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This master's program offers specialized training in wood technology, allowing students to choose from three distinct tracks to shape their professional focus. The “Complex Timber Structures” specialization prepares students to plan and design advanced timber constructions such as multi-story and hybrid buildings, emphasizing structural performance, fire safety, building physics, and digital design processes like BIM. The “Management of Processes and Innovation” track trains students to lead innovation and process design within wood-related industries, applying methods like business process intelligence, agile management, and AI. The new “Innovation in Bio-based Materials” specialization focuses on developing sustainable materials and products, incorporating ecodesign, lifecycle analysis, and advanced biopolymer technologies.

Across all tracks, students undertake semester-long projects involving practical case studies and product development, often in collaboration with industry partners. The program strongly integrates research and hands-on work, offering access to advanced infrastructure and the Timber Technology Park for prototype development and testing. Research opportunities include topics like structural and earthquake engineering, fire safety, sustainable materials, and digitalization in the wood and construction industries.

This master's program is designed for students who want to deepen their technical expertise in wood technology. It is open to those who hold a bachelor's degree in wood technology, timber engineering, civil engineering, materials science, or another engineering discipline, provided they have completed 210 ECTS credits. Applicants who lack some credits may be allowed to earn up to 30 missing credits during their master’s studies. The program is taught entirely in English and may also admit candidates based on strong academic performance, even if they do not meet all standard admission criteria.

This program offers three specialization tracks: Chemical Engineering for Energy Transition, Process Engineering, and Sustainable Technologies and Biotechnologies for Energy and Materials. The first track focuses on low-emission industrial technologies, energy sustainability, and chemical process design. The second emphasizes plant and process development, fluid transport, and advanced safety and materials management. The third integrates biotechnology with materials and environmental engineering, exploring sustainable solutions and green chemistry. All tracks include laboratory work, elective modules, and a final thesis or internship, with options for international experience.

Applicants must hold a university degree equivalent to at least 180 ECTS credits, with sufficient academic background in chemical, materials, or process engineering subjects. Admission is based on an evaluation by the Master's Committee, which may assign specific course requirements to be completed as electives. English proficiency is mandatory: B1 level for the Process Engineering track, and B2 level for the Sustainable Technologies and Biotechnologies track, with certification required by the end of the first year. Students nearing graduation may apply if they have earned at least 165 ECTS credits at the time of application. EU students typically pay around €1,200/year based on family income. Non-EU students usually pay a fixed fee of about €1,400/year. Check with the university for your exact fee.

This program combines engineering and design to develop innovative, functional, and sustainable products. Students gain advanced skills in product development, materials, digital modeling, user-centered design, and prototyping. The curriculum includes collaborative projects, industry-driven challenges, and a final thesis or internship to strengthen real-world application.

Applicants must hold a bachelor’s degree (or equivalent) in Engineering, Industrial Design, Product Design, or related fields. Degrees obtained abroad must follow the Bologna Process or be recognized by the school’s scientific board. Applicants with relevant academic, scientific, or professional experience may also be accepted.

This PhD program focuses on preparing researchers in chemistry, chemical engineering, materials science, and physics. It includes scientific seminars, academic writing, and the development of an original research article, along with elective courses and extensive research work leading to a doctoral thesis. Students gain expertise in advanced theories, methods, and equipment, and are trained to plan, conduct, and present original scientific research. Graduates are equipped for careers in industry, research institutions, or academia, with the ability to lead projects and develop innovative technologies and solutions.

This PhD program is open to candidates with a completed master's degree in engineering, natural sciences, or an equivalent qualification. Applicants with a background in medicine or health sciences must additionally pass an entrance exam. The program prepares students for high-level research and innovation in fields such as chemistry, materials science, and physics. It includes scientific writing, seminars, and original research work, aiming to equip graduates with the expertise to lead projects, contribute to technological advancements, and pursue academic or industrial research careers.