Choose department Department of Computer Science Department of Business Administration Department of Law Department of Engineering Department of Preliminary Studies MBA Department of Applied Engineering Department of Sport Science Department of Psychology MPM Department of Engineering Dean: Dr. Ármann Gylfason Email: ru@ru.is Website: http://www.ru.is/tvd Teachers View Choose major The Green Program MSc in Mechanical Engineering MSc in Electrical Engineering MSc in Sustainable Energy Engineering - Iceland School of Energy MSc in Sustainable Energy Science - Iceland School of Energy Summer School in Iceland School of Energy Exchange Studies - BSc School of Science and Engineering Exchange Studies - MSc School of Science and Engineering MSc in Project Management MSc Electric Power Engineering - Iceland School of Energy MSc in Civil Engineering MSc Electric Power Management - Iceland School of Energy MSc in Mechatronics Engineering Financial Engineering MSc with Computer Science BSc Biomedical Engineering MSc with BSc in Computer Science Engineering Management MSc with Computer Science BSc Mechanical Engineering MSc with Computer Science BSc BSc in Electrical Energy Engineering BSc in Energy Engineering BSc in Engineering MSc in Engineering BSc in Financial Engineering BSc in Biomedical Engineering BSc in Mechatronics Engineering BSc in Engineering Management MSc in Financial Engineering MSc in Biomedical Engineering MSc in Engineering Management BSc in Mechanical Engineering MSc in Sustainable Energy Science - Iceland School of Energy Semesters: 4 Years: 2 ETCS: 120 Learning Outcomes View

Legend Mandatory course on major Teaching language Optional course on major Prerequisites for course

Haustönn/Fall 2023 Energy Study Trip ISE-04 ECTS 3 Energy Technology SE-802-ET1 ECTS 6 Energy Geology SE-803-GE1 ECTS 3 Energy Economics SE-805-EC1 ECTS 6 Special Topics in Energy I SE-805-STE ECTS 1 Environmental Impact Assessment SE-806-EI1 ECTS 6 Geothermal Conceptual Modeling SE-814-GCM ECTS 3 Special Topics in Energy II SE-817-STE ECTS 3 Year 1. year Semester Fall 2023 Level of course 4. Second cycle, introductory Type of course Elective Prerequisites No prerequisites. Schedule No schedule found. Lecturer No lecturer found. Content The course focuses on understanding the link between demand and energy efficiency for a successful socio-technical transition to sustainable energy, with a focus on transportation energy systems as case study. Analytical tools from resource & energy economics, transportation economics, data analytics, and engineering will be covered to assess the energy consumption and environmental effects of long-term projects over complex, large-scale energy & infrastructure systems. Learning outcome - Objectives Learning outcomes: Upon completion of this course, students will be able to: 1.Understand and apply multidisciplinary tools (engineering, economics, statistics) for the analysis sociotechnical energy efficiency transitions 2.Understand interactions among the infrastructure, transportation, economic, energy, environmental, regulatory, and social systems 3.Recognize the importance of and how to account for customer response to sustainable energy for planning investments, designing new technologies, and defining welfare-improving policies 4.Model customer energy choices among emerging technologies with a focus on transportation (electrification) 5.Appreciate the use of statistical models for decision-based design and energy demand management 6.Apply statistical tools for the analysis of energy systems using statistical software (RStudio) 7.Understand the use of regulatory tools such as fuel taxes, feebates, and fuel efficiency standards Course assessment 70% Problem Sets: 2 problem sets (35% each) will help the student to understand new approaches, to resolve misconceptions, and to emphasize key subjects that are relevant in practice. 30% Take-home Exam: A true understanding of the analytical tools is a necessary asset for empirical work. A final exam will test whether students have acquired a solid background for understanding, analyzing and modeling the relationship between transportation demand and energy consumption. Reading material No reading material found. Teaching and learning activities Weekly lectures, individual assignments, and practical laboratory work. Language of instruction English Independent Project SE-826-IP1 ECTS 6 Managing Research and Development - Methods and Models T-814-PROD ECTS 8 Energy in Industrial Processes T-863-EIIP ECTS 8 High Voltage Engineering T-866-HIVO ECTS 8 Smart-Grid and Sustainable Power Systems T-867-GRID ECTS 8 MSc Thesis T-900-MEIS ECTS 30 MSc thesis II T-901-MEI2 ECTS 30 Vorönn/Spring 2024 Energy Study Trip ISE-04 ECTS 3 Environmental Law L-808-UMHR ECTS 7,5 Power Plant Design SE-815-PPE ECTS 6 Geothermal Reservoir Engineering SE-828-GR2 ECTS 5 Geothermal Science I SE-829-GS1 ECTS 5 Geothermal Science II SE-829-GS2 ECTS 5 Geothermal Drilling and Well Design SE-830-DR2 ECTS 6 Geothermal Reservoir Modelling SE-831-GM2 ECTS 6 Energy Financial Assessment SE-833-FA2 ECTS 6 Economics of Energy Markets SE-834-EM2 ECTS 6 Hydro Power Management SE-834-HPM ECTS 6 Project Management and Strategic Planning T-803-VERK ECTS 8 Creating a Complete Business Plan for a Technical Idea - Entrepreneurship and the Innovation Process T-814-INNO ECTS 8 Finite Element Analysis in Engineering T-844-FEMM ECTS 8 Wind Power T-863-WIND ECTS 8 Power System Operation T-867-POSY ECTS 8 Stability and Control in Electric Power Systems T-867-STAB ECTS 8 MSc Thesis T-900-MEIS ECTS 30 MSc thesis II T-901-MEI2 ECTS 30 Sumar/Summer 2024 Energy Field School SE-801-ES1 ECTS 6