Energy Science and Informatics
Graduate Major5 Features

Developing Energy Specialists
for the Future of Our Planet

1. 1

   Energy Theory Lectures /
   Energy Big Data Science Lectures

   

   Research in the Graduate Major in Energy Science and Informatics cannot be achieved without a solid academic base. With a multidimensional perspective drawn from a wide range of fields such as physics, chemistry, materials science, mechanical engineering, electrical engineering, and information science, the Energy Theory lectures sculpt this foundational knowledge into a roadmap for practical applications. In addition, the newly launched Energy Big Data Science lectures seamlessly blend data science, AI analytics, and simulations. These dynamic lectures are the hallmark of Energy Science and Informatics, and inject a surge of momentum into graduate students’ research and academic journeys.

   • Curriculum

2. 2

   Developing Specialists

   

   After building a solid foundation through the Energy Theory and the Energy Big Data Science lectures, the natural progression is to specialize. The Specialized Theory lectures are crafted not only to instill the deep knowledge required to grasp theories, but also to hone expertise in narrower domains. We firmly believe that the fusion of comprehensive scientific knowledge and specialized mastery will positively contribute to humanity's energy landscape.

3. 3

   Practical Energy Education Oriented towards Industry-Academia Collaboration

   

   In the realm of energy research, it is crucial to not only acquire basic academic ability, but also to expand that knowledge in practical applications. That's why the Graduate Major in Energy Science and Informatics emphasizes forging strong ties between companies and educational institutions. For instance, we offer engaging seminars geared toward fostering industry-academia collaboration. These sessions feature enlightening lectures by seasoned researchers and executives from leading companies, allowing students to gain valuable insights into how the theoretical knowledge acquired in Energy Science and Informatics translates into real-world applications. There are also opportunities for collaboration with a consortium under the Tokyo Tech Academy of Energy and Informatics.

4. 4

   Developing Global Leaders in Energy Science and Informatics

   

   Developing individuals capable of taking an active and leading role on the global stage is an important mission. In the Graduate Major in Energy Science and Informatics, we encourage not only labs, but also individual students and young researchers to participate in overseas research activities and international conference presentations. By promoting vibrant international exchanges, we aim to cultivate talented and globally competitive individuals. By being selected for the Academy of Energy and Informatics, students can unlock myriad opportunities, including international internships, that can significantly broaden their horizons.

5. 5

   Professors with a Wide Range of Backgrounds

   

   The Graduate Major in Energy Science and Informatics is comprised of research labs spanning a variety of fields across science and engineering, truly embodying an interdisciplinary fusion of the modern sciences. This diversity and broad spectrum of backgrounds is essential for imparting modern energy theories. Whether grappling with unanswered questions or seeking fresh perspectives on energy issues, students can reach out to expert educators across Schools. This ensures a deeper understanding of energy theory and its applications without bias toward specific fields, empowering students to confidently navigate the complexities of data science with unparalleled insight and expertise.

   • Faculty