Development and support of student technology startups by creating a successful startup community; assistance in providing favorable conditions from external partners for investment and development of ideas.
The university’s project-based activities are aimed at implementing grant-based and commercial projects, as well as at enhancing the availability of education in IT areas.
Center for Technologies in Robotics and Mechatronics Components
Competence Center of the National Technological Initiative (NTI) of Russia in the area of Robotics and Mechatronics was merged into the Innopolis University in 2018.
Here, in cooperation with the participants of the technology consortium, we are developing new educational programs and implementing innovation projects for businesses and public customers. Professionals of the center are involved in developing the robotics roadmap till 2024.
Activities of the Center are aimed at performing scientific research, developing educational programs in the priority areas of robotics, and implementing industrial projects together with the participants of the technology consortium. At the Innopolis University, the basics of robotics and mechatronics are taught under bachelor’s degree, master’s degree, postgraduate, and pre-university programs. International project-oriented schools are held for the graduates. A separate line of activities is corporate education that includes the packages of training programs for using robotics technologies in industry.
Industry Robotics Laboratory develops innovative process engineering solutions for introducing the automation of car-manufacturing industry, electronics, metallurgy, food industry, and other industries. Moreover, the laboratory staff work on enhancing the accuracy of performing contact operations within a large workspace.
1. Metrology and calibration
2. Manipulation and motion planning
3. Collaborative robotics
4. Developing robotic cells and the components thereof
Laboratory staff perform scientific research in the area of developing and using advanced mechatronic components as well as developing the algorithms and software for optimally designing mechatronic tools.
1. Dynamics and control systems
2. Human-like robots and promoters
3. Actuators and effectory systems
4. Simulating and designing complicated robotic systems
5. Perception, manipulation, and distant regulation
6. Mechatronics, sensorics, and sensing
7. Additive processes and prototyping of robotic systems
Neuroscience and Cognitive Technology Laboratory performs interdisciplinary research and experiments aimed at developing human-machine interfaces used in children training, rehabilitation, and industry.
Specialized robotics Laboratory develops specialized robotic systems designed for specific purposes in various applications. Specialized robotics encompasses both human interaction and replacing humans in hazardous or harmful operations, such as operating nuclear reactors, working very closely to hazardous substances or toxic emissions, operating oil extracting units,providing infrastructure maintenance services in adverse weather conditions, and working amid extreme weather conditions and intense magnetic fields.