Page 3 of 4, 46 Master Programs in Technology Studies in Russia for 2024

The program is aimed at training highly-demanded specialists with a wide medical and technical profile, capable of developing, producing and maintaining modern medical devices, apparatus and systems, including medical and telemedicine information systems. The objects of study of students are medical and environmental devices, complexes, devices that process biomedical information in order to ensure, restore, control the systems of human vital activity.

The program provides training in the specialty "Intelligent control systems". Master's students are engaged in the research and study of control systems of technical objects: from autonomous vehicles to unmanned aerial vehicles and space complexes. During the training, much attention is paid to research work. A good environment for this is the Youth Space Center, where the development and launch of satellites and other spacecraft are carried out. After graduating from the master's degree, you can develop control systems not only in the industrial, but also in the defense industry, as well as continue to work in research centers and institutes of the Russian Academy of Sciences.

Area of professional activity: development of new control methods, information processing and the search for new design solutions for mechatronic and robotic systems of general purpose, their subsystems and individual modules, research in the field of mechatronics, robotics, control theory and artificial intelligence methods.

The direction produces qualified specialists to work with computer design, design of components of electronic devices, devices, installations of vacuum, plasma, optical micro- and nanoelectronics for various functional purposes. Students receive all the necessary knowledge to create their own developments in the field of electronics. In this they are assisted by our scientific and educational centers: "Photonics and infrared technology", "Nanotechnological systems and nanoelectronics" and others. Undergraduates work in laboratories with unique equipment under the guidance of professors, associate professors and graduate students of the relevant faculty.

In the last decade, the main research work of the department is aimed at substantiating the scientific principles and technical ways of constructing laser vision systems with pulsed illumination, vision systems for mobile robots, laser and optoelectronic systems for monitoring the natural environment, holographic optoelectronic devices for recording and reading encoded optical images using rainbow holograms.

The program is aimed at training specialists with competence in the field of fundamentals of technology for nanoengineering products, physical chemistry of solids, functional coatings in mechanical engineering. Students gain knowledge in the field of electronic engineering technology of thermophysics of nanosystems, neural network modeling of complex technical systems, management fundamentals, as well as skills in the field of computer modeling of nanotechnological processes, design of nanodevices and systems based on them, methods of optimization of technical systems, in the field of automation of technological processes, nanotechnological equipment and accessories, tests for the reliability of ultra-high-speed devices.

The program is aimed at training specialists whose area of professional activity includes theoretical and experimental research of scientific and technical problems and solving problems in the development of hardware and software for computer systems and networks, automated (including distributed) information processing and control systems, as well as computer-aided design (CAD) and information support of products (CAE).

This direction prepares masters in the field of electronic design. Students are given the necessary theoretical and practical skills to work in the field of information technology and electronic equipment. Training in this direction allows you to obtain competencies that allow you to carry out work in the engineering field, developing and constructing computing and radio electronic means.

The direction provides training for the production of software for information and computing systems for various purposes. Graduates can professionally work with operating systems, network protocols and network services, programming languages and their translators. In the course of training, the skills of building complex software systems, their improvement and the life cycle are developed. Graduates are able to work in a very wide range of IT professions.

This direction of training is based on modern technologies and fundamental knowledge in the design and use of software and hardware components of information telecommunication systems intended for collecting, transmitting, processing information in various fields of application. The development of such systems will have an unprecedented impact on all spheres of life for many years. In particular, the rapid progress in the field of telecommunications and information technologies has led to the possibility of integrating heterogeneous systems into unified information and telecommunication systems, called IT systems for short. An example of such a system is INTERNET.

During their course of study, the students acquire knowledge in such disciplines as mathematical analysis, algebra, ordinary differential equations, multiple integrals and series, discrete mathematics, differential geometry, and tensor calculus, mathematical physics equations, probability theory, continuum mechanics, C++ basic programming, databases, operating systems, and many others.

This program aims to train highly qualified specialists in data science, who are able to solve data analysis problems, work with machine learning models and data collection infrastructures, develop effective problem-solving algorithms, and conduct research in areas connected with data analysis.

The program focuses on various applications of data science and data analysis. You will learn how to build artificial intelligence systems using state-of-the-art machine learning algorithms.

The main scope of the data science program is to train students in using state-of-the-art techniques of machine learning and data analytics, with a focus on real-world applications of these emerging technologies. Students will learn how to develop automated methods to analyze massive amounts of data with the goal of extracting knowledge from them to create an impact on organizational decisions. The graduates of the program are trained to perform original research in their chosen area of machine learning and data analytics and apply the results of their research in an industrial context.

The program focuses on developing critical skills, understanding, and mastery for the digital transformation of industry and the development of cyber-physical systems and products in all fields on Earth and in Space, fostering the synergies and interdependencies between engineering, industry, robotics, and space science. It combines the study of the general principles of complex engineering system development, fundamentals of detailed analysis with participation in satellite, drone, and robotic systems-building projects. The graduates will be able to support and play leading roles in architecting future product development and engineering systems implementations in digital and automated environments, including those of new space with large space systems constellations. We teach students to find creative solutions to the biggest challenges in modern products and complex systems including those of space and robotics industries.