University Master Degree Programme CRYOGENIC ENGINEERING IN THE - PowerPoint PPT Presentation

Bauman Moscow State Technical University Master Degree Programme CRYOGENIC ENGINEERING IN THE FRAMEWORK OF THE TEMPUS PROJECT 511121-TEMPUS-1-2010-1-DE-TEMPUS-JPCR « ECDEAST Engineering curriculum design aligned with the EQF and EUR-ACE STANDART Associate professor N.Lavrov Associate professor V.Shishov Bauman Moscow State Technical University

PROGRAMME OVERVIEW Institution Bauman Moscow State Technical University (BMSTU) Programme Cryogenic Engineering 141200 – Refrigeration, cryogenic technics and life support systems Field of study Degree awarded Master of Engineering Faculty of Power Engineering, Department of Refrigerating, cryogenics and Department life support systems Coordinator Professor Ivan Arkharov Address 5, 2-nd Baumanskaya, Moscow, 105005, Russia Notional duration 2 years Workload 120 ECTS credits Classes start September 2012 Mode of study Full-time Language of instruction Russian Date of approval June 5, 2012 Bauman Moscow State Technical University

PROGRAMME AIMS O.1. Conduct activities with research and development (R&D) related to the innovation techniques for calculation and design and to the experimental study of low-temperature plant facilities and related industries; O.2. Conduct manufacturing, R&D, and innovation activities to create new CAD-based and environmentally safe cryogenic facilities; O.3. Perform value engineering of research and industry projects including multidisciplinary ones; O.4. Carry out consulting and expert activities, analyze and compare and generalize research and industrial outcomes, prepare presentations and publications including those of in foreign language; O.5. Show skills to organize and manage different profile specialists’ teamwork from different countries; O.6. Carry out research and teaching activities both in the secondary schools of physics and mathematics and HEIs; O.7. Upgrade professional knowledge and skills, including further studies at doctoral school. Bauman Moscow State Technical University

KEY PROGRAMME LEARNING OUTCOMES (COMPETENCIES) Professional skills P1 Show sound knowledge of physical processes in machines, apparatus, and plants of cryogenic engineering; identify challenges and demands of the industry in terms of cutting-edge technology achievements and world tendencies P2 Apply physicomathematical tools, theory- and computation-based methods of analysis, mathematical and computer modeling to design machines, apparatus, and plants of cryogenic engineering P3 Design low-temperature systems and machinery to meet the requirements for their maximum performance and durability, safety of life P4 Apply CAD-systems to design components for cryogenic machines and systems P5 Elaborate a feasibility study to design competitive ecologically safe cryogenic machines and plants P6 Display new contemporary methods and tools to carry out thermo-physical and mechanical investigations, analysis, and processing of cryogenic machines, plants and equipment P7 Demonstrate skills in running the modern cryogenic machines and plants, integrating innovative approaches, to ensure their high performance, cost-effectiveness and health and environment safety P8 Advise cost-engineers, designers, technologists and examine the theoretical and experimental cryogenic engineering work in terms of science and technology Bauman Moscow State Technical University

KEY PROGRAMME LEARNING OUTCOMES (COMPETENCIES) Personal skills P9 Have a good command of Russian and foreign languages with the ability for appropriate business communication, correspondence, documents circulation and for making presentations and papers, writing articles and reports P10 Apply basic principles of social, humanitarian, and economic sciences to solve social and professional problems and follow legislation in activities P11 Use practical experience and skills to manage professional activities of an individual, a team worker and an international team ’ s leader of specialists with different profile P12 Upgrade a qualification independently through life-long learning, hold studies for students at different levels both in cryogenic engineering, and in physics and mathematics Bauman Moscow State Technical University

CURRICULUM STRUCTURE Code Cycle /Module/Discipline ECTS credits GS General Sciences 26 GSB Core subjects/modules 8 GSB01 Foreign Language (special course) 4 GSB02 4 History and Philosophy of Science and Technology GS Minors 18 GSV01 Strategy and innovation management 3 GSV02 Similarity and mathematical modeling 3 methods GSV03E Elective № 1 6 GSV04E Elective № 2 6 Bauman Moscow State Technical University

CURRICULUM STRUCTURE Code Cycle /Module/Discipline ECTS credits PS Majors 48 PSB Core subjects 13 PSB01 Cryogenic systems: special chapters of thermodynamics 4 PSB02 Mathematical modeling 9 PSV Minors 35 PSV01 Cryogenic facility design engineering 9 PSV02 Cutting-edge cryogenic systems and plants 7 PSV03 Computational gas and fluid dynamics, heat and mass transfer 7 Elective № 1 ( “ Cryogenic transport systems ” ) PSV04E 4 Elective № 2 ( “ Contemporary superconducting devices ” ) PSV05E 4 Elective № 3 ( “ Emergency Protection ” ) PSV06E 4 PR Practical training and Research activities 31 SC01 Final state attestation ( Master's thesis defense) 15 Bauman Moscow State Technical University

Resources: DEPARTMENT TEACHERS Full-time teachers: Head of Department professor (Dr.Sc) A. Arkharov; Professors (Dr.Sc): Yu. Peshty, Yu. Shevich, Associate Professors (Ph.D): M.Kolosov, N. Lavrov, V. Leonov, E.Navasardyan, V. Shishov. Internal part-time teachers Professor (Dr.Sc): I.Arkharov - vice-rector for International Relations; A.Zherdev - dean of Power engineering Faculty. External part-time teachers: Professors (Dr.Sc): I.Butkevich, G.Goncharova, A.Smorodin Associate Professors (Ph.D): S.Garanov, D.Kuderko, L.Volokitin, A. Zharov. Assistant (Dipl.Eng): A.Parkin Bauman Moscow State Technical University

Resources: laboratory facilities BMSTU, JSC "Institute of HOLODMASHHOLDING", JSC "Cryogenmash", JSC Scientific and Production Association "Science “, CRI "Course “, LLC "Air Liquide “, CJSC "Holodhimmash" Bauman Moscow State Technical University

Master's thesis Implementation of Master's thesis focused on the creation of a project or study for their practical application. The sources of his master's thesis topics include: - direct booking academic and industrial organizations, commercial firms, etc. specializing in cryogenic engineering; - research themes "Refrigerating, cryogenics and life support systems" Department staff; - research interests, including the development of the search head master. Bauman Moscow State Technical University

Criteria for admission to graduate program Russian citizens and foreign nationals: - having a bachelor's degree (qualification) in low- temperature engineering or the other directions, such as: power engineering, thermal physics, thermal engineering; - having a engineering degree in the same directions. Entrance exams are conducted in accordance with Russian state education standard of bachelor 141200 "Refrigeration, cryogenic technics and life support systems“. Bauman Moscow State Technical University

Department Master List (first year) and Master's thesis subject 1. Andreev Dmitry (Utilization of ammunition by cooling and subsequent destruction of the shell); 2. Bychkov Evgeny (Low-temperature chamber at a temperature of the refrigerant blends level -40C - 120C using mixed refrigerant); 3. Fetisova Evgenia (The entropy-statistical analysis of medium-pressure air separation plant); 4. Gareeva Diana (Getting xenon ultra-pure with impurity concentration at the level of units ppt (10-12)); 5. Lukashkin Sergey (Low-temperature chamber for environmental testing); 6. Shabaev Dmitry (Simulation of ventilation and cooling system for arena ice rink); 7. Shakurov Alexey (Installation for cryotherapy) It will expected 14 first year master-students in 2013 Bauman Moscow State Technical University

Master's Program Publications 1. Creating Master's Program “Cryogenic Engineering and Technology" in Bauman MSTU on the basis of the federal state educational standard in the direction of training 141.200 "The Refrigerating, Cryogenic Technics and Life-support Systems" and according to the Bologna process (EQF) and European standards for the quality of engineering education (EUR-ACE) / I.A.Arkharov, N.A.Lavrov, V.V.Shishov // Proceedings of the II International Conference “International Cooperation in Engineering Education” . St. Petersburg, Russia 2-4 July 2012, p. 45-52. 2. Creation of Master's Program “Cryogenic engineering and technology" in BMSTU / I.A.Arkharov, N.A.Lavrov, V.V.Shishov // Vestnik MGTU. Series ”Mashinostroenie” . 2012 (Special Publication no.3) Special Issue “Refrigerating and Cryogenic technology, System of Air Conditioning and Life Support” . p. 5-19. Bauman Moscow State Technical University