc. Our Biomedical Engineering MSc, launched in September 2021, is taught entirely in English and is open to both Hungarian and international students.

At the doctoral level, the Faculty provides PhD and DLA programmes in engineering, informatics, and the arts in English within the Breuer Marcell Doctoral School, accredited by the Hungarian Accreditation Committee (MAB). A 2023 tripartite agreement between PTE MIK, the Hungarian Chamber of Engineers, and Engineers Europe (formerly FEANI) ensures that our technical programmes are registered in the European Engineering Education Database (EEED), simplifying the recognition of our degrees worldwide. Our architecture programmes have been full members of the European Association for Architectural Education (EAAE) for over a decade. The BSc and MSc architecture programmes were nominated for international accreditation by the UNESCO-UIA International Union of Architects, managed by RIBA, and in 2025, the Faculty’s Institute of Architecture became the first in Hungary to achieve full, unconditional accreditation—a distinction held by only 11 institutions globally.

The Faculty actively develops international partnerships: we participate in the Erasmus mobility network and the Pannonia Scholarship Programme. Through our partner institutions, students can take visiting positions in Europe and beyond, with credits integrated into their home curriculum. At the institutional level, we collaborate on short programmes, online courses, preparatory courses, and joint degrees. The Faculty also hosts a Technical Language Examination Centre, offering English and German courses as optional credit-bearing modules. Quotas through CEEPUS and other agreements enable international workshops in Europe and abroad. Preparatory programmes are offered in partner institutions in China, and an embedded architecture minor is available with a prominent partner in the United States, alongside other joint initiatives.

A growing community of our international students thrives around professional activities as well as voluntary organizations. From the very first day of their studies, students receive personal support through the Faculty Mentoring Club, which helps them adapt to university life. Those with a deeper interest in professional programmes and projects, or who enjoy creative and hands-on approaches, can join the B2 or the Juhász Jenő Transdisciplinary Student College for Advanced Studies, both offering community engagement and opportunities for professional development.

Students interested in research are encouraged to participate in the National Students' Research Association, where they regularly achieve outstanding results, and in academic and professional competitions such as the Solar Decathlon international house-building challenge. They can also expand their knowledge through professional camps, workshops, and social-impact projects like Lakni kell! (We All Need a Home), gaining valuable experience along the way. Scholarships support academic excellence, scientific work, public engagement, and demonstration skills, with additional guidance from the Faculty Talent Point since 2021. Our services for international students include a modern central library, health services, psychological counselling, and legal support.

The Pécs Chapter of Engineers Without Borders, founded under the initiative of Engineers Without Borders UK, brings together Hungarian and international students passionate about sustainability, circular economy, maker spaces, and global responsibility in engineering. The organization promotes these values at events such as clothes-swap days and received an EU Grant (EU4Teens) in 2023.

Our students regularly achieve outstanding results at the National Scientific Students’ Associations Conference (OTDK), as well as domestic and international competitions. Examples include victories by our electrical engineering students in Challenge.ON, our Faculty-organized PROGRACE programming contest, and high-ranking achievements by the CyberLAB Cybersecurity Group in the international Cisco Networking Academy CyberCUP. Thanks to these accomplishments, the Faculty has been recognized as a Huawei ICT Academy training site from 2025.

As part of the Modern Cities Programme, the Architecture Building (É81) and Mechanical Engineering Hall (G56), inaugurated in early 2019, complement our campus with state-of-the-art teaching spaces and workshops equipped with innovative multimedia tools. Associated laboratories feature up-to-date instruments and technologies, ensuring students have access to high-quality, modern facilities. Our large lecture halls (A010, A007, A008, A015, A201) and the Juhász Jenő Dean’s Conference Room are fully equipped for hybrid teaching and professional meetings. Thanks to partnerships with industry, several classrooms have been modernized—including those sponsored by Körber, E.ON, ExxonMobil, and BAT—and the BIM Skills Lab research group now operates in a dedicated laboratory within the “A” wing. The Student Council offices are housed in a fully renovated section of the building, and the next phase of campus development includes refurbishment of the sports hall.

Sustainability initiatives on campus include the installation of drinking fountains in cooperation with Tettye Forrásház Zrt., and in 2024, our campus received the Bird-Friendly Campus certification. The Boszorkány Dormitory, providing 800 beds with modern double rooms and private bathrooms, has also been fully renovated, offering contemporary housing for students. First-year students from visa-requiring countries may apply for accommodation in the dormitory, which significantly supports integration into the student community. The campus’s outdoor pool and sports facilities provide an exceptional recreational environment, unique among campuses in Pécs.

The dramatic growth of our international student body in 2018 inspired the design of the Architecture (É81) and Mechanical Engineering (G56) buildings as the final stage of campus development. These halls are tailored for experimental, large-scale courses, and together with the 3D Printing Centre, they form a genuinely 21st-century campus. Our Faculty offers an inspiring environment for practical-minded, creative young people eager to contribute to designing and building a sustainable future.

Our Faculty has something for every practical-minded, creative young person who wants to be part of designing and building a sustainable future.