National Nuclear Research University (MEPhI)
Founded 1942. Previously known as Moskovskij Inženerno-Fizičeskij Institut (Gosudarstvennyj Universitet) (Moscow Engineering Physics Institute (State University)). Acquired current title 2009.
Funding:
Public
Grades 4
Languages 2
Divisions 6
- Physics SchoolFields of study: Physics
- Automation and Electronics Faculty
- Cybernetics and Information Security Faculty
- Experimental and Theoretical Physics Faculty
- Physical Engineering FacultyFields of study: Materials Engineering
- Technology Management and Economics FacultyFields of study: Engineering Management, Industrial Management, Human Resources, Information Technology, Economics, Management
Requirements
- Admission details: Secondary education certificate (Attestat o srednem obrazovanii)
Short online courses 116
- Academic writing in Russian and English
- Anti-crisis development of corporate information systems
- Application of operating system mechanisms in software development
- Basic Concepts of International Nuclear Law
- Basics of Scientific Visualization in Mathematical Modeling of Systems
- C ++ programming language. Part 1. Procedural programming
- Change management
- Chasing your Dream: How to End Procrastination and Get a Job You Love
- Chemistry. Part 1
- Chemistry. Part 2
- Circuitry technologies
- Computer networks
- Contact phenomena in semiconductor electronics
- Cryptographic methods of information protection
- Development of professional competencies in the field of combating money laundering and terrorist financing
- Differential calculus
- Digital circuitry
- Discrete mathematics
- Drone Control (UAV)
- Economic and mathematical modeling
- Effective communication in the work environment
- Electromagnetic field theory
- Electronic payment systems
- Engineering: An Introduction to Machine Parts
- Enterprise Software Lifecycle Management
- Equations of mathematical physics. Part 1
- Equations of mathematical physics. Part 2
- Equipment for machine-building industries
- Features of writing scientific and technical texts
- Field theory
- From Atoms to Stars: How Physics Explains Our World
- Fundamentals of Data Mining and Machine Learning
- Fundamentals of National Nuclear Non-Proliferation Guarantees
- Fundamentals of Nuclear Reactor Physics
- Fundamentals of Quantum Cryptography
- Fundamentals of Quantum Mechanics
- Fundamentals of Quantum Physics and Quantum Informatics
- Fundamentals of Semiconductor Physics and Electronics
- Fundamentals of Semiconductor Physics and Electronics
- Fundamentals of anti-crisis development of corporate information systems
- Fundamentals of creating an innovative enterprise
- Fundamentals of crystallography
- Fundamentals of nuclear power technology
- Fundamentals of semiconductor physics and circuitry
- Heavy ions and synthesis of new elements: current trends
- Heavy ions and synthesis of new elements: current trends
- History of natural science
- Impact of ionizing radiation from outer space on electronics
- Integral calculus
- Introduction to Nuclear Physics and Technology
- Introduction to Plasma Physics
- Introduction to Quantum Cryptography and Quantum Computing
- Introduction to digital engineering
- Introduction to modern cryptography
- Introduction to the Modern Nanotechnology
- Introduction to the Theory of Ferromagnetism
- Introduction to the physics of phase transitions
- Introduction to the theory of ferromagnetism
- Knowledge Management in Nuclear Energy Organizations
- Lasers: physical fundamentals and laser technologies
- Leadership and formation of team manufacturing technologies
- Learning to write scientific articles in Russian and English
- Legal aspects of nuclear non-proliferation
- Machine learning
- Management of the development of corporate information systems
- Math packages in electronics
- Mathematical and instrumental methods of machine learning
- Mathematical and instrumental methods of machine learning
- Mathematical modeling and methods in economics
- Metaprogramming of C ++ templates in problems of mathematical physics
- Methods for assessing and increasing the resistance of electronics to the effects of ionizing radiation from outer space
- Molecular dynamics methods in multilevel modeling
- Multiple integrals and series
- Neural networks
- Nuclear Facilities: Regulations and Licensing
- Nuclear Knowledge Management
- Nuclear Non-Proliferation: Legal Aspects, Basis of National Safeguards
- Nuclear Reactor Physics Basics
- Optimal resource allocation problems in the economy
- Optoelectronics: Optical Imaging and Wavefront Tools
- Organic electronics
- Organizational Behavior in the Age of Digital Transformation
- Personal effectiveness in a high-tech environment
- Physical crystallography
- Physical foundations of laser technology
- Physical foundations of quantum informatics
- Physical protection systems
- Physics in experiments. Part 1. Mechanics
- Physics in experiments. Part 2. Molecular physics
- Physics in experiments. Part 3. Electricity and magnetism
- Physics in experiments. Part 4. Waves and optics
- Physics in experiments. Part 5. Atomic physics
- Physics of microelectronic structures
- Plasma and ion rocket engines
- Powerful lasers and laser fusion
- Processor design
- Processor design architecture
- Project management
- Quantum mechanics. Part 1. Principles of Quantum Mechanics
- Quantum mechanics. Part 2. Computational methods of quantum mechanics
- Radiation ecology
- Russian as a foreign language (basic level)
- Russian as a foreign language (elementary level)
- Russian as a foreign language (first certification level)
- Russian as a foreign language (scientific style of speech)
- Sources of neutrons
- Steam turbines of nuclear power plants. Part 1. Theory of the thermal process.
- Surface Analysis Methods
- Surface Science: Methods of Surface Analysis
- Systems and critical thinking in business
- Technological history of the nuclear industry
- Technology commercialization
- Theory of functions of a complex variable
- VVER reactor design
- Vacuum Systems and Technology
- Vacuum systems and technologies
