Head and Associate Professor, School of Energy and Environment, NICMAR University, Pune, Maharashtra, India
The sustainability challenges facing the built environment cannot be addressed through technical solutions alone. They require professionals who understand environmental responsibility, resource efficiency and climate resilience as integral parts of their work. At NICMAR University, Dr Sudarsan J S has sought to build that understanding into higher education by bringing sustainability into teaching, research, institutional practice and industry engagement.
His work spans sustainable construction, circular economy, climate-resilient infrastructure and resource efficiency. Rather than positioning sustainability as a specialist subject isolated from mainstream academic learning, he has integrated it across undergraduate, postgraduate and doctoral programmes. Courses incorporate environmental stewardship, circular economy principles and climate resilience, while experiential learning and industry engagement help students connect theoretical knowledge with practical challenges.
This emphasis on application is central to the educational approach. Students are encouraged to develop both technical expertise and problem-solving abilities, with sustainability challenges providing a context in which different disciplines and perspectives can come together. The objective is to prepare graduates who can contribute to environmental solutions while understanding the operational realities of the sectors in which they will work.
Research supervision provides another route through which this approach takes shape. Dr Sudarsan has guided students working on sustainable construction materials, construction and demolition waste management, resource efficiency and climate-resilient infrastructure. These areas connect academic research with challenges faced by industry and with broader public policy priorities, strengthening the practical relevance of university research.
The model also depends on engagement beyond the classroom. Dr Sudarsan has worked with industry professionals, researchers and institutional leaders through workshops, collaborative projects and academic partnerships. Such interactions create opportunities for knowledge exchange and innovation while helping students understand how sustainability solutions are developed and implemented in real-world settings.
The underlying principle is that sustainability should influence institutional culture as well as individual courses. By combining applied learning, interdisciplinary research and stakeholder engagement, the approach connects technical knowledge with environmental and societal outcomes. Problem-based learning and research mentorship provide students with opportunities to confront practical questions rather than treating sustainability simply as a theoretical framework.
The results are visible in the strengthening of sustainability literacy among students and in the expansion of research related to environmental sustainability, circular economy and sustainable construction. Mentorship has also helped students move towards sustainability-focused careers and research pathways, while contributing to a wider culture of environmental responsibility within the University.
Institutionally, the approach has strengthened links between academia and industry and encouraged interdisciplinary research. It has also helped align academic programmes with national sustainability priorities and the Sustainable Development Goals, reinforcing the role of higher education in preparing professionals for a changing environmental and economic landscape.
The potential value of the model lies in its adaptability. Universities seeking to mainstream sustainability can combine curriculum innovation with research mentorship and engagement with external stakeholders without treating sustainability as a separate institutional silo. The emphasis on interdisciplinary collaboration and applied learning can be adapted across disciplines and institutional contexts.
Dr Sudarsan’s work therefore illustrates a broader role for universities in the sustainability transition. They are not only places where environmental knowledge is taught; they can also be spaces where students, researchers and industry work together to test ideas, solve practical problems and develop the skills required for more sustainable infrastructure and resource use.