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A bridge between University and Industry

A bridge between University and Industry. About the ISE:. Postgraduate educational institution in energy sector Promoted by Repsol YPF through its F oundation Activities started in 1999 Classes of 2000 to 2006 625 graduates working in more than 35 companies.

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A bridge between University and Industry

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  1. A bridge between University and Industry

  2. About the ISE: • Postgraduate educational institution in energy sector • Promoted by Repsol YPF through its Foundation • Activities started in 1999 • Classes of 2000 to 2006 • 625 graduates working in more than 35companies

  3. Collaboration with companies (I) • Collaboration agreements • Participation of 525 professors of 69 companies • 35 companies contracted 96 % of the students of the ISE

  4. Instituto Superior de la Energía General Activities • Master Level Programmes • Oil and Gas Exploration and Production • Petroleum Refining, Petrochemicals and Gas • The Gas Chain • Professional Master Programmes • Information Systems as a Business Management Tool • Energy Law • Instrumentation and Process Control • Customized Courses

  5. Full year courses • Master Level Programmes • Oil and Gas Exploration and Production, in collaboration with the Heriot-Watt University (Edinburgh) • Petroleum Refining, Petrochemicals and Gas • The Gas Chain, in collaboration with ICAI • Duration • 11 months (from September to July, 1.500 hours) • Language • Spanish and English • Oil and Gas E&P: only English

  6. Instituto Superior de la Energía Students´ nationality 1999-2007: 818 Students Europe 53% Latin America 44% Spain (427) Portugal (5) Marruecos (2) Cuba (4) Saudi Arabia (1) Mexico (8) Venezuela (57) Argelia (2) Guatemala (1) Egipt (4) T&T (29) El Salvador (1) Libya (15) Colombia (22) Africa and Middle East 3% Ecuador (25) Peru (17) Sierra Leona (3) Brazil (12) Bolivia (10) Argentina (172) Chile (1)

  7. Students Course 2006-2007 Students´ allocation by master 164 students

  8. Student Course 2006-2007 Students´ university degrees Engineers: Chemicals 52 Industrial 40 Petroleum 16 Mines 5 Geophysical 5 Geologists 4 Mechanical 7 Other s 7 Graduated in Sciences: Geologists 16 Chemical 9 Environmental 1 Geophysical 1 Nautics 1 164 students

  9. Student Course 2006-2007 Students´ nationality: 164 Students Europe 53% Spain (87) Portugal (1) Latin America 44% Venezuela (28) Libya (3) Saudi Arabia (1) Colombia (4) T&T (?) Ecuador (6) Africa and Middle East 3% Peru (3) Brazil (1) Bolivia (2) Argentina (28)

  10. Educational model Based on: • Case studies analysis • Execution of multidisciplinary projects under the guidance of tutors who are experts on the different subjects

  11. Teaching Staff • National and international energy and petrochemical field professionals • Faculty staff from prestigious universities • The teaching staff take part in: • Definition of the academic programmes • Design and application of cases and projects

  12. ISE / CTR CENTRO DE TECNOLOGÍA DE REPSOL YPF INSTITUTO SUPERIOR DE LA ENERGÍA

  13. Instituto Superior de la Energía

  14. Instituto Superior de la Energía

  15. Instituto Superior de la Energía INDIVIDUAL WORKSPACES SYNDICATE ROOMS

  16. MSc in Oil and Gas Exploration and Production

  17. Instituto Superior de la Energía Instituto Superior de la Energía Basic Overview Block Sep. - December Specialization Block Heriot-Watt University January - April May - July Team Project Block Oil and Gas Exploration and Production Structure Where? When?

  18. Oil and Gas Exploration and Production Basic Overview Block Objective • To reach a good level of knowledge in all the areas involved in an E&P project (geology, geophysics, drilling, well testing, production, …) Methodology • Programme structured in modules • Carrying out real case studies • Evaluation of the students at the end of each module

  19. Petroleum Geology Petroleum Geophysics Petroleum Engineering Reservoir Evaluation and Management OPTIONS Oil and Gas Exploration and Production Specialization Block Objective • Go in depth into certain areas of the disciplines involved in E&P projects, according with their university degrees

  20. Oil and Gas Exploration and Production Team Project Block Objective • To apply the concepts acquired during the previous blocks working in a multidisciplinary team in a project with specific objectives. Methodology • Access to a real database of an existing field • Using advanced software • Tutorial by external consultants • Presentation of conclusions and results for each phase of the project

  21. MSc in Petroleum Refining, Gas and Marketing

  22. Sept. October Nov. Dec. January February March April May June July Modules Investment Project Production Plan for Refineries Operation Project Strategic Plan Projects October - December January - March April - June June - July Petroleum Refining, Gas and Marketing Course Structure General Modules Economic and Managerial Analysis Refining Logistics and Trading Marketing and Commercial Develop. Engineering Technological Development LPG and Natural Gas Morning Afternoon Self Study

  23. Petroleum Refining, Gas and Marketing Specific Knowledge Areas • Crude oil and Products • Processes and Auxiliary Services & Utilities in Refining • Configurations and Margins in Refining • Trading and Sea Transport • Planning and Production Control • Distribution and Logistics • Processes Simulation and Control • Plants Operation and Troubleshooting Refining Operations • Energy Saving and Conversion • Environment, Safety and Quality • Maintenance • Engineering, Projects Investment and Technological Development • Marketing and Special Products Production and Trading • Economic and Managerial Analysis • Natural Gas Value Chain

  24. Petroleum Refining, Gas and Marketing

  25. MSc in Petrochemicals

  26. Sept. October Nov. Dec. January February March April May June July Modules Environmental Project Industrial Waster Treatment Technology Selection Ethyl benzene Plant Investment Project Propylene Oxide Purification Projects Sept. - November December - March July April - June Petrochemicals Course Structure Introduction Engineering and Operation of Petrochemical Plants Petrochemical Products Polymers Petrochemical Business Morning Simulation Project Low Density Polyethylene and Eva Copolymers Process Afternoon Self Study

  27. Petrochemicals

  28. Petrochemicals Teaching Staff PARTICIPANT COMPANIES: ERT (ARAGONESAS/AISCONDEL) INTERQUISA CEPSA/PETROCEPSA PETRESA GRECAT ANAIP LA SEDA DE BARCELONA FEIQUE REPSOL YPF DUPONT GE PLASTICS BASF BASELL POLIOLEFINAS PROPANCHEM DOW ATOFINA BAYER/LANXESS

  29. MSc in Technology and Management of Energy Companies

  30. Technology and Managementof Energy Companies Objective • To reach the technical knowledge and business skills needed to manage a company, in general, and specially, companies related with oil, gas and electricity Structure • Two main different blocks: • Energy technology and economics • General and business economics (directed by the IESE)

  31. Technology and Management ofEnergy Companies Energy technology and economics • Oil and Gas Exploration and Production • Petroleum Refining and Logistics • Natural Gas and LPG • Electricity • Power Generation • Transport and Distribution • Electricity Market

  32. Technology and Management ofEnergy Companies General and business economics • Analysis of Business Problems • Decision Analysis • Control • Human Behavior and Skills • Operations Management • Financial Management • Commercial Management • Information Systems • Strategy • Economics • The Energy Sector and the Market

  33. Sept.. October Novem. Decem. January February March April May June July Modules Exploration and Production Gas Power Decision Analysis Business Game Refining Projects April - May Nov. - January Sept. - Nov. Febr. - March June - July Technology and Management ofEnergy Companies Course Structure General and Business Economics Analysis of Business Problems Decision Analysis Control Human Behavior and Skills Operations Management Financial Management Commercial Management Information Systems Strategy Economics The Energy Sector and the Market Technology Oil and Gas Exploration and Production Petroleum Refining and Logistics Natural Gas & LPG Electricity Morning Afternoon Self Study

  34. ACTIVITY DISTRIBUTION ECONOMICS 30% TECHNOLOGY 70% Technology and Management ofEnergy Companies

  35. MSc in Gas and Electricity

  36. Sept.. October Novem. Decem. January February March April May June July Modules Projects Gas and Electricity Course Structure General Industry Overview Introduction to Energy Markets Economy in Energy Companies Natural Gas and Electricity Markets Energy and Environment Natural Gas Supply Gas Transport, LNG, Gas Storage Natural Gas Distribution Natural Gas Utilization Natural Gas Commercialization The Electricity Sector The Electricity Business Morning The Liquefied Natural Gas Chain Gas Pipelines and Gas Distribution Networks Gas and Electricity Commerciali-zation Combined Cycle Power Plant Afternoon October - January January - March April - June June - July Self Study

  37. Gas and Electricity Course Structure Economy and Management in Gas and Electricity Sectors Modules: • General Industry Overview • Introduction to Energy Markets • Economy in Energy Companies • Natural Gas and Electricity Markets Liberalization and Regulation • Energy and Environment Gas Modules: • Natural Gas Supply • Gas Transport, LNG and Gas Storage • Natural Gas Distribution • Natural Gas Utilization • Natural Gas Commercialization Electricity Modules: • The Electricity Sector • The Electricity Business

  38. Gas and Electricity

  39. Instituto Superior de la Energía Applications: • Dead line: 31 March, 2007 • On line: www.isenergia.org Selection process • From March to June, 2007 Admissions • Beginning of July, 2007

  40. Instituto Superior de la Energía • Professional Master Programmes • Energy Law • Duration: 8 months (November-June) Monday to Thursday. From 17.00 to 20.00 p.m. • Information Systems as a Business Management Tool • Duration: 5 months (February-June) Thursday 12:00 – 20:00. Fridays 9:00 – 13:30 • Instrumentation and Process Control • Duration: 10 months (September-June) One week (40 h) per month • Aimed towards: • Professionals while active

  41. Instrumentation and Process Control Methedology • Theorical classes given by proffesionals with a long experience. • Complete engineering project based on a real plant. • Practices with professional equipment and simulators.

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