Ph.D.Design Engineering and Mechatronics

Czech Technical University in Prague - Faculty of Mechanical Engineering

This program prepares experts in field of new machine concepts with enhanced parameters using non-traditional structural elements, unconventional materials and mechatronic solutions, including massive implementation of new sensors and actuators. Emphasis will be placed on harmonizing the design quality of mechanical and optical parts of machines and devices, the quality of sensors and actuators and the involvement of automatic control and artificial intelligence. Simulation models supporting the design will be studied up to the Digital Twin level. Following the Industry 4.0 concept the study will focus on research topics related to the integration of robotics, ergonomics and human-machine cooperation or predictive maintenance. In the field of production machines, attention will be paid to accuracy and quality with emphasis on controlling the dimensions and quality of parts directly in the machine, productivity, reliability, minimization of environmental impact, multifunctionality, additive manufacturing and laser technologies. The study will also include the experimental activities for the verification of computational models or the acquisition of operational data of monitored machinery.

More information at https://www.fs.cvut.cz/en/prospective-students/accredited-study-programmes/doctoral-study-programme/phd-kim-en

Graduate profile

Graduates of the program Design Engineering and Mechatronics are well prepared for development, research and transfer of interdisciplinary knowledge to industry, especially in the areas of design of transport machines, production machines and equipment, robots, manipulators, instrumentation and more. They will be experts with deep and extremely demanded knowledge and skills in the field of construction of new machines and devices, based on both experience from scientific and research activities. They will be able to respond to current market needs in connection with the introduction of the concept of Industry 4.0, mechatronics, modern sensors, additive technologies, smart transport and space technology. Thanks to the acquired competencies, they are able to further develop and apply their knowledge and skills beyond the professional focus of their specific research.