Bachelor's Programme in Energy Technology (Double Degree) is an Energy – electricity, and heat – will always be needed. Graduate engineers in sustainable energy technology will ensure the safe, economic, and sustainable production of electricity and heat as well as the development of related technologies.

The primary purpose of the BSc Honours qualification is to consolidate and deepen the students’ knowledge and expertise in Energy Studies and to develop research capacity in its methodology and techniques of it. BSc Honours is essentially a coursework degree of which at least 25% (30) of the credits are devoted to a research project and reporting under supervision.

Energy generation and transmission, heat supply, industrial processes, building technology and energy efficiency: the entire energy industry is undergoing a transformation process towards an efficient overall system based on renewable energies (solar, wind, water, biomass). Future engineers need to think “outside the box” in order to successfully solve the problems of the energy transition.

In modern-day life, unlimited access to a power supply at any time and in almost any place is expected. However, the future of this supply lies in renewable energies such as wind power, geothermal energy, or solar energy. As a student of Energy Systems Engineering, as an engineer for energy systems technology and deal with energy generation, conversion, storage, use and transport. You will learn through practical and theoretical instruction to explore the technical and economic aspects of current energy systems, to gain in-depth cross-sectional expertise in the supply, integration, and storage of future energy systems.

The study programme of Chemical Engineering (Environment and Energy) aims to train bachelors with interdisciplinary academic education that can serve as a basis for the further development of their intellectual capacity and scientific approach to the solution of complex problems arising in contemporary chemical engineering and the related engineering fields. The specialists are able to analyse and develop chemical and technological processes, to develop new products, and to choose the equipment in a comprehensive way, given technological and social, economic, and environmental aspects. The graduates shall be flexible and able to adapt to the fast changing chemical industry and to evaluate and choose solutions; on the basis of their theoretical knowledge and practical skills, they shall be able both to organise conventional technological processes and to make decisions that require new knowledge. They shall be motivated to continuously update their knowledge and practical skills. The objectives for the programme are that graduates of the department will obtain employment or attend graduate school, will advance in their chosen careers, and will be productive and fulfilled professionals throughout their careers.

The Bachelor of Science (BSc) is a three-year undergraduate degree which enables each student to develop his or her own interests in a science subject (science major) and related subjects. Students have the flexibility to combine their major subject with other science subjects, as well as subjects from other disciplines across the University.

The Graduate Certificate in Energy and Carbon Studies is designed to give students a solid foundation in understanding energy systems and the principles of reducing carbon emissions. The program cover...

The goal of the Tokyo Tech Academy of Energy and Informatics is to develop Multi-Scope･Energy WISE Professionals who will help realize a sustainable, human-centric energy society free of usage constraints such as costs and CO2 emissions. This will involve using tools for the intelligent use of energy, such as AI-based big data analysis. After mastering multidisciplinary energy science, these individuals will transform and design this new energy society using big data science and their social design skills. We will achieve this through the Tokyo Tech Academy of Energy and Informatics program. Developing Multi-Scope･Energy WISE Professionals will enhance the quality of Tokyo Tech’s research in the field of Integrated Energy Science, one of our primary fields, as well as develop WISE Professionals capable of succeeding in the field. Achieving these two ends will also help us attain the goal of our Designated National University proposal, which is to drive Tokyo Tech’s research quality to world-leading levels. This is why Tokyo Tech is devoting all its resources to cultivating and sending out Multi-Scope･Energy WISE Professionals into the world.

If you want to know more about the future of energy and the policies that influence sustainable energy development, consider enrolling in the online Bachelor of Arts degree in Energy and Sustainability Policy (ESP).

The Bachelor of Science program in Energy Science and Technology is designed to prepare students for careers in the evolving energy sector by providing a comprehensive understanding of energy systems,...

The BS in Energy Systems Engineering is designed to give students a solid foundation in the core principles of energy technology and engineering. The program covers topics like energy conversion, syst...

The Bachelor's in Energy Systems Engineering program provides a comprehensive curriculum focused on the principles of energy production, transmission, distribution, and sustainable management. Student...

The Bachelor of Science in Energy Systems Engineering program is designed to provide students with a comprehensive understanding of the principles and practices involved in the development, management...

The department was established in 2010 as Green Energy Science and Technology with a four-year university program. This department is envisioned to develop advanced technologies for energy efficiency with market-sited green energy, and affordable energy systems to match up the demands of engineering skills as well as focusing on solar power, LED devices, bio-fuels, and hydrogen energies, fuel cell and etc. In addition, the department is specially established to aim to improve energy efficiency in end-use sectors and to increase the diversity of energy resources consistent with an economically and environmentally sustainable future.