28.03.02 Nanotechnology in microelectronics

Foreign language, The history of Russia, The foundations of Russian statehood, Philosophy, Physical education and sports, Life safety, Economic and legal support of engineering activities, A foreign language for business communication, Higher Mathematics, Physics, Computer science, Engineering and computer graphics, Ecology, Theoretical foundations of electrical engineering, Metrology, standardization and measuring instruments, Chemistry, Materials Science

Mathematical modeling methods and physico-chemical foundations of micro- and nanotechnology, Physical foundations of micro- and nanoelectronics, Solid State Physics, Quantum mechanics, Physics of semiconductors, Analog circuitry, Digital circuitry, Additive technologies, Bionic nanosystems, Nanomaterials and nanostructured materials technology, Micro- and nanosystem technology, Integrated circuit technology, Integrated circuit design, Micro- and nanoelectronics, Methods of nanomaterial research, Micro- and nanotechnology processes, Technology of materials and methods of crystal cultivation, Design and construction of semiconductor devices Unified system of design documentation, Fundamentals of the design and production technology of electronic devices

This program consists of applied educational technologies, unique equipment and highly qualified professorship and teaching staff, links with domestic and foreign research and industrial enterprises and organizations;
• networking with the National Research University "Higher School of Economics" was implemented for the formation of economic and legal competencies;
• A large number of real-world equipment will be used to produce a high-level international Bachelor's degree;
• Work on unique world-class technological equipment that was purchased and mastered during the implementation of priority national project "Education".
In the scientific and educational process of preparation of Bachelors in the major "Nanotechnology" used:
1. Nanotechnology complex NANOFAB HTK-9;
2. Raster electron-ion microscope with the system of electronic lithography NovaNanoLab 600;
3. Research complex based on scanning electron microscope with advanced functionality of Phenom;
4. Scanning probe nano laboratory Ntegra Vita;
5. Scanning probe microscope Solver P47Pro;
6. Complex of educational scanning probe microscopes NanoEducator;
7. technological hermozosis on the basis of clean rooms of class ISO 5/7 with a complex of equipment for the formation of micro- and nano-mechanics structures, structural studies and monitoring and measuring equipment for various purposes, including plasmochemical deposition and etching, electron beam and magnetron sputtering, pulse photon and thermal annealing, photolithography site, etc.

The program provides:
- Scientific research guided by qualified specialists from the Department of Nanotechnologies and Microsystem Engineering (INEP).
- Work with modern, high-tech equipment at the Nanotechnology Research Center (nanolaboratory Ntegra Vita, scanning probe microscope Solver P47, Nova NanoLab 600 etc.). The full list of equipment for the nine laboratories of the department is available here: https://inep.sfedu.ru/chairs/ntmst/labs/
- Programs that encourage students and postgraduates (scholarships for academics and social activities, scholarships from the government and the President of the Russian Federation)
- Participation in all-Russian and international scientific conferences (Crimico, SPb-OPEN, PHENMA, ICMNE, SPM, etc.).
- Internship at top research universities around the world (Germany, Great Britain, Netherlands, USA, Singapore, South Korea, Japan, etc.).
- Take part in science competitions, projects and grants.
The program helps students develop skills in professional, cognitive and research activities by getting them involved in research and educational projects. These projects are done in partnership with well-known foreign universities and russian industrial enterprises. The program also draws on many years of experience in developing new products to create a strong foundation for the future. Training is based on the leading scientific school "Nanotechnology, nanoelectronics, nanosystems," which are led by professor O.A. Ageyev and professor B.G. Konoplev who has been honored by the Russian government
The "Nanoengineering" major is accredited by the Association for Engineering Education of the Russian Federation.

For prospective engineers, a background in nanoscale science and engineering can be helpful whether you want to pursue a career specifically in nanoscience or choose a more general engineering position. Many higher degree programs offer specifically tailored courses to prepare students for work in this area of expertise, which is becoming increasingly applicable across a number of industrial fields.
Sample job titles include:
• Mechanical Engineer (General)
• Research & Development Engineer
• Materials Engineer (General)
• Computational Chemist
• Assay Development Scientist
• Process Engineer (General)
• Biomedical Engineer (General)
• Bioinformatics Engineer
• Materials Analyst

"Nanoengineering is a priority field of study based on a set of fundamental engineering disciplines. It focuses on the development of modern micro- and nanotechnology for the electronics, aerospace, mechanical engineering, and instrumentation industries. The educational program trains highly qualified bachelors with comprehensive knowledge of micro- and nanotechnology, electronics, and instrument engineering.
The program provides training for specialists with comprehensive knowledge in the field of micro- and nanotechnology, electronics, and instrumentation. Bachelor's degree students will gain skills in the design and technology of this field of work. They have the opportunity to know how to work with robotic complexes and the automation of technological processes. Graduates will also learn to program microcontrollers and use modern information technologies and computer-aided design systems.
The program focuses on training graduates for branches of modern industry in which knowledge-intensive technologies are implemented. Graduates will be prepared to work in areas related to the production and application of nanomaterials and the development of new technologies for forming an advanced element base, instrument structures, and micro- and nanoelectronics devices and systems. They will also be prepared to work with technological documentation and support technological production processes.