1. NATIONAL RESEARCH NUCLEAR UNIVERSITY «MEPhI» Physics & Engineering Education & Research & Industrial Innovations

2. I.V.Kurchatov L. A. Archimovich M. A. Leontovich MEPhI history I. K. Kikoin A.D.Sakharov N.N.Semenov I.E.Tamm P.A.Cherenkov I.M.Frank N.G. Basov S.I. Kislyak Ambassador of the Russian Federation to the U.S. S.V.Avdeev Cosmonaut Hero of Russia N.N. Rukavishnikov Cosmonaut Hero of the Soviet Union Outstanding Soviet physicists and the USSR Atom Project leaders participated in MEPhI development; 6 Nobel prize winners were among its staff 2 2008 1942 1953 National Research Nuclear University “MEPhI” Moscow Mechanical Institute of Ammunition Moscow Engineering Physics Institute

3. NATIONAL RESEARCH NUCLEAR UNIVERSITY «MEPhI» Physics & Engineering Education & Research & Industrial Innovations 563 Foreign students 25 Foreign Professors 33 000 Students from cities 1045 Professors 6 458 346 Sq. Feet 3

4. Development Strategy NRNU MEPhI to 2020 The strategic goal is to become a global leader in education, science and innovation in the field of nuclear, radiation, subnano- and nano- technologies and engineering, making a significant contribution to the innovative development of high-tech companies. Operation of nuclear power plants; Production of nuclear fuel; The creation of new products and technologies in the energy and non-energy markets; New technologies and industrial products for the nuclear weapons complex. Contribution to the innovative development and competitiveness of high-tech companies (State Corporation "Rosatom" and others.) Global leadership in science and education; Radical renewal of educational programs; Development of the University as a business - structure, attracting world famous scientists in the University; New technologies and industrial products for civilian and military-industrial complexes of Russia. Global leadership Moscow area NRNU MEPhIBranch network NRNU MEPhI TRIPLICITY: Education – Research – Innovations 4

5. * among CIS universities in group A only MSU is included MEPhI in Leading International and National University Rankings Russian rating of «Expert RA» group of rating agencies Times Higher Education (Overscore) Webometrics (among Russian Universities) National rating of «Interfax» & «Echo of Moscow» agencies QS (Physics & Astronomy) Times Higher Education (Physical Sciences) QS. BRICS Scimago Institutions Rankings (among Russian Universities) RUR (among Russian Universities) National rating of «National Training Foundation» 2014 2013 2012 74 65 251 - 300 5 5 6 6 3 3 6 6 3 3 1 1 3 3 5-6 5 5 7 7 Rankings 226 - 250 Russian rating of «Expert RA» group of rating agencies (among CIS Universities) group B* 4 4 3 3 Rankings 2014 3 4 5 2 6 1 MSU MIPT MSTU MEPhI SPSU HSE Expert RA Interfax 1 2 3 4 5-6 MSU SPSU MEPhI MIPT PFUR NSU 57 5

6. ROSATOM & IAEA Cooperation MEPhI - basic university powerfully evolving global state corporation "Rosatom". Corporate Gifts for training The coordinator of nuclear education network Major national and international projects implementation experience Educational process with the participation of leading scientists and specialists of high-tech industries Scale inquiry on export of educational services by the near and far abroad countries MEPhI integration with leading organizations of the nuclear industry and other high-tech industries NUCLEAR NON-PROLIFERATION Coordinative Research Projects “Tritium Inventory in Fusion Reactors” “Radiation damage of W as a material for fusion applications” 6

7. Drastic restructuring of the University From Faculty to Institutes and Centers T Particle physics Institute F A IT Information technologies & Cyber systems M Information flow management Institute Automatics Institute Nuclear Technologies Institute Plasma Laser Research and Technologies (PLIT) Nuclear Systems and Materials Fundamental research and particle physics Applied mathematics and theoretical physics Guarded infocommunication systems and technologies. Cybersecurity Nuclear power engineering and nuclear technologies Centers of excellence are being created Nanostructured electronics Supercomputers Institute of physicochemical technologies Life science (hi-tech medicine) Centers to be created Existing institutes (schools) 7

8. MEPhI is Russian Nuclear Education Center (more than 40 programs) Over 150 modern laboratories and educational-research centers, research nuclear reactor and 5 subcritical assemblies are involved in education and training. Classes are conducted by over 1500 professors and associated professors. Nuclear reactors and power installationsNuclear power plantsRadiation safetySecurity and non-proliferation of nuclear materialsPhysical protection, control and accounting of nuclear materialsMaterials science and technology of new materialsNuclear and particle physicsTheoretical physicsPlasma physicsPhysics of kinetic phenomenaApplied mathematicsMedical physicsElectronics and automation in physical facilitiesTools and methods for quality control and diagnosticsEcologyand others 8

9. Programs 9 Economic Security Information Security Information security of automated systems (s) Information Security of Automated Banking Systems (s) Information and Analytic Security Systems (s) Cryptology Methods in Information Security Systems of Crucial Objects (s) Cybersecurity Information Security Management of Information Infrastructure Crucial Systems (m) Organizational and Legal Support of Cybernetics and Information Security (m) Information Security Informatics and Computer Engineering High-Performance Computer Systems and Technologies Software Engineering Mathematical modeling and software engineering for computers and computer networks – Information technologies for cybernetic systems development Applied Mathematics: Mathematical Cybernetics

10. MEPhI is Training and Retraining Center (more than 200 programs, retraining at MEPhI regional branches near enterprises) Technological aspects of nuclear non-proliferation Environmental protection Methods of reactor material diagnostics Isotope separation methods Reliability of nuclear reactors and risk management Applied spectrometry of nuclear radiation Systems of the mathematical support of the exploitation of VVER type reactors Quality control in nuclear industry Nuclear physics methods in nanotechnology 10 Modern nuclear installations Nuclear fuel cycle safety Nuclear and radiation safety Culture of nuclear material managemen t

11. Research & Innovations Research directions at the IRT MEPhI : Neutron studies of matter Nuclear physics Radiation physics Radiation materials science Solid state physics Reactor physics and engineering Applied spectrometry Radiobiology Medical physics A unique complex of detectors for investigation of particles coming from cosmos: Cherenkov water detector, coordinate-track detector, muon hodoscope. etc. Muons with energies above 100 TeV were detected. This means that a new unknown mechanism of their generation exists Basic scientific research, applied research and developments and specialists training in the sphere of heterostructure nanoelectronics, extremal and power electronics, solid-state super- high frequency electronics and optical electronics in the related sciences and science of materials. Embodied technologies: Nanolithograh and electronic microscopy. Scanning probe microscopy, nanocharacterization and nanometrology Contact photolithograph and laser lithograp metalization The resolution of the Government of the Russian Federation № 220 11

12. Collaboration with world best Research Centers and Universities JET 12

13. Cooperation between NRNU MEPhI and UFRGS 13 National Research Nuclear University MEPHI (NRNU MEPHI) and Instituto de Informatica of Universidade Federal do Rio Grande do Sul (UFRGS)

14. Visits to UFRGS from NRNU MEPHI March 2014, September 2014 Nikolay Samotaev Boris Podlepetsky Objectives of visits: Participation in the program committee of the 19 th Annual International Mixed-Signals, Sensors and Systems Test Workshop (IMS3TW) conference Delivering lectures to undergraduate and Ph.D students of Instituto de Informatica UFRGS Developing cooperation between NRNU MEPHI and microelectronic enterprise CEITEC-SA 14

15. Visits to NRNU MEPHI from UFRGS October 2013, January 2014 Associate Professor Fernanda Kastensmidt Objectives of visit : Participation in an international school “SERESSA-2013” Delivering lectures to undergraduate and Ph.D. students of the Micro- and nanoelectronics Department at NRNU MEPHI Experimental studies of modern (22nm) system- on-chip “Zynq Xilinx” on the effects of exposure heavy charged particles using a focused laser sources 15

16. Joint research activity Joint publications indexed in scientific databases (Scopus, Web of Science and etc.): - IEEE Transactions on Nuclear Science Journal 16

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