MOOC: Sustainable Energy
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Master Event 2017
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Master of Science Sustainable Energy Technology
Language of instruction
Master of Science
Regular study programme
120 EC, 24 months
Sustainable Energy Technology includes renewable energy sources (such as solar energy, wind energy, and energy from biomass) and technologies designed to improve energy efficiency. A transition to Sustainable Energy is necessary to meet the growing global demand for energy and address the threat of climate change caused by greenhouse gas emissions. This transition will require fundamental innovations affecting the world’s energy landscape.
Securing a sustainable energy future implies an energy transition that will require a new generation of dedicated engineers and researchers capable of developing, optimising, and integrating sustainable energy sources including solar power, wind power, and energy from biomass. Because of the intermittency of these sources storage of energy is an important factor for success. This requires innovative batteries and research into hydrogen as an energy source. New technologies need to be integrated into existing power networks and market structures. The design of new forms of energy distribution, energy market structures, and smart grids is necessary to satisfy the energy needs of modern societies.
System integrators of the energy transition.
Engineers in Sustainable Energy Technology have a broad knowledge of the field and can act as the system integrators of the energy transition. They can bring different energy subsystems together into one system. Their engineering skills include renewable energy generation, distribution systems, and storage. In addition they can integrate systems that can manage the fluctuating energy supply and demand. They are also aware of the challenges of the energy market and innovation management. There is a lot of demand for engineers in this field, because governments and industry have ambitious plans for investments in sustainable energy.
The first year comprises theoretical study, assignments, and laboratory work. Students gain a broad knowledge of the sustainable energy field and can choose of three out of the following six profiles: Wind, Solar, Biomass, Power, Storage, and Economics. The second year is largely devoted to the specialisation and the graduation project, which involves participating in advanced research or design projects in an academic or industrial environment in the Netherlands or abroad.
The graduate programme of TU Delft offers Master of Science (MSc) and Doctoral (PhD) degrees in Science and Engineering. Our professors and scientific staff are leading scientists and their expertise is reflected in the MSc programmes. We offer our students a challenging education and participation in cutting-edge research.