Vishwa -2025 “Innovations for a Climate-Resilient and Sustainable Future on Earth and Beyond”

About VISHWA-2025
Objectives - VISHWA 2025
  • Foster interdisciplinary collaboration to tackle climate challenges
  • Explore innovative solutions for sustainable industrial practices
  • Highlight the role of technology in climate adaptation and mitigation
  • Encourage actionable ideas for creating a sustainable future both on Earth and in space
Focus Areas

Climate Tech Innovations

Climate tech innovations focus on developing solutions to combat climate change and build a sustainable future. By exploring renewable energy, carbon capture, eco-friendly materials, smart agriculture, and advanced waste management, students can apply scientific principles to real-world challenges. This interdisciplinary field merges principles of physics, chemistry, biology, and data science, empowering students to design experiments, prototype solutions, and advocate for a sustainable future. By blending scientific research with practical applications, Climate Tech Innovations aims to build a cleaner, safer, and more sustainable future for everyone.

Cyber Systems for Sustainability

Integrating science with cyber systems unlocks innovative pathways to address environmental challenges and achieve sustainability. By leveraging advanced computing, data analytics, and IoT technologies, students can design solutions that optimise resource use, enhance energy efficiency, and monitor environmental impacts in real time. From applying machine learning to manage renewable energy grids to developing intelligent waste and water systems, cyber systems empower science students to create scalable, technology-driven approaches for a greener and more sustainable future.

Clean Energy Systems & Carbon Management

Clean energy systems focus on generating power from renewable sources like solar, wind, hydro, and geothermal, reducing dependence on fossil fuels. These systems are key to transitioning to a low-carbon economy and mitigating climate change. Carbon management involves strategies to capture, store, and reduce carbon dioxide emissions, including carbon capture and storage (CCS) technologies. Together, clean energy systems and effective carbon management are essential for achieving global sustainability goals and limiting the impacts of climate change.

Cash prizes will be awarded for the best presentations during the event.

Registration Details
  • Abstract Submission: 20/01/2025
  • Intimation of shortlisted Abstracts: 25/01/2025
  • Final Submission: 15/02/2025
Who Should Attend
  • Academicians, researchers, and students
  • Industry professionals and policymakers
  • Entrepreneurs and startups in sustainability and climate tech
  • Environmental consultants and urban planners
Why to Attend
  • Engage with experts and thought leaders in climate resilience and sustainability.
  • Discover groundbreaking innovations in climate tech, clean energy, and space sustainability.
  • Network with peers, industry professionals, and academia.
  • Gain insights into implementing sustainable practices in industries and urban development
Contact Us
  • Dr. T Daniel,
    Assistant Professor, Dept. of Physics,
    8220623369
  • Dr. Magesan P,
    Assistant Professor, Dept. of Chemistry,
    9786243356