5 Best Renewable Energy in Japan for 2024

In the 21st century, it is required to build a sustainable and circulating society in which global environments such as food, water, air, forests, and energy are secured. Especially in Japan, where energy resources are scarce, experts in the field of energy are needed. This course is aimed at fostering engineers capable of analyzing and solving energy-related problems such as securing energy resources, improving energy conversion efficiency, and developing energy efficiency technologies. Courses covering 3 engineering fields - heat/fluid energy engineering, energy device system engineering, and architectural/environmental system engineering are provided with faculty from a variety of fields and business enterprise experience. Energy System Engineering is looking for the passion of youth for the future.

The Master of Science in Sustainability programme is a two-year programme, which provides students with the knowledge and practical skills necessary to contribute to solving challenges of sustainability. Drawing on an innovative, interdisciplinary approach, the programme integrates methods and resources from the natural and social sciences, as well as the humanities. The programme is intended for recent graduates, professionals and practitioners who seek to meaningfully contribute to the work of governments, civil society, the private sector, and/or the UN and other international organizations in the area of sustainability. The programme builds on UNU’s strong record in research and capacity development, as well as the extensive network of scholars and academic institutions participating in UNU research. The programme is practice-oriented, user-focused, and of the highest academic quality. It provides students with unique opportunities to interact with leading scholars and policymakers through lectures, international conferences, and workshops.

(Understanding the oceans) studies different ecosystems for aquatic organisms in the oceans, rivers and lakes of the world, including chemical analysis of water composition and the impacts of waves and water flows.

Department of Occupational Hygiene gives students the specialized knowledge that is required to maintain workers’ health and create a safe and comfortable working environment, by improving the basic academic abilities that the students learned in high school. At the same time, it provides students with science-based skills and technological skills to assess and improve the working environment and trains professionals who can maintain workers’ health and create safe and comfortable environments from an engineering perspective.

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.