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A leading global technology company is seeking a Hydrogen Systems (Senior) Research Engineer to drive innovative projects at their new Regenerative Innovation Centre in Aachen. The ideal candidate will hold a PhD in a relevant field and possess extensive knowledge in hydrogen systems and R&D. This exciting role involves collaboration with international teams and opportunities for career advancement within a dynamic, multicultural environment.
Toshiba is recruiting a Hydrogen Systems (Senior) Research Engineer for its new Regenerative Innovation Centre (RIC). The main focus of RIC is on innovation and technology development functions relevant to green and digital transformation such as carbon neutral, carbon negative and circular economy, with an emphasis on restoration, renewal and sustainability to contribute to the long-term wellbeing of ecosystems, societies and individuals.
RIC’s contribution is not limited to EU and UK but it also operates in Japan and globally. The successful candidate will be responsible for researching and developing advanced technologies in the areas above through proactive communication with Toshiba Corporation in Japan, global business partners, academia partners and customers.
These activities also include proposing valuable projects to externally funded projects with key partners in the EMEA region and collaborating with business divisions of Toshiba Corporation. The position plays an important role in producing high-quality patent applications and technical publications as needed.
R&D on hydrogen systems with cell materials developed by Toshiba Corporation. This R&D includes technologies of next-generation cell materials, cell-stack design/prototyping/testing, system integration and management for water electrolysis and fuel-cell systems, and their data handling, recycling, and joint evaluation with potential customers or academia partners in collaboration with hydrogen business and R&D units in Toshiba Group.
The role requires a deep understanding of energy systems, hydrogen systems, electrolysis/fuel-cell technologies and materials, control algorithms related to system management, a willingness to learn and the ability to work with cross-functional teams.