Master of Science

1.5 years

English

90

The major objective for students is to acquire theoretical knowledge in advanced topics in the area of mechanics and machine construction and operation, as well as practical expertise in the application of this knowledge. Graduates from this course will have a well-founded knowledge of the principles of mechanics, design, and manufacture with the aid of modern computational tools; be able to execute works aiding machine design and construction of materials, and carry out supervision of their operation; be fluent in utilizing modern engineering computer software and harnessing modern technologies; be able to undertake doctoral studies; be able to lead teams and companies; have the ability to utilize the acquired knowledge at work and in daily life; have the ability and skills needed to establish and manage small companies, as well as being familiar with the necessary legislation to run small and medium enterprises.... [-]

Field of study: Mechatronics

The course is intended for mechatronic engineers who want to broaden their education in the area of mechatronic design. In the course, the synergistic combination of mechanical engineering, electronics, control engineering is integrated into the design process. The course study on mechatronic design involves a theoretical and practical level. It assures the balance between theory/analysis with modeling and hardware implementation in mechanics, electronics and computer applications in control.

With a focus on these kinds of skills, education in mechatronic design can be seen as a prime career path for engineers of the future. One of the features which distinguish mechatronic designers from others is their ability for the replacement of some mechanical functions with electronic and software ones. The main learning objective for mechatronic design is to teach students how to be able to design and investigate mechanical, electrical, and microcontroller systems and integrate them together.They will understand the dynamics of the systems and will be able to apply it in modeling and in the design of controllers.... [-]

MSc in Mechanical Engineering - Product EngineeringThe course is intended for mechanical engineers who want to broaden their education by issues connected with managing an industrial product in its whole life cycle, starting from design and finishing in disposal (cradle to grave approach). Environmental, economic and social impacts of any products’ existence must all be considered in a path to create goods suitable for future, sustainable economy.Everything that is available at the global market, both goods and services, is also a subject to the global competition. Therefore, a strong focus in the course is put on the marketing approach to a product, understanding that not only technical requirements stated by potential customers are the source of a products’ market status. Interdisciplinary, multiaspect thinking is necessary in the work of a successful product manager.Faculty of Machines and Transport offers a unique study programme aimed at educating engineers for the needs of sustainable economy. The Faculty has sixty years of experience in teaching and high scientific potential by means of qualified staff and exceptional research equipment. Adding the ongoing cooperation with best European educational and R&D institutions, it all provides with conditions for high-level technical education.Tuition... [-]

Faculty of Mechatronics offers the following programmes conducted in English:

Master of Science in Engineering

1.5-year graduate programme in the area of:

The programme of the second cycle full-time studies in the field of Photonics Engineering specialisation is developed as a high-quality educational offer in the area of modern optics, photonics and optomechatronics. After graduation students will pursue their professional career in the diverse areas of photonics, especially: mathematical and numerical modelling, the design of optomechanical systems, image processing and recognition, optical methods of testing, diffraction optics and micro-optics. The profile of a graduate corresponds with the challenges of the 21st century. The unique knowledge, delivered during courses, enables the graduate to pursue a promising career as engineers and researchers in modern fields of science, technology and industry, which are dynamically developing.... [-]

Master of Science in Engineering

1.5-year or 2- years graduate courses are offered in the area of:

Power Engineering (1.5-year) Nuclear Power Engineering (2-years) Robotics (2-years)

All programmes provide students with advanced theory and engineering methods. Students learn about recent achievements in their fields of study as well as about methods and tools that prepare them for management positions in industry or research areas. The last semester of the programme is dedicated to solving a research problem. The problem statement and solution are the elements of the M.Sc. thesis which is submitted at the end of studies.... [-]