Our Multifunctional Forest Management MSc will provide you with sound knowledge of the cutting-edge developments and technology innovations in forestry, sustainable forest management, forest cuts, use of non-timber resources of forest, recreational and hunting uses of forests. You will gain specialist knowledge and insight in advanced technology of forest regeneration, planting stock growing, processing of forest inventory data, environmental issues of forest ecosystems resilience.

Modules

Ecology of forest pests and diseases (Population ecology of insects, Applied mycology); Forest and forest resources management (Integrated assessment of forest resources, Forest inventory and forest mensuration); Sustainable silviculture (Innovative technologies of natural reforestation, Basics of forest resource studies); Plantation silviculture (Genetic breeding methods for improvement of productivity and quality of forests, Intensification of planting stock growing); Forest law and document management (Document management in forestry organizations, Legal regulation of forestry); Fauna resources and biodiversity of forest ecosystems (Biodiversity of forest ecosystems and its conservation)

Degree awarded: Master of Science

The program will provide you with strong theoretical and hands-on experience of up-to-date landscaping techniques and elements, reconstruction and improvement of landscaping areas, new technology of landscape design, maintenance of green architecture. You will learn how to choose the right flowers and decorative plants for your landscaping projects and work with design, planning and analysis, in order to create attractive, varied and sustainable urban environments and housing areas, parks and landscapes.

Modules

Modern methods and technology of landscape design (Study methods in landscape design, Environmental issues of urban landscape design, Science-based restoration and reconstruction of landscape architecture elements); Floral decoration of spaces and built environment (Modern techniques of floral decoration of open spaces, Promising trends of indoor plants decoration); Innovative technologies and techniques of landscape design of spaces and built environment (Intensive gardening and cultivation of decorative plants, Lawns and other landscape surfaces, Modern landscaping materials and structures)

Degree awarded: Master of Science

This MSc program introduces students to mechatronic systems of special-purpose forestry machines, computer-aided design systems used in machine building industry as well as design documents. The program has a strong focus on logging technology, timber processing and other core processes of the timber manufacturing industry.

Modules

Computer-aided design (CAD) (Design of mechatronic systems for forestry machinery, Computer-aided design of forest roads, 3D modeling of forestry machinery); Experimental study in forestry (Industrial tests and development of forestry machinery, Experimental study of processes in forestry)

Degree awarded: Master of Science

The program meets industrial demands for training of engineering professionals in advanced concepts of energy efficiency. It explores innovative solutions to improve the use of power systems and networks. Students will be introduced to the most recent developments in science and technology and key aspects of operation, control, design, and economic analysis of the power systems.

Modules

Energy-efficient technologies (Energy-efficient technologies in power industry, Energy-efficient technologies in industry), Heat exchange equipment for power units (Thermal design of energy-efficient recuperative heat exchanger, Boost heat exchangers); Science-based energy saving (Science-based energy saving, Modern energy saving operations)

Degree awarded: Master of Science

The MSc program embraces a broad range of issues related to the optimal use of wood both in conventional and modern industries. Students are equipped with knowledge of advanced technological developments in woodworking and design of wooden articles. They are provided with a deep insight into characteristics of wood that are the most important for mechanical wood technology and challenged to advance their aesthetic, conceptual, and design capabilities and to strengthen their building techniques and construction strategies.

Modules

Mechatronics in woodworking (Power elements in electronic systems, Robotics in woodworking); Design (selective) (Furniture design, Interior design, Colour science and colouristics, Innovative technologies of woodworking and furniture production); Design engineering (selective) (CAD-based design of woodworking elements and structures, Wood machining control); Technology (selective) (Energy-efficient wooden house construction, Innovative construction materials and wooden structures, Advanced woodworking techniques, 3D design of furniture and joinery)

Degree awarded: Master of Science

The MSc program is designed to support high-level training and enhance the technical skills of graduates. It integrates in-depth knowledge of core areas in mechanical and process engineering with computer science, equipment design, modelling of processes, materials science, mechatronics and robotics. The students will learn how to use specialized software and combine theory and practice by being involved in research work. The program is underpinned by thorough practical training that takes place at the largest enterprises of chemical and construction materials industries.

Modules

Innovative technologies (Modern AI-based management of enterprises, Robotics and mechatronics, Methods of study and modelling of processes and aggregates in chemical industry); Selective courses (Methodology and equipment for diagnostics of chemical production / Numerical strength analysis methods for machines and apparatus / Refrigeration and cryogenic technology / Innovative gas purification technology); Design (Design of chemical production, CAD/CAE systems, Corrosion protection of materials and equipment in chemical production)

Degree awarded: Master of Science

The MSc program provides a sound and broad technological basis covering a broad range of key aspects of electronic engineering, from conductors and semiconductors to cutting-edge technology for 3D materials. The students are provided with the opportunity to enrich their technical and transferrable skills through solid laboratory work and research. You will be taught by reputable academic staff with extensive research experience in areas such as advanced materials, optoelectronics, vacuum technology, magnetic phenomena, etc. The program will equip you with skills and expertise highly sought after in the modern electronic industry.

Modules

Design of modern chemical production (Design of chemical production, Environmental issues of chemical technology); Theory and practice of research (Research planning, Evaluation and commercialization of research outcomes); Materials science in electronics (Physics and chemistry of conductors and semiconductors, Non-conductors: effects and materials, Crystal optics); Nanomaterials and nanotechnologies (Physics and chemistry of nanomaterials, Modern nanotechnology processes for micro-, nano- and optoelectronics); Physics and chemistry of magnetic phenomena (Ordered magnetic materials and their properties, Low-dimensional magnetism); Vacuum technology in electronics (Vacuum technology