DR. SANDEEP TRIPATHI WON NOBEL SCIENTIST AWARD IN THE FIELD OF MATERIALS ENGINEERING

BY SCIENTIFIC LAURELS Materials Engineering INDIA

Dr. Sandeep Tripathi is a dynamic and accomplished research professional with over 10+ years of experience in Research & Development, primarily focused on polymers, Vitrimers based polymers, Recylable Polymers, Sustainable materials, development of new materials, material innovation, analytical sciences, quality management, and aerospace technologies. He is currently serving as a Senior R&D Engineer (Manager I) at TE Connectivity, Bangalore, leading multiple materials activities, like Sustainable materials, coating innovation initiatives across domains such as Aerospace, Defense & Marine (AD&M), Medical, Energy, and Industry and Automobile BUs.

Dr. Tripathi has previously held significant roles at Boeing India, the Indian Institute of Science (IISc), Bangalore, and IIT Kanpur, where he was instrumental in establishing advanced research protocols, safety systems, and pioneering cutting-edge materials and coatings, particularly in aerospace applications.

He completed his PhD from IISc Bangalore within 2 years 16 days fastest PhD in history of Materials Engineering IISc. He is a proud recipient of the Prime Minister Research Fellowship (PMRF) through the prestigious lateral entry channel—an accolade awarded to only 1.5% of Ph.D. scholars in India.

Significant Achievements

  • 20+ Patent Disclosures: Out of which 10+ are approved and rest are under process. His patents cover pioneering technologies in cleaning systems, coatings, antimicrobial compositions, and sustainable vitrimers based polymers.

  • Received Exceptional achievement Award in R&D from National Prestige Awards- Celfix International- 2024. https://www.youtube.com/watch?v=ORu_TG0dOeE

  • Top most viewed article- SP polymers journals. (Covalent adaptable network offers ‘sustainable’ closed‐loop circularity in epoxy vitrimers)

  • Awarded multiple times at Boeing for:

    • Safety compliance and lab management.

    • Additive manufacturing innovations.

    • Development of FTIR libraries for aerospace polymers.

  • Best Poster Award at Aero 3-D Conference 2022.

  • Led a project where one patent transformed into a commercial product available on Amazon.

  • Played a pivotal role in replacing environmentally hazardous substances like TCE and Hexavalent Chromium in aerospace applications.

Notable Contributions

  • Developed environmentally friendly conductive coatings for aluminum and non-conductive surfaces, addressing corrosion, conductivity, and UV protection.

  • Led antiviral and antibacterial fiber coatings projects during the COVID-19 pandemic.

  • Engineered vitrimers—a class of self-healing, sustainable polymers—demonstrating closed-loop recyclability and application in aerospace repair and coating systems.

  • Invented novel cleaning systems with controlled cavitation and ultrasound assistance for oxygen and fuel tubing, significantly improving safety and efficacy in aerospace cleaning operations.

  • Published 12+ research papers in prestigious journals including SPE Polymers, Composite Part A and RSC Sustainability, with topics ranging from dynamic polymer networks to advanced coating systems.

Eligibility for the Nobel Scientist Award

Dr. Sandeep Tripathi’s exceptional blend of innovative patents, interdisciplinary research, practical industry contributions, and environmentally impactful technologies makes him a strong and deserving candidate for the Nobel Scientist Award in Scientific Laurels. His contributions to sustainable polymer science, clean energy solutions, advanced aerospace materials, and real-world product innovation highlight his commitment to scientific excellence and societal benefit.

His work bridges the gap between academic innovation and industrial transformation, making profound contributions to global sustainability goals, clean technology, and human health and safety through materials engineering.