Studies at the Institute of Physical Engineering
The studies at IPE are interdisciplinary, combining physics, engineering, chemistry, and biology. While it can be challenging for students, especially in the beginning, our graduates are exceptionally well-prepared for their careers and professional life. Virtually none of our graduates face difficulties in finding suitable employment.
“I recommend studying Physical Engineering to anyone who enjoys tackling complex problems and wants to think about them from all perspectives.”
“We all helped each other both during our studies and outside of them, and we spent the entire bachelor’s and master’s programs together with the same group of people. The professors had a similarly personal relationship with us, genuinely caring about us learning something and not hesitating to offer their time and support even outside of class.”
“My studies gave me, above all, a community of people who are searching for something. It gave me particles, some charged, others without charge. I also learned beach volleyball and windsurfing. I still stick with all of it today.”
study programmes
PHYSICAL ENGINEERING AND NANOTECHNOLOGY
Bachelor’s study – Bc. (3 years)
The Bachelor’s program in Physical Engineering and Nanotechnology provides students with a solid foundation in applied physics, materials science, and nanotechnology. The program combines theoretical knowledge with practical skills in the laboratory, enabling students to understand the fundamental principles and techniques used in modern research and industry.
PHYSICAL ENGINEERING AND NANOTECHNOLOGY
Master’s programme – Ing. (2 years)
The Master’s program in Physical Engineering and Nanotechnology focuses on advanced studies in materials and nanotechnology. Students learn about the research and development of new nanomaterials and nanostructures, the application of physical principles in practice, and gain experience with modern laboratory techniques. Typically, during the summer semester of the first year, students undertake a full-semester research internship abroad. The program prepares graduates for positions in both academic research and industry.
PRECISE MECHANICS AND OPTICS
Master’s programme – Ing. (2 years)
The Master’s program in Precise Mechanics and Optics focuses on advanced techniques and applications in the fields of optics and mechanics. Students engage in the design, development, and optimization of optical systems, micromechanical devices, and precision measurement instruments. The program emphasizes innovative approaches and prepares students for leadership roles in technical fields.
PHYSICAL ENGINEERING AND NANOTECHNOLOGY
Doctoral programme – PhD.
The doctoral study program represents the highest level of education in the field of physical engineering and nanotechnology. It builds upon the academically focused Bachelor’s and Master’s program in “Physical Engineering and Nanotechnology.”
The main objective of the doctoral study in this program is to prepare highly educated professionals in the areas of physical engineering and nanotechnology, equipped with sufficient international experience, who will be capable of conducting independent creative, scientific, and research activities in both academic and applied fields, both domestically and abroad.
The program is based on the candidates’ own creative and research work at a level typically required at foreign institutions in research areas conducted at the training facility and supported by national and international projects. It focuses on the application of physics, particularly in surface physics and nanostructures, two-dimensional materials, nanoelectronics, nanophotonics, micromagnetism and spintronics, biophotonics, advanced light microscopy and spectroscopy, electron microscopy, laser nanometrology and spectroscopy, computer-controlled X-ray microtomography and nanotomography, micromechanics and nanomechanics, and the development of technological and analytical devices and methods for micro and nanotechnology.
The high level of education is enhanced by the opportunity to utilize the personnel and material resources provided by the CEITEC Nano research infrastructure, as well as extensive collaboration with prominent foreign institutions. A minimum three-month internship at an international research facility is also required for students. Given their high level of expertise and flexibility, graduates find employment in both research roles at universities and other research institutions domestically and abroad, as well as in high-tech companies in positions such as researchers, developers, designers, and team leaders.
teaching and physics courses
Our institute supports all students in the faculty with fundamental physics courses:
Physics – Basic physical theories for students in the programs of Mechanical Engineering, Industrial Design in Engineering, and Professional Pilot.
Physics I – Fundamental laws and theories of classical and modern physics.
Physics II – Fundamental laws and theories of electromagnetism and optics.
The course Selected Topics in Physics is also very popular, complementing the lectures and exercises from the foundational courses throughout the semester.
For students with a deeper interest in physics, we provide a comprehensive education of an interdisciplinary nature in the field of Physical Engineering and Nanotechnology. For those interested in applied optics and micromechanics, we offer the Master’s programme in Precision Mechanics and Optics.
