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Centre

Centre for Climate Resilience, Water Innovation & Green Solutions
Department Profile
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The world is currently confronting unprecedented challenges stemming from climate change, resource depletion, environmental degradation, and unsustainable patterns of production and consumption. Addressing these issues with urgency at a global scale is essential to safeguarding the planet and ensuring long-term societal well-being. In alignment with the United Nations Sustainable Development Goals (UN-SDGs) and India’s National Action Plan on Climate Change (NAPCC), significant efforts are being undertaken by governments, industries, academic institutions, and civil society to promote sustainability and environmental practices.

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Vision

To be a leading interdisciplinary center for research, education, innovation, industry collaborations and community engagement in sustainable development and climate resilience.

Mission
  • To foster collaborative research for designing and validating sustainable solutions in water, energy, and environmental systems.
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Objectives
Core Values
  • To promote interdisciplinary teaching, research, and innovation in sustainability and climate action.
  • To integrate sustainable development concepts into the academic curriculum and student projects.
  • To strengthen capacity building, awareness, and leadership in climate action across the university.
  • To establish collaborations with government, industry, and international organizations.
  • To design, implement, and monitor DYPIU’s Green Campus and Carbon Neutrality initiatives.
  • To engage with local communities for environmental education and sustainable development practices.
FOCUS AREAS
Core Values

The Centre will focus on the following few initial thematic areas:

  • Sustainable Technologies & Green Engineering –
    Eco-friendly materials, green chemistry formulations, and low-carbon process innovations.
  • Advanced Materials & Nanotechnology –
    Nanomaterials, functional coatings, membranes, adsorbents, and catalytic systems for environmental applications.
  • Smart & Climate-Resilient Infrastructure –
    Smart water grids, circular water systems, campus sustainability models, and resource optimization solutions.
  • Electrochemical & Bioprocess Systems –
    Energy-efficient electrochemical designs, electrodialysis, electrocoagulation, and bio-based treatment processes.
  • Digital, IoT & AI-Enabled Sustainability Solutions –
    Environmental sensing, data-driven monitoring, digital twins, and intelligent decision-support systems.
  • Sustainability Management & Industry Collaborations –
    ESG-driven research, climate policy insights, and industry–academia partnership projects.
  • Student Innovation & Interdisciplinary Research Ecosystem –
    Student-led labs, collaborative research clusters, and entrepreneurial project teams.
CORE ACTIVITIES
Core Values
  • Industrial Exposure & Training Programs
    Engage students from various domains in industrial visits, live demonstrations, on-site technical training, internships, and industry-led educational programs, offering hands-on exposure to sustainability practices.
  • Expert Sessions, Workshops & Faculty Development Programs
    Organizing regular expert talks, seminars, workshops, and FDPs to discuss emerging technologies, share research outcomes, and build subject expertise among faculty and students.
  • Research in Sustainable Technologies & Green Engineering
    Initiating interdisciplinary research projects in green chemistry, sustainable materials, electrochemical systems, IoT-enabled hardware, and advanced manufacturing aligned with water, energy, and environmental innovation.
  • Demonstration & Awareness Initiatives
    Conducting hands-on demonstrations and awareness workshops to promote the adoption of sustainable practices, smart resource management, and climate-resilient solutions.
  • Student Projects & Mentorship Support
    Providing students with project opportunities in areas such as green formulation development, electrochemical process optimization, sustainability innovations, and materials development, supported by expert mentors.
  • Deployment of Sustainable Technology Systems
    Installation and operation of advanced, eco-friendly technology systems on campus to support teaching, research, student laboratories, and campus sustainability initiatives.
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Prospectus
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