Bachelor's Degree (BSc), Institute of Nano-technologies, electronics and instrumentation technology
28.03.02 Nanoengineering
Program Overview
Nanoengineering is the engineering field focused on the study, development and refinement of materials at a very small scale. The program is aimed at obtaining professional higher technical education in the field of Micro- and Nano-electronics, Nanotechnology and Nanomaterials.
This bachelors program provides the formation of the graduate not only professional competencies related to nanotechnology, but also universal and general professional competencies, to effectively implement the tasks of professional formation and personal self-development.
Core curriculum
Basis | Specialized subjects |
Methods of mathematical modelling Physics of solid-state Interdisciplinary project 1 Quantum physics Interdisciplinary project 2 Interdisciplinary project 3 Foreign language in professional communication Informational technologies Chemistry Introduction: Project activities History (History of Russia, World History) Foreign Language Mathematics Physics Ecology Computer science Computer and engineering graphics Economics and basis of jurisprudence | Technologies of micro- and Nano-systems Physical basis of micro- and Nano-electronics Processes of micro- and Nano-technologies Physics of low-dimension structure Technologies of Nano-structured materials Micro- and Nano-electronics Additive technologies Physical and chemical basis of micro- and Nano-electronics Material technologies and crystal-growing processes Design and construction of semi-conductive tools Micro- and Nano-systems Crystallography Plasma Nano-technologies Project activities Micro-electronic sensorics Material studies Cluster Nano-technologies |
Program Benefits
- 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 Bachelors 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:
- Nanotechnology complex NANOFAB HTK-9;
- Raster electron-ion microscope with the system of electronic lithography NovaNanoLab 600;
- Research complex based on scanning electron microscope with advanced functionality of Phenom;
- Scanning probe nano laboratory Ntegra Vita;
- Scanning probe microscope Solver P47Pro;
- Complex of educational scanning probe microscopes NanoEducator;
- 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.
Prospects. Career & Employment
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) $88,550 per year
- Research & Development Engineer $93,260 per year
- Materials Engineer (General) $60,000 per year
- Computational Chemist $80,000 per year
- Assay Development Scientist $83,060 per year
- Process Engineer (General) $88,550 per year
- Biomedical Engineer (General) $60,000 per year
- Bioinformatics Engineer $70,300 per year
- Materials Analyst $93,500 per year
Why pursue a Bachelor's degree in Nanoengineering?
After educational program students can:
- Continue their education at Master's degree.
- This program will allow the graduates not only to successfully perform labor functions, but also to take an active part in the creation, development and establishment of advanced laboratories and centers under perspective processes of micro and nanotechnology, nano-engineering on the basis of the designated enterprises.
- Nanoengineering furthers technology through large advancements of a very small nature. These include positions in the following fields, among others: Aerospace. Health care and pharmaceutical. Environmental and energy. Agriculture. Robotics. Automotive. Computing.