Абитуриенту
Dear Applicant!
The Department of Mechanics and Industrial Engineering is one of the oldest and most fundamental departments of the university. It makes a significant contribution to the development of engineering thinking and the training of highly educated specialists for scientific, pedagogical, and industrial activities—responsible citizens who are competitive in the labor market and committed to continuously improving their professional results for the benefit of the individual, the university, society, and the state.
At present, there is a fruitful and mutually beneficial collaboration between I. Razzakov Kyrgyz State Technical University (KSTU) and the Beuth University of Applied Sciences in Berlin, supported by the DAAD (German Academic Exchange Service).
Every summer, 15 students from Bishkek travel to Berlin to attend a summer school. For one month, they study the German language, complete internships at Beuth University and at companies such as Siemens, and participate in cultural activities such as visits to theaters and museums.
As part of this partnership, DAAD also supports internships for KSTU faculty members at German universities, invites German professors to deliver lectures, and facilitates student exchange programs for completing final projects and master’s theses.
German students from various universities also come to us to participate in the summer school together with KSTU students. The program lasts one month and takes place in Bishkek, Karakol (Toktogul Hydropower Plant), and on the Issyk-Kul Lake.
KSTU cooperates with German universities not only in education but also in joint scientific research. KSTU postgraduate and doctoral students undertake internships in Germany, and some of them defend their dissertations there in the German language.
The department offers the following degree programs:
- 650500 “Applied Mechanics”, specialization: “Computer Modeling in Engineering” (Bachelor’s and Master’s degrees)
- 650500 “Applied Mechanics”, specialization: “Digital Design and Industrial Engineering” (Bachelor’s degree)
- 680200 “Biotechnical Systems and Technologies”, specialization: “Biomedical Engineering” (Bachelor’s degree)
Since 2013, the department has been training bachelors in the field of “Biotechnical Systems and Technologies”, specialization “Biomedical Engineering.”
The new field of Biomedical Engineering integrates a number of modern sciences aimed at developing and studying new systems and electronic medical devices, as well as promoting health protection and environmental sustainability.
Biomedical engineering belongs to the field of engineering and scientific knowledge, encompassing a set of tools, methods, and technologies focused on:
- participation in the organization and execution of diagnostic and therapeutic procedures using instrumental and software-based systems within various medical institutions;
- maintenance of standard medical equipment, devices, systems, and complexes, as well as technical tools for biological laboratories;
- processing of biomedical information, creation and operation of medical databases, and use of modern software packages supporting diagnostic and therapeutic processes.
Since 2020, the department has been enrolling students in the program 650500 “Applied Mechanics”, specialization “Digital Design and Industrial Engineering” (Bachelor’s degree).
Graduates with a bachelor’s degree in Digital Design and Industrial Engineering will be prepared to become qualified professionals engaged in industrial design, creating new products, concepts, and services that enhance the value of production processes. They will acquire experience in planning and designing the entire product life cycle, as well as key competencies in developing operational, functional, technical, structural, aesthetic, and communicative aspects of production and commercialization.
Students will learn to create virtual and physical models and prototypes, use manual and computer tools for calculation, artistic, and industrial implementation, process graphic information, and analyze and assess the social and environmental implications of technical solutions.
