ECR: BRIDGE 2026 - Building Research and Innovation Dialogues for Growth and Exchange

Organisers:

• Dr. Anil Kumar Chaubey, Institute of Minerals and Materials Technology, Bhubaneswar
• Dr. Mayur Vaidya, Department of Materials Science and Metallurgical Engineering, IIT Hyderabad

Target Audience: Bachelor’s, Master’s Students, Research Scholars, Faculties, Scientists, Engineers, Industry personnels, etc.

This workshop focuses on the critical role of advanced materials processing in achieving sustainable development across industries. With increasing demand for high-performance materials and environmentally responsible manufacturing, there is a growing need to address challenges such as energy-intensive processing, material waste, emissions, and scalability of green technologies.
The workshop will explore state-of-the-art processing techniques including nanomaterials synthesis, additive manufacturing, surface engineering, and recycling of advanced materials. Emphasis will be placed on sustainable approaches such as low-energy processing, circular economy principles, and the use of eco-friendly materials. Participants will gain insights into current research trends, industrial practices, and emerging solutions that bridge the gap between innovation and sustainability. The sessions will include expert talks, case studies, and interactive discussions to foster knowledge exchange between academia, researchers, and industry professionals.
This workshop is designed for students, faculties, scientists, engineers, and industry personnels interested in sustainable materials and manufacturing. By the end of the program, participants will have a better understanding of key challenges and practical strategies for developing efficient, sustainable, and future-ready materials processing technologies
Participants will engage with a range of topics, including:
1. Fundamentals & Sustainability Framework
2. Advanced Processing Techniques
3. Energy & Environmental Challenges
4. Emerging Materials & Green Innovations
5. Digital & Smart Manufacturing
6. Future Trends and Research Directions