LPU Students Bring Glory to India, Raise Flag at Global Future Forum 2025
LPU Students: Lovely Professional University has once again performed exceptionally well on the international stage. Two young innovators from Lovely Professional University captured everyone's attention by participating in the Global Future Forum 2025 held in Malaysia. The students have raised the Indian flag high with their impressive performance on the international stage.
LPU Students in Global Future Forum 2025: Megha Thakur and Nishikant Yadav, MSc Fruit Science students from Lovely Professional University Jalandhar (LPU Jalandhar), are being talked about everywhere. LPU students attracted everyone's attention by participating in the Global Future Forum 2025 held in Malaysia. Both presented a project that proved that the new generation is not only adept at studies but also at finding solutions to real problems.
LPU Students Present Research on Smart AI Tags
In a striking demonstration of India's growing innovation in agricultural technology, Lovely Professional University (LPU) students Megha Thakur and Nishikant Yadav represented India on the international stage at the prestigious Global Future Forum 2025 held in Malaysia.
Megha and Nishikant have developed an AI-based smart tag that helps extend the shelf life of horticultural produce. This tag is specifically designed to keep fruits and vegetables fresh for longer.
Guidance by Dr. Praveen Verma
This research, conducted under the mentorship of Dr. Praveen Verma, relies on combining AI algorithms with IoT-based sensors that continuously monitor vital factors such as temperature, humidity, and ethylene gas around fresh produce. LPU Pro-Chancellor Colonel Dr. Rashmi Mittal said, "Innovation is truly meaningful when it benefits both people and the planet."
Innovators from around the world present their ideas at the Global Future Forum 2025. During the event, many experts acknowledged the potential for this technology to transform the agricultural sector, especially in countries where a significant portion of crop production is lost to crop failure.
