The Hands-on Training on Nano-Engineered Materials for Smart Sensing (NanoSense-2026) was successfully conducted with active participation from students. The programme effectively combined theoretical concepts with practical laboratory sessions, enabling participants to gain valuable exposure to green nanotechnology and smart sensing applications.
Key Outcomes:
Participants acquired practical knowledge of green-route synthesis of nanomaterials through hands-on laboratory experiments. The training enhanced participants' understanding of biosensor fabrication techniques and their applications in smart sensing. Participants gained exposure to material characterization techniques and their significance in evaluating nanomaterial properties. The programme strengthened participants' laboratory skills, scientific temperament, and confidence in handling nanomaterial synthesis. The interactive sessions encouraged curiosity, innovation, and interest in pursuing research in nanotechnology and advanced materials. Participants developed a better understanding of sustainable approaches to material synthesis, promoting environmentally friendly research practices. The training facilitated interaction with expert faculty members, enabling knowledge sharing and technical discussions. The event successfully created awareness about the role of nano-engineered materials in addressing challenges in healthcare, environmental monitoring, and smart sensor development. Overall, the programme enhanced participants' technical competency and motivated them to undertake future projects, internships, and research in the field of nanotechnology.
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Preparing future-ready engineers with AI-integrated teaching and learning. KPRIET integrates Artificial Intelligence across teaching, learning, research and innovation to create a smarter, future-ready campus experience for students and faculty.