The Institute of Multidisciplinary 亲朋棋牌 for Advanced Materials (IMRAM) at Tohoku University is recruiting for the following position.

Position

Job Description

The successful candidate will conduct cutting-edge research in their specialized field while actively contributing to interdisciplinary research initiatives within IMRAM.

In addition to their research responsibilities, the candidate will participate in education and student supervision as a collaborative faculty member in either the Graduate School of Environmental Studies, specifically within the Department of Frontier Sciences for Advanced Environment (Applied Environmental Chemistry Course), or in one of the departments within the Graduate School of Engineering, including Applied Chemistry, Chemical Engineering, or Biomolecular Engineering.

The role also involves engagement in undergraduate education within the School of Engineering as required. This position emphasizes interdisciplinary collaboration, innovation, and leadership in advanced materials and energy-related research.

Qualifications

A relevant PhD

How to Apply

Candidates are asked to apply through the JREC-IN portal website.

Application Deadline: July 31, 2026

About the Laboratory

The Institute of Multidisciplinary 亲朋棋牌 for Advanced Materials (IMRAM) aims to address major global challenges - including energy, resources, the environment, health, and food - through interdisciplinary research grounded in materials science and advanced measurement. A central focus is reducing dependence on fossil fuels by advancing chemistry-related innovations, such as improving the efficiency of energy generation and storage technologies and developing methods to convert biomass and waste plastics into fuels within a sustainable carbon cycle. At the same time, emerging issues - such as the large-scale disposal and recycling of solar panels and batteries - highlight the growing need to tackle interconnected energy and environmental challenges.

To meet these demands, IMRAM promotes research that transcends traditional disciplinary boundaries and has established a dedicated focus on energy conversion devices and processes. Its interdisciplinary approach enables the creation of novel materials and technologies with the potential to transform energy systems. Key areas of interest include environmentally friendly, high-performance solar cells and batteries, advanced hydrogen energy technologies, efficient fuel production from biomass and waste plastics, and innovative catalyst design, all supported by integration with computational and data science. The institute seeks researchers who can advance energy-related chemical research and contribute to building a sustainable society.