MSc: 2 years ( 120 ECTS units ) Europe 2020 strategy is strongly commitment to address energy sustainability and climate change. Increasing energy efficiency and the production of renewable energy by 20% are two objectives that rely on electrical engineering solutions. But power systems will also lead advances in many other sectors. With the MSc in Electrical Engineering - Power Systems, ISEP specializes engineers in intelligent energy, electrical grids automation, sustainable production technologies and high power installations design. The course follows international trends, devoting special attention to the challenges and opportunities of liberalized markets and such topics as electric mobility. Focused on developing structural analysis and innovation skills, the programme also covers entrepreneurship and project management skills, in order to ensure an integrated perspective of the technological, economic and environmental aspects that support more efficient, reliable and sustainable energy solutions. The course has a strong practical component, which includes the analysis of case studies, seminars with industry experts and applied research activities. Students can develop their final project in an industrial environment or research group. Schedule Students can choose between daytime and evening classes. Daytime Schedule: Monday to Friday, 16:10-21:00. Evening Schedule: Monday to Friday, 18:10-23:30, and Saturday, 09:10-13:00. Partnerships In recent years, students developed their final project in companies like EDP , Efacec , Magnetic Fields , Schmitt+Sohn , Siemens , Energaia and research groups such as GECAD , CISTER and CIETI , among others. Double degree protocols with the Polytechnic University of Madrid , Mackenzie Presbyterian University and Federal Technological University of Paraná . Partnership for joint thesis with the University of Deusto . International Year of Light Watch the official video of the International Year of Light and learn more about the importance of light and lighting technologies in www.light2015.org .
1º Year | ||
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Curricular unit | Period | ECTS |
Power Systems Planning and Operation | 1st Semester | |
Optimization and Decision Methods in Power Systems | 1st Semester | |
Distributed Generation | 1st Semester | |
Energy Efficiency in Buildings (optional) | 1st Semester | |
Financial Analysis and Investment Management (optional) | 1st Semester | |
Special Electrical Machines (optional) | 1st Semester | |
Project Management | 2st Semester | |
Special Electrical Installations | 2st Semester | |
Service Quality in Electrical Power Systems | 2st Semester | |
Computer Applications in Power Systems (optional) | 2st Semester | |
Intelligent Systems in Power Systems (optional) | 2st Semester | |
Electrical Vehicles (optional) | 2st Semester | |
2º Year | ||
Curricular unit | Period | ECTS |
Enterprising and Innovation | 1st Semester | |
Erasmus Project/Internship | 1st Semester | |
Erasmus Project/Internship | 1st Semester | |
Erasmus Project/Internship | 1st Semester | |
Integrated Management of Security, Quality and Environment (optional) | 1st Semester | |
Energy Markets (optional) | 1st Semester | |
Erasmus Project/Internship | 2st Semester | |
Erasmus Project/Internship | 2st Semester | |
Erasmus Project/Internship | 2st Semester | |
Thesis | Annual |