ROSATOM EDUCATION & TRAINING

Transcription

1 ROSATOM EDUCATION & TRAINING ROSATOM EDUCATION AND TRAINING FOR NPP PROJECT

2 Dear Colleagues! Tatiana Terentieva HR Director of ROSATOM 4 We are pleased to introduce you to this edition describing the integrated offer of State Atomic Energy Corporation Rosatom (ROSATOM) in the field of and personnel training for the nuclear industry of Partner Countries Rosatom HR Solution. As one of the world s leaders in the nuclear energy industry, ROSATOM places great emphasis on human resource development. Obviously, the nuclear industry relies heavily on high technologies and requires specific qualifications, deep knowledge of the subject and high level of responsibility from its workers. Over 70 years of working in the industry, we have developed unique technologies and al programs that allow to approach the issue of personnel training and continuing professional development in a comprehensive way. To train specialists in the nuclear energy field, today ROSATOM performs extensive activities at all levels, including schools, vocational organizations, universities, and industry centers for continuing professional. In 2014 alone, employees of industrial enterprises completed retraining, training, and continuing professional programs, which accounts for 48% of total staff. With these high standards set to employees, the war for talents has become acute in the past years. It is further intensified by employers wish to choose not just from a selection of engineering graduates, but from the best High Potential specialists. Thus, in academic years Russian industry-focused universities received 76 applications per 1 place from Russian candidates, while currently over 700 foreign students from 11 countries of the world are getting their degrees at Russian universities as well. This explicitly testifies to the high demand for nuclear jobs and the prestige of Russian nuclear. One of ROSATOM s priorities is collaboration with a Partner Country in the field of and training of personnel. We offer you the materials that have been structured with regard to all stages of initiation and development of the national nuclear power program in a Partner Country as well as NPP life cycle, including sets of al programs for all key categories of personnel: Nuclear infrastructure personnel, NPP personnel, Construction-engineering personnel, Scientific and research personnel, Young specialists and professors. Current edition is one of the catalogues of the integrated offer of ROSATOM (Rosatom HR Solution) Rosatom Education and Training. NPP Personnel. This catalogue will be of particular interest to the operating nuclear power countries, as it introduces personnel trainings programs for the whole NPP life cycle. We are pleased to share with you our knowledge and experience in the field of, training and retraining of highly qualified specialists for the nuclear industry. I am sure that this information will be of interest both to the operating nuclear power countries and the newcomers, and I am convinced that these materials will lay the foundation stone for our long-standing and mutually beneficial collaboration grounded on developing knowledge and competencies and exchanging experience.

3 INTRODUCTION INTRODUCTION A SET OF HR SOLUTIONS FOR PARTNER COUNTRIES CP 1. NUCLEAR INFRASTRUCTURE PERSONNEL NPP PROJECT CP 2. CP 3. CONSTRUCTION-ENGINEERING PERSONNEL CP 4. SCIENTIFIC AND RESEARCH PERSONNEL CP 5. YOUNG SPECIALISTS AND PROFESSORS 2 3

4 LOGIC OF THE TRAINING PROGRAMS IN THE CATALOGUE. STAGE 1 Project initiation and design development STAGE 2 NPP construction STAGE 3 NPP operation STAGE 4 NPP decommissioning Higher (HE) Training for a job position s for development of managerial competences Higher (HE) A number of job positions for high qualified NPP personnel require higher training programs. This catalogue contains a list of industry-related higher programs (as of 2015) provided to foreign students at the Consortium of ROSATOM supporting universities and ROSATOM partner universities. Training for a job position Personnel training programs include the key job positions of the operating and maintenance personnel. Personnel training for other job positions depends on the specific features of the project. s for development of managerial competences The training courses are aimed at competence development for NPP line supervisors, middle level managers and senior executives. The programs have been developed based on the analysis of managerial activities (taking into account the specific features of the Russian projects) and successfully applied to the NPPs in the Russian Federation. The list of competences covers all types of management activities including strategic management, planning, performance and control of management activities at all stages of the life cycle, arrangement of operations, health and safety, change management and innovation management, effective coordination and communication, self-development etc. It is recommended to provide training for managers and candidates to senior positions at NPP at the earliest stages of the NPP life cycle and other nuclear energy facilities. 4 5

5 LEGEND TYPE OF EDUCATION TYPE OF EVIDENCE DOCUMENTS Continuing professional (CPE) Certificate Higher (HE) Diploma HOW TO USE THE TRAINING PROGRAM PASSPORTS IN THE SYSTEM OF CATALOGUES The system of catalogues contains brief description (program passport) and code made letters, personnel category and unique program identifiers for each training program: CP TYPE OF TRAINING INSTITUTION STAGES OF NPP LIFE CYCLE of higher Project initiation and design development Industrial-scale training institution NPP construction TRAINING FORMAT identifier unique program identifier (optional programs) The program code is indicated in the left upper corner of the program passport: CP 2.23 Key program features NPP decommissioning Russian NPP + of personnel (CP) Program code NPP operation LANGUAGE OF INSTRUCTION + identifier of the category + unique program FOREMAN OF SECTION FOR MAINTENANCE OF ROTATING MECHANISMS BY SECTIONS Competence development for the management of the NPP life cycle Program title 429 academic hours position of a foreman of Section for maintenance of rotating mechanisms. al Training for a job position s for development of managerial competences Combined (distant and part-time) attendance Capacity Total number of groups: 10 On-line attendance Training provider Brief program description Brief description of the training course Contact data LENGTH OF APPRENTICESHIP ATTENDEES EDUCATIONAL BACKGROUND You are welcome to ask all your questions regarding training programs and projects by filling the feedback form (see Inquiry sheet in the last pages of the catalogue) and ing it to: HRS@rosatom.ru. INQUIRY SHEET. TEMPLATE Basic Information No requirements Secondary Name Mr 1DPH 6XUQDPH Ms Country &RXQWU\ Organization 2UJDQL]DWLRQ Department/ Section 'HSDUWPHQW 6HFWLRQ Position 3RVLWLRQ 32 Higher Contact Specific specialty / area of activities Zip code =LS FRGH QXPEHU Address 6WUHHW KRXVH QXPEHU &LW\ &RXQWU\ TEL QXPEHUV FAX QXPEHUV ( PDLO DGGUHVV Education program information Program Code: 7KH FRGH RI WKH SURJUDP Inquiry topic WH[W 6 Please, send this form to the following address: HRS@rosatom.ru: NPP You PERSONNEL could take a photo and send it by mobile phone Y ou could take a scan of the form You could fill in the form on the website: www. HRS.ru Also you are welcome to take the filled form out of the booklet and give it in person. 7

6 CONTENTS CONTENTS SYSTEM OF CATALOGUES... 2 LOGIC OF THE TRAINING PROGRAMS IN THE CATALOGUE LEGEND... 6 HOW TO USE THE TRAINING PROGRAM PASSPORT IN THE SYSTEM OF CATALOGUES... 7 EDUCATIONAL PROGRAMS AT ALL STAGES OF THE NPP LIFE CYCLE Higher Education Programs CP 2.1 Automation of Technological Processes and Productions...10 CP 2.2 Electric and power engineering...11 CP 2.3 Heat and power engineering...12 CP 2.4 Nuclear power engineering and thermophysics...13 CP 2.5 Chemical technology of modern power engineering materials...14 CP 2.6 Nuclear power plants: design development, operation and engineering. Specialty 1: Design development and operation of nuclear power plants...15 CP 2.7 Nuclear power plants: design development, operation and engineering. Specialty 2: Radiation safety of nuclear power plants...16 CP 2.8 Nuclear power plants: design development, operation and engineering. Specialty 3: Control and monitoring systems of nuclear power plants...17 CP 2.9 Nuclear reactors and materials...18 CP 2.10 Automation of technological processes and productions...19 CP 2.11 Electric and power engineering...20 CP 2.12 Heat and power engineering...21 CP 2.13 Nuclear Physics and Technology Profile: Radiation safety of a human being and the environment...22 CP 2.14 Nuclear power engineering and thermophysics. Profile: nuclear power plants and installations...23 STAGE 3. NPP OPERATION Section 2: Training for a Job Position CP 2.15 Senior reactor operator...24 CP 2.16 Leading engineer of special water purification system in Chemical shop CP 2.17 Senior turbine operator...26 CP 2.18 Health-physicist...27 CP 2.19 Engineer for organization of operation and maintenance activities...28 CP 2.20 Foreman of automation section...29 CP 2.21 Foreman of Relay protection and automatics section...30 CP 2.22 Foreman of I&C section...31 CP 2.23 Foreman of Section for maintenance of rotating mechanisms...32 CP 2.24 Foreman of Section for maintenance of pipelines, valves and vessels...33 CP 2.25 Foreman of kV electrical equipment maintenance in the Switchgear maintenance division...34 CP 2.26 Foreman of Section for maintenance of kV switchgears, uninterruptable power supply units and DC boards...35 CP 2.27 Foreman of Section of automatic and remote control systems...36 CP 2.28 Foreman of Section of control and protection systems (electronics)...37 CP 2.29 Foreman of Fuel handling equipment section...38 CP 2.30 Operator of internal combustion engines...39 CP th grade turbine equipment field operator...40 CP th grade turbine equipment field operator...41 CP 2.33 NPP Shift supervisor...42 CP 2.34 NPP Unit shift supervisor...43 CP 2.35 Radiation safety shift supervisor...44 CP 2.36 Reactor shop shift supervisor...45 CP 2.37 Turbine shop shift supervisor CP 2.38 Chemical shop shift supervisor...47 CP 2.39 I&C Shop shift supervisor...48 CP 2.40 Electrical shop shift supervisor...49 CP 2.41 Refueling machine operator...50 CP 2.42 Maintenance and repair technician in Section of rotating mechanisms...51 CP 2.43 Mainttenance and repair technician in the Section for pipelines, valves and vessels...52 CP 2.44 Maintenance and repair technician in Fuel handling equipment section...53 CP 2.45 Senior turbine field operator...54 CP 2.46 Senior reactor field operator...55 CP 2.47 Electrical shop electrician for NPP equipment maintenance...56 CP 2.48 Electrician for maintenance of relay protection and automatics...57 CP 2.49 Electrician for maintenance of kv electrical equipment in Switchgear division...58 CP 2.50 Electrician for maintenance of kv switchgears, uninterruptable power supply units and DC boards...59 CP 2.51 Electrician for I&C maintenance and repair in Section of automation...60 CP 2.52 Electrician in Section of control and protection systems (electronics)...61 CP 2.53 I&C electrician...62 CP 2.54 Electrician of automatic and remote control systems...63 AT ALL STAGES OF THE NPP LIFE CYCLE Section 3. Training Courses for Development of Managerial Competences CP 2.55 Training of line supervisors for nuclear facilities...64 CP 2.56 Training of middle-level managers for nuclear facilities...65 CP 2.57 Training of top-level executives for nuclear facilities...66 CP 2.58 Training of top executives and middle level manager for nuclear facilities...67 LIST OF ABBREVIATIONS INQUIRY SHEET TEMPLATE INQUIRY SHEET FOR FILLING... 71

7 CP 2.1 CP 2.2 AUTOMATION OF TECHNOLOGICAL PROCESSES AND PRODUCTIONS Nizhny Novgorod State Technical n.a. R.E. Alekseev Bauman Moscow State Technical National of Science and Technology MISiS Ural Federal 4 years To develop the competences in the areas of professional activities associated with application of aids, and methods aimed at automation of the existing and elaboration of new automatic technologies and businesses ensuring production of competitive goods etc. including development of the following capabilities: In design and development: Collection and analysis of the input data for design development of technical and systems for automation and control of industrial and technological processes, equipment production life cycle, its uality, diagnostics and testing; Development of the generalized options for the problem-solving, analysis of these options, Prediction of the consequences, finding out of compromise solutions under conditions of multicriterial environment and uncertainties, planning of the project implementation; Design development of the automation projects for technological processes and production systems including the projects of the production life cycle automation and production quality management taking into account mechanical, technological, constructive, operational, esthetic, economic, managerial parameters and specific requirements of the industrial sector with application of the state-of-art information technologies etc. In production and technology: Practical application and enhancement of automation and systems for control of production and technological processes, processes of the product fabrication, management of its life cycle and quality; Enhancement of technological, metrological, material support to the production processes; Arrangement of the work places and its technical equipment; Optimization of the equipment configuration, including installation of for automation, monitoring, control, diagnostics and testing; Review of existing and elaboration of new regulations in the area of automation of production and technological processes, production life cycle and quality management; Practical application of state-of-art methods of automation, control, monitoring, measurements and testing, production life cycle and quality management etc. Secondary Bachelor diploma ELECTRIC AND POWER ENGINEERING National Research Moscow Power Engineering Institute Nizhny Novgorod State Technical n.a. R.E. Alekseev National Research Tomsk Polytechnic Ivanovo State Power Engineering n. a. V. I. Lenin Ural Federal National of Science and Technology MISiS Peter the Great St. Petersburg Polytechnic Saint Petersburg State 4 years To develop the competences in the area of professional activities associated with use of technical aids, and methods for production, transfer, distribution and application of electric energy, control of electricity flows, development and production of the systems intended for these processes, including development of the capabilities as follows: Collection and analysis of the design input data; Calculation and design development of technical facilities in accordance with technical specifications with application of standard design automation ; Development of design and engineering documentation, formalization of the completed design and development works; Performance of preliminary feasibility study for design decisions; Performance of production activities; Assessment of innovation potential for new products; Mathematical simulation of the processes and objects based on the standard packages of automated design and research software; Installation and alignment activities; Installation, adjustment and testing of electrotechnical and power engineering equipment; Equipment maintenance and operation. Secondary Bachelor diploma 10 11

8 CP 2.3 CP 2.4 HEAT AND POWER ENGINEERING National Research Moscow Power Engineering Institute Nizhny Novgorod State Technical n.a. R.E. Alekseev Ural Federal Peter the Great St.Petersburg Polytechnic NUCLEAR POWER ENGINEERING AND THERMOPHYSICS National Research Tomsk Polytechnic Ivanovo State Power Engineering n. a. V. I. Lenin Saint Petersburg State 4 years To develop the competences in the area of professional activities associated with use of technical aids, and methods on application of heat, control of its flows and transformation of other types of energy into the heat, including development of the capabilities: In design development and computation: Collection and analysis of the design input data; Calculation and design development of parts and assemblies in accordance with technical specifications applying standard design automation ; Development of design and engineering documentation, formalization of the completed design and development works; Performance of preliminary feasibility study for design decisions; Alignment of the technological processes in the course of preparation for new industrial production; Alignment, adjustment, regulation and pilot testing of power, thermal and heat technology equipment; Installation, adjustment, testing and acceptance for operation of power, thermal and heat technology equipment and its separate parts and assemblies, Design and development of separate parts and systems; In operation and maintenance: Service of process equipment etc. Secondary Bachelor diploma National Research Moscow Power Engineering Institute Nizhny Novgorod State Technical n.a. R.E. Alekseev Bauman Moscow State Technical Peter the Great St.Petersburg Polytechnic Far Eastern Federal 4 years To develop the competences in the area of professional activities associated with design development, elaboration and operation of apparatus and facilities that generate, transform and use thermal and nuclear energy including development of the capabilities as follows: Research and development: Development of forecasting methods for quantitative features of the processes that take place in specific technical systems based on the existing methodologies with use of the data available in the reference literature; Modelling of high- and low-temperature processes in the specific technical systems, performance of physical and numerical experiments, development of the corresponding experimental test-benches and computation software for computers; Study and testing of the main NPP equipment in the course of its development, elaboration, commissioning and operation; Design development: Setting up of the project objectives, selection of its criteria and indicators, elaboration of the project interface structure, identification of priority tasks for resolution; Design development of the new equipment assemblies taking into account the requirements of technical specifications, application of new information technologies in the course of design development; Design development of the main NPP equipment, equipment of thermonuclear power plants taking into account environmental and safety requirements; Installation and commissioning: Planning of equipment installation and commissioning activities and performance of the equipment acceptance; Testing and diagnostics of the installed and maintained equipment; Selection of the equipment to be replaced and its optimum operational modes. Secondary Bachelor diploma 12 13

9 CP 2.5 CP 2.6 CHEMICAL TECHNOLOGY OF MODERN POWER ENGINEERING MATERIALS NUCLEAR POWER PLANTS: DESIGN DEVELOPMENT, OPERATION AND ENGINEERING. SPECIALTY 1: DESIGN DEVELOPMENT AND OPERATION OF NUCLEAR POWER PLANTS D. Mendeleev of Chemical Technology of Russia National Research Tomsk Polytechnic Far Eastern Federal Peter the Great St. Petersburg Polytechnic National Research Tomsk Polytechnic Ural Federal 5,5 years To develop the professional competences in the areas as follows: elaboration, design development and operation of technological processes for extraction of nuclear fuel cycle materials from natural and technology-related raw materials, reprocessing of spent nuclear fuel (SNF) and radioactive waste (RAW), separation of light isotopes and its application, research of radiation stability of materials and radiologic chemical processes in the coolants of nuclear power installations (NPI); development and application of the methods for analytical control and radiation protection at nuclear facilities. The objects of professional activities of the experts include: ores, concentrates and technology-related raw materials, rare metals to be used in nuclear purposes, its molecular chemical entities and materials produced of them, natural and technology-related raw materials containing isotopes of light elements, technological processes of its extraction, concertation and purification; equipment and instrumentation for application of these processes in laboratory and industrial conditions; technological processes of SNF and RAW reprocessing and methods for ensuring radiation protection and rehabilitation of the territories associated with application of nuclear facilities. Secondary Ivanovo State Power Engineering n. a. V. I. Lenin 5,5 years National Research Nuclear MEPhI To develop the competences in accordance with the Training program «NPP design development and operation» that envisages obtaining of higher professional allowing the graduates to work successfully in operation of nuclear power installations (NPI), NPI equipment and nuclear technologies. The area of the graduates professional activities include the set of, methods and approaches in the human activities associated with design development, construction and operation of apparatus and installations that use and transform thermal and nuclear energy. The subject areas of the graduates from the professional training program «NPP design development and operation» are as follows: nuclear and thermal processes that take place in the installation for generation, transformation and use of nuclear and thermal energy, nuclear power and thermal-mechanical equipment of nuclear power plants, research and other installations applying nuclear energy. Russian higher diploma of a specialist in the subject area Secondary Russian higher diploma of a specialist in the subject area 14 15

10 CP 2.7 CP 2.8 NUCLEAR POWER PLANTS: DESIGN DEVELOPMENT, OPERATION AND ENGINEERING. SPECIALTY 2: RADIATION SAFETY OF NUCLEAR POWER PLANTS NUCLEAR POWER PLANTS: DESIGN DEVELOPMENT, OPERATION AND ENGINEERING. SPECIALTY 3: CONTROL AND MONITORING SYSTEMS OF NUCLEAR POWER PLANTS National Research Nuclear MEPhI National Research Nuclear MEPhI 5,5 years 5,5 years To provide the trainees with state-of-art knowledge and competences in the area of safe application of atomic energy, physics of ionization irradiation. The area of the graduates professional activities in the field of radiation safety include as follows: nuclear power plants, laboratories of public and private scientific centers, state regulatory authorities in nuclear and radiation safety, research laboratories of fuel and energy enterprises. Secondary Russian higher diploma of a specialist in the subject area To provide the trainees with state-of-art knowledge and competences in the activities associated with design development, construction and operation of nuclear power plants and other nuclear energy facilities that generate, transform and use nuclear and thermal energy including systems for control and protection of the above facilities; The area of the graduates professional activities is associated with process equipment, systems of control, monitoring, protection and industrial instrumentation at nuclear power plans (NNPs), nuclear facilities and technologies. The subject area of the graduates professional skills includes capability to design and develop the technological process control systems, instruments and apparatus for nuclear power facilities, operate the control, protection and monitoring systems at nuclear power plants, software and hardware sets of automatic technological process control systems at nuclear power facilities. Secondary Russian higher diploma of a specialist in the subject area 16 17

11 CP 2.9 CP 2.10 NUCLEAR REACTORS AND MATERIALS AUTOMATION OF TECHNOLOGICAL PROCESSES AND PRODUCTIONS National Research Nuclear MEPhI Nizhny Novgorod State Technical n.a. R.E. Alekseev National Research Tomsk Polytechnic Bauman Moscow State Technical 5,5 years To develop the competences in the areas of professional activities as follows: Studies, developments and technologies aimed at registration and processing of information, development of theory, elaboration and application of nuclear facilities and systems; Studies of the unbalanced physical processes, dissemination and interaction of irradiation with the objects of alive and inorganic nature; Studies and design development of nuclear reactors, perspective and special-purpose nuclear facilities, ensuring of radiation and nuclear safety, physical protection and security of nuclear installations. Including development of the following capabilities: Mathematic modelling of processes and objects on the basis of standard automated design and research software packages; Development of methods and techniques for measurement of quantitative features of nuclear materials; Development of mathematical models for ensuring safety of nuclear materials and facilities; Elaboration of calculation methods for design development of the state-of-art systems, instruments and aids for accounting, control and safety ensuring of nuclear materials; Development of the methods for safety enhancement of nuclear materials, technologies and facilities; Development and enhancement of the methods for physical and mathematical modelling of reactor installations and substantiation of modern, perspective and special-purpose nuclear facilities; Development of criteria for safe operation and risks assessment in operation of nuclear facilities; Development of new systems for transformation of thermal and nuclear energy into electricity; Analysis of technical and calculation-theoretic developments, accounting of its compliance with the requirement of the regulations in the areas of industrial production, environment protection and safety as well as other applicable norms; introduction of new technological processes in the course of pre-commissioning activities of new nuclear installations, instruments and systems, ensuring of nuclear material accounting and control, adjustment, alignment, regulation and pilot testing of the software and hardware; Secondary Russian higher diploma of a specialist in the subject area Ural Federal 2 years Peter the Great St.Petersburg Polytechnic To develop the competences in the areas of professional activities associated with application of aids, and methods aimed at automation of the existing and elaboration of new automatic technologies and businesses ensuring production of competitive goods etc. including development of the following capabilities: Development of technical specifications for automation of the operating industrial production and technological processes, technical aids and automation systems, systems of monitoring, control and testing; development of new automatic and automated technologies, and systems including those associated with the production quality control and production life cycle; Design development of automated and automatic architect software sets for control, monitoring, diagnostics and testing for various industrial sectors; Development of schematic, technical and engineering designs of automated and automatic productions, and systems for monitoring, control and testing, production life cycle management and quality assurance with application of state-of-art aids for automatic design development, national and foreign experience in elaboration of competitive goods; Performance of technical calculations on the projects, feasibility and cost-effectiveness analysis of the designed technical and systems for automation, control, monitoring and diagnostics, quality and life-cycle management; Assessment of the project innovation potential; Assessment of innovative risks associated with the project commercialization; Upgrading and automation of the existing and design development of new automatic and automated technological processes with application of the automated systems for production support; Development and practical implementation of the automation control systems and, systems for diagnostics and testing, automated life cycle and quality management systems; Master diploma 18 19

12 CP 2.11 CP 2.12 ELECTRIC AND POWER ENGINEERING HEAT AND POWER ENGINEERING National Research Moscow Power Engineering Institute Nizhny Novgorod State Technical n.a. R.E. Alekseev National Research Tomsk Polytechnic Ural Federal Ivanovo State Power Engineering n. a. V. I. Lenin Peter the Great St.Petersburg Polytechnic Saint Petersburg State National university of science and technology "MISIS" National Research Moscow Power Engineering Institute Nizhny Novgorod State Technical n.a. R.E. Alekseev National Research Tomsk Polytechnic Ural Federal Peter the Great St.Petersburg Polytechnic Saint Petersburg State Ivanovo State Power Engineering n. a. V. I. Lenin 2 years 2 years To develop the competences in the area of professional activities associated with use of technical aids, and methods for production, distribution, transformation and application of electric energy, control of its flows, design development and fabrication of the elements, installations and systems that perform these processes, including development of the capabilities as follows: Research and development: Development of the project objective (program), criteria and indicators for its achievements, elaboration of its interface structure, identification of the priorities in the tasks resolutions; Development of the generalized options for the problem-solving, analysis of these options, Prediction of the consequences, finding out of compromise solutions under conditions of multicriterial environment and uncertainties, planning of the project implementation; Assessment of feasibility of the decisions made; Production and technology implementation: Setting of the production normatives for consumption of the materials, semi-finished products, fuel and electricity, selection of equipment and technological accessories; Assessment of feasibility of the technological processes, innovative-technical risks in implementation of new techniques and technologies; Installation and commissioning: Arrangement of installation and commissioning activities for electrotechnical and electromechanical equipment; Service and maintenance: Arrangement of acceptance and commissioning of electrotechnical and electromechanical equipment; Arrangement of operation and maintenance of electrotechnical and electromechanical equipment. To develop the competences in the area of professional activities associated with use of technical aids, and methods for production of heat, control of its flows, and transformation of other types of energy into the heat, including development of the capabilities as follows: Development of principal, technical and engineering design for the thermal energy and thermal technology objects and facilities with application of design automation software and state-of-art techniques; Performance of technical computations of the design projects, feasibility studies and costeffectiveness analysis of the design decisions; Assessment of the project innovation potential; Development of regulatory and methodological, technical documentation as well as suggestions and activities for implementation for the developed design projects and programs, assessment of innovative risks in the commercialization of the projects, ensuring of reliable and correct operation, maintenance and upgrading of power, thermotechnical and thermomechanical equipment, power and heat transmission networks, gas- and product lines; identification of the facility needs in energy resources, elaboration of upgrading substantiations, justifications for energy facility development, upgrading and modernization of the energy supply systems. Master diploma Master diploma 20 21

13 CP 2.13 CP 2.14 NUCLEAR PHYSICS AND TECHNOLOGY PROFILE: RADIATION SAFETY OF A HUMAN BEING AND THE ENVIRONMENT NUCLEAR POWER ENGINEERING AND THERMOPHYSICS. PROFILE: NUCLEAR POWER PLANTS AND INSTALLATIONS National Research Tomsk Polytechnic Ural Federal National Research Nuclear MEPhI 2 years To develop the competences in the application of the set of activities in the area of human performance associated with ensuring of radiation and environmental safety at all enterprises that use radiation and nuclear technologies including nuclear medicine and nuclear power plants and other installations producing, transforming and using thermal and nuclear energy, as well as assessment of reliability of the nuclear enterprises in order to prevent the design basis accidents and research of irradiation impacts to the objects of alive and abiotic nature. Specific features of the training plan: The main professional characteristics of the course are as follows: nuclear physics and safety fundamentals for nuclear technologies, numerical methods in the theory of irradiation transfer, reliability of nuclear reactors and risk management, systems of radiation monitoring, radiometry and spectrometry of the reactor neutrons, dose control of radio-biologic processes. The graduates shall be able to assess the risks and apply the theoretic methods in decision making, elaborate new dose control, radiometry and spectrometry apparatus, apply in practice the modern methods of calculation and design development for biologic shields, calculate the accumulation of radionuclides in the reactors and apply the state-of-art techniques in NPP operation and decommissioning. Master diploma National Research Moscow Power Engineering Institute Nizhny Novgorod State Technical n.a. R.E. Alekseev National Research Nuclear MEPhI Peter the Great St.Petersburg Polytechnic Bauman Moscow State Technical 2 years To develop the competences in the areas of professional activities as follows: Studies, developments and technologies aimed at registration and processing of information, development of theory, elaboration and application of the facilities in the area of nucleus physics, physics of particles, plasma, condensate substance conditions, physics of separation of molecular and isotope mixtures, radiation medicine physics, studies of radiation material properties, unbalanced physical processes, dissemination. Interaction of the irradiation with the objects of alive and inorganic nature, nuclear facilities, ensuring of nuclear and radiation safety and physical protection of nuclear materials and facilities, systems of automatic control and protection for nuclear facilities. To develop the following capabilities: Development of methods for registration of ionizing and electromagnetic irradiation and methods for quantitative measurements of nuclear materials; Elaboration of theoretical models of the substance condensate conditions, interaction of laser and ionizing irradiation with the substance, kinetic phenomena; Elaboration of mathematical models describing processes in nuclear reactors, accelerators, massspectrometers and lasers; Developments in the area of automatic reactor control; Elaboration of the methods for calculation of separation of isotopic and molecular mixtures, development of automatic control systems for processes and apparatus of molecular-selective technologies; Elaboration of the methods for calculation of the state-of-art electronic devices, accounting of impact for these devices of ionizing and electromagnetic irradiation; Development of methods for safety enhancement of nuclear and laser installations, materials and technologies; Development of theoretical models for irradiation penetration through the substance, impact of ionizing, laser and electromagnetic irradiation to the human beings and objects of the environment, new methods of radiation diagnostics and therapy; Development of new theoretical approaches and principles for design development of the materials with preset properties, development of new effective technologies for production of modern nuclear, constructive, nano materials etc. Master diploma 22 23

14 CP 2.15 CP 2.16 SENIOR REACTOR OPERATOR LEADING ENGINEER OF SPECIAL WATER PURIFICATION SYSTEM IN CHEMICAL SHOP 1282 academic hours. 952 academic hour position of a senior reactor operator. position of a leading engineer of special water purification system in Chemical shop. Higher LCD projector, deliveries in the form of printed slides, whiteboard, markers 24 25

15 CP 2.17 CP 2.18 SENIOR TURBINE OPERATOR HEALTH-PHYSICIST 1346 academic hours 827 academic hours To develop the competences in accordance with initial training program for the job position of senior turbine operator. position of a health-physicist. Higher LCD projector, deliveries in the form of printed slides, whiteboard, markers 26 27

16 CP 2.19 CP 2.20 ENGINEER FOR ORGANIZATION OF OPERATION AND MAINTENANCE ACTIVITIES FOREMAN OF AUTOMATION SECTION 776 academic hours 465 academic hours position of an engineer for organization of operation and maintenance activities. position of a foreman of the Automation section

17 CP 2.21 CP 2.22 FOREMAN OF RELAY PROTECTION AND AUTOMATICS SECTION FOREMAN OF I&C SECTION 251 academic hours 608 academic hours position of a foreman of Relay protection and automatics section. position of a foreman of I&C section. Secondary / Higher LCD projector, deliveries in the form of printed slides, whiteboard, markers 30 31

18 CP 2.23 CP 2.24 FOREMAN OF SECTION FOR MAINTENANCE OF ROTATING MECHANISMS FOREMAN OF SECTION FOR MAINTENANCE OF PIPELINES, VALVES AND VESSELS 429 academic hours 415 academic hours position of a foreman of Section for maintenance of rotating mechanisms. position of a foreman of Section for maintenance of pipelines, valves and vessels. Secondary / Higher 32 33

19 CP 2.25 CP 2.26 FOREMAN OF KV ELECTRICAL EQUIPMENT MAINTENANCE IN THE SWITCHGEAR MAINTENANCE DIVISION FOREMAN OF SECTION FOR MAINTENANCE OF KV SWITCHGEARS, UNINTERRUPTABLE POWER SUPPLY UNITS AND DC BOARDS 504 academic hours 433 academic hours position of a foreman of kV electrical equipment maintenance in the Switchgear maintenance division. To develop the competences in accordance with the initial training program for the position of a foreman of Section for maintenance of kv switchgears, uninterruptable power supply units and DC boards

20 CP 2.27 CP 2.28 FOREMAN OF SECTION OF AUTOMATIC AND REMOTE CONTROL SYSTEMS FOREMAN OF SECTION OF CONTROL AND PROTECTION SYSTEMS (ELECTRONICS) 592 academic hours 506 Academic hours position of a foreman of Section of automatic and remote control systems. position of a foreman of Section of control and protection systems (electronics)

21 CP 2.29 CP 2.30 FOREMAN OF FUEL HANDLING EQUIPMENT SECTION OPERATOR OF INTERNAL COMBUSTION ENGINES 451 academic hours 808 academic hours To develop the competences in accordance with the initial training program for the position of a foreman of Fuel handling equipment section. To develop the competences in accordance with the initial training program for the position of an operator of internal combustion engines. Secondary / Higher Secondary / Higher 38 39

22 CP 2.31 CP TH GRADE TURBINE EQUIPMENT FIELD OPERATOR 8 TH GRADE TURBINE EQUIPMENT FIELD OPERATOR 792 academic hours 720 academic hours position of the 7-th grade turbine equipment field operator. position of the 8-th grade turbine equipment field operator. LCD projector, deliveries in the form of printed slides, whiteboard, markers 40 41

23 CP 2.33 CP 2.34 NPP SHIFT SUPERVISOR NPP UNIT SHIFT SUPERVISOR 1478 academic hours 1740 academic hours position of the NPP Shift supervisor. position of the NPP Unit shift supervisor. Higher Higher 42 43

24 CP 2.35 CP 2.36 RADIATION SAFETY SHIFT SUPERVISOR REACTOR SHOP SHIFT SUPERVISOR 1078 academic hours 993 academic hours position of the Radiation safety shift supervisor. To develop the competences in accordance with the initial training program for the position of the Reactor shop shift supervisor. Higher Higher 44 45

25 CP 2.37 CP 2.38 TURBINE SHOP SHIFT SUPERVISOR CHEMICAL SHOP SHIFT SUPERVISOR 930 Academic hours 1376 Academic hours position of the Turbine shop shift supervisor. position of the Chemical shop shift supervisor. Higher Secondary / Higher LCD projector, deliveries in the form of printed slides, whiteboard, markers 46 47

26 CP 2.39 CP 2.40 I&C SHOP SHIFT SUPERVISOR ELECTRICAL SHOP SHIFT SUPERVISOR 1128 academic hours 1076 academic hours position of the I&C shop shift supervisor. position of the Electrical shop shift supervisor. Higher Higher 48 49

27 CP 2.41 CP 2.42 REFUELING MACHINE OPERATOR MAINTENANCE AND REPAIR TECHNICIAN IN SECTION OF ROTATING MECHANISMS 371 academic hours 404 academic hours To develop the competences in accordance with the initial training program for the position of the Refueling machine operator. position of a maintenance and repair technician in the Section of rotating mechanisms. Secondary / Higher 50 51

28 CP 2.43 CP 2.44 MAINTTENANCE AND REPAIR TECHNICIAN IN THE SECTION FOR PIPELINES, VALVES AND VESSELS MAINTENANCE AND REPAIR TECHNICIAN IN FUEL HANDLING EQUIPMENT SECTION 400 academic hours 407 academic hours To develop the competences in accordance with the initial training program for the position of a maintenance and repair technician in the Section for pipelines, valves and vessels. Secondary / Higher position of a maintenance and repair technician in the Fuel handling equipment section. LCD projector, deliveries in the form of printed slides, whiteboard, markers 52 53

29 CP 2.45 CP 2.46 SENIOR TURBINE FIELD OPERATOR SENIOR REACTOR FIELD OPERATOR 784 academic hours 896 academic hours To develop the competences in accordance with the initial training program for the position of a senior turbine field operator. To develop the competences in accordance with the initial training program for the position of a senior reactor field operator. Secondary / Higher Secondary / Higher 54 55

30 CP 2.47 CP 2.48 ELECTRICAL SHOP ELECTRICIAN FOR NPP EQUIPMENT MAINTENANCE ELECTRICIAN FOR MAINTENANCE OF RELAY PROTECTION AND AUTOMATICS 808 Academic hours 515 academic hours To develop the competences in accordance with the initial training program for the position of an Electrical shop electrician for NPP equipment maintenance. To develop the competences in accordance with the initial training program for the position of an electrician for maintenance of relay protection and automatics. Secondary / Higher LCD projector, deliveries in the form of printed slides, whiteboard, markers LCD projector, deliveries in the form of printed slides, whiteboard, markers 56 57

31 CP 2.49 CP 2.50 ELECTRICIAN FOR MAINTENANCE OF KV ELECTRICAL EQUIPMENT IN SWITCHGEAR DIVISION ELECTRICIAN FOR MAINTENANCE OF KV SWITCHGEARS, UNINTERRUPTABLE POWER SUPPLY UNITS AND DC BOARDS 490 Academic hours 405 academic hours position of an electrician for maintenance of kv electrical equipment in Switchgear division. To develop the competences in accordance with the initial training program for the position of an electrician for maintenance of kv switchgears, uninterruptable power supply units and DC boards

32 CP 2.51 CP 2.52 ELECTRICIAN FOR I&C MAINTENANCE AND REPAIR IN SECTION OF AUTOMATION ELECTRICIAN IN SECTION OF CONTROL AND PROTECTION SYSTEMS (ELECTRONICS) 928 academic hours 455 academic hours position of an electrician for I&C maintenance and repair in Section of automation. position of an electrician in Section of control and protection systems (electronics). LCD projector, deliveries in the form of printed slides, whiteboard, markers LCD projector, deliveries in the form of printed slides, whiteboard, markers 60 61

33 CP 2.53 CP 2.54 I&C ELECTRICIAN ELECTRICIAN OF AUTOMATIC AND REMOTE CONTROL SYSTEMS 478 academic hours 448 academic hours position of an I&C electrician. To develop the competences in accordance with the initial training program for the position of an electrician of automated and remote control systems. Secondary / Higher Secondary / Higher LCD projector, deliveries in the form of printed slides, whiteboard, markers. LCD projector, deliveries in the form of printed slides, whiteboard, markers 62 63

34 CP 2.55 CP 2.56 TRAINING OF LINE SUPERVISORS FOR NUCLEAR FACILITIES TRAINING OF MIDDLE-LEVEL MANAGERS FOR NUCLEAR FACILITIES JSC VNIIAES JSC VNIIAES Capacity academic hours To develop the competences in the areas as follows: 1) strategic management;2) business & manager's performance; 3) excellence in NPP OPEX; 4) application of Safety management; 5) safety culture; 6) risk management; 7) emergency management; 8) communications in the organzation; 9) managing changes, 10) process and project management; 11) regulations and safety concerns; 12) management systems; 13) HR issues; 14) documentation management; 15) feedback; 16) specific issues applicable for relevant job positions. Technical training to relevant job position PC (notebook), LCD projector, deliveries in the form of printed slides, whiteboard, markers Capacity 25 Reactor Department Management: 880 hours Turbine Department Manager: 850 hours Electric Shop Manager: 800 hours I&C Department Manager: 800 hours Chemical Department Manager: 710 hours RP Department Manager: 760 hours To develop the competences in the areas as follows: 1) strategic management;2) business & manager's performance; 3) excellence in NPP OPEX; 4) application of Safety management; 5) safety culture; 6) risk management; 7) emergency management; 8) communications in the organzation; 9) managing changes, 10) process and project management; 11) regulations and safety concerns; 12) management systems; 13) HR issues; 14) documentation management; 15) feedback; 16) specific issues applicable for relevant job positions. Technical training to relevant job position PC (notebook), LCD projector, deliveries in the form of printed slides, whiteboard, markers 64 65

35 CP 2.57 CP 2.58 TRAINING OF TOP-LEVEL EXECUTIVES FOR NUCLEAR FACILITIES TRAINING OF TOP EXECUTIVES AND MIDDLE LEVEL MANAGER FOR NUCLEAR FACILITIES JSC VNIIAES JSC VNIIAES Capacity 25 Plant Director: 1200 hours Chief Engineer: 1290 hours Operations Department Manager: 1050 hours Maintenance Department Manager: 1010 hours To develop the competences in the areas as follows: 1) strategic management;2) business & manager's performance; 3) excellence in NPP OPEX; 4) application of Safety management; 5) safety culture; 6) risk management; 7) emergency management; 8) communications in the organzation; 9) managing changes, 10) process and project management; 11) regulations and safety concerns; 12) management systems; 13) HR issues; 14) documentation management; 15) feedback; 16) specific issues applicable for relevant job positions. Technical training to relevant job position PC (notebook), LCD projector, deliveries in the form of printed slides, whiteboard, markers Capacity 144 academic hours To develop the competences in the area as follows: Implementation of corporate policy and corporate culture, establishment and implementation of missions and goals of organization, development of safety culture; Enhancement of operational and managerial skills, primary in emergency preparedness and emergency responses; Enhancement of communication skills, improvement of negotiation skills, skills and knowledge in meeting preparation, conduct and presentation; Improvement of knowledge and skills in HR development, evaluation of performance; Implementation of practical in order to enhance team-building skills; Enhancement of basic knowledge and skills of managing personnel and overall activities within organization; The course is based on IAEA safety standards, best international and Russian good practices in the field of management of nuclear facilities. PC (notebook), LCD projector, deliveries in the form of printed slides, whiteboard, markers Up to 12 persons per 1 group 66 67

36 LIST OF ABBREVIATIONS CP CPE DC HR IAEA I&C JSC NPI NPP OPEX PC RAW SNF Category of Personnel Continuing Professional Education Direct-Current Human Resources International Atomic Energy Agency Instrumentation & Control Joint Stock Company Nuclear Power Installation Nuclear Power Plant Operation Experience Personal computer Radioactive Waste Spent Nuclear Fuel INQUIRY SHEET 68

37 INQUIRY SHEET. TEMPLATE INQUIRY SHEET Basic Information Basic Information Name Mr Name Surname Ms Name Mr Ms Country Country Country Organization Organization Organization Department/ Section Department / Section Department/ Section Position Position Position Contact Contact Zip code Zip code number Zip code Address Street, house number, City, Country Address TEL FAX + (numbers) + (numbers) address TEL + FAX Education program information Education program information Program Code: Inquiry topic text The code of the program Program Code: Inquiry topic Please, send this form to the following address: HRS@rosatom.ru: You could take a photo and send it by mobile phone You could take a scan of the form You could fill in the form on the website: Also you are welcome to take the filled form out of the booklet and give it in person. Please, send this form to the following address: HRS@rosatom.ru: You could take a photo and send it by mobile phone You could take a scan of the form You could fill in the form on the website: Also you are welcome to take the filled form out of the booklet and give it in person.

38 INQUIRY SHEET Basic Information Name Mr Ms Country Organization Department/ Section Position Contact Zip code Address TEL + FAX Education program information Program Code: Inquiry topic Please, send this form to the following address: HRS@rosatom.ru: You could take a photo and send it by mobile phone You could take a scan of the form You could fill in the form on the website: Also you are welcome to take the filled form out of the booklet and give it in person.