Driving Innovation: HORIBA India and IIT Delhi Collaborate on Technology Projects
Key Ideas
- HORIBA India and IIT Delhi have partnered on three technology-driven projects focusing on electric mobility, advanced materials, and clean energy.
- The collaboration aims to address technical challenges and innovate in areas such as developing cost-efficient electric vehicle motors and producing green hydrogen.
- The research projects are led by faculty members from IIT Delhi and are aligned with national priorities around reducing rare-earth imports, scaling clean hydrogen production, and promoting textile innovation.
- This partnership not only advances research but also signifies a growing trend of academic-industrial collaboration leveraging CSR initiatives for technological innovation and societal impact.
HORIBA India and the Indian Institute of Technology (IIT) Delhi have joined forces in a research partnership focusing on three key technology projects under the company's Corporate Social Responsibility (CSR) initiative. The projects, led by faculty members from IIT Delhi, center around electric mobility, advanced materials, and clean energy. One significant project involves the research on proton-conducting solid oxide electrolysis cells (H-SOEC) for green hydrogen production, addressing the national priority of clean energy. The collaboration aims to tackle technical challenges, such as developing cost-efficient electric vehicle motors and exploring smart fabric prototypes. This initiative not only supports applied research but also signifies a trend towards academic-industrial partnerships for fostering innovation in critical technology domains. The projects are backed by HORIBA India's CSR commitment and aim to align research efforts with industrial and environmental needs. The partnership highlights the importance of leveraging industry-academic collaborations to drive innovation and address societal and technological challenges, emphasizing the role of CSR in advancing research and development.
Topics
Public Transit
Clean Energy
Innovation
Advanced Materials
Technology Development
Academic-industry Collaboration
Electric Mobility
Research Partnership
CSR Initiative