1st, 2nd, 3rd all three positions have been won by the students of the University of Engineering & Management Jaipur at the Project Expo 2.0 organized by IEEE MTT-S SBC in association with IEEE AESS, IEEE APS, IEEE RAS, IEEE SBC.

Project 1: The project named Saarthi has won the 1st prize. Dikansha Bindal, Vinay Pratap, Shashi Chauhan, Sagnik Dey, Aadityaa Gour, and Keshav Bhardwaj are part of this project.

Students used the STM32 Microcontroller (The STM32 family of 32-bit microcontrollers based on the Arm Cortex®-M processor is designed to offer new degrees of freedom to MCU users. The products offer real-time capabilities, very high performance, low-power / low-voltage operation, digital signal processing, and connectivity while maintaining full integration and ease of development. STM32 microcontrollers offer an unrivalled range of products centred on an industry-standard core architecture. This allows access to abundant development tools and software that assist with project creation. As a result, STM32 microcontroller families are ideal building blocks - suitable for small gadgets up to full end-to-end AI-powered platforms for Human Activity Recognition. The versatility of STM32 controllers makes them useful across low-complexity IoT devices and advanced smart systems that demand high performance and connectivity.

Project 2: The project named Hybrid Drone-Rover Vehicle has won the 2nd prize. Pritam Rajak, Ayan Maity, Aryabhatta Ghosh, and Anushka Mitra were part of this team. A compelling innovation has emerged in the dynamic realm of robotics and autonomous systems—the Hybrid Drone-Rover Vehicle. This groundbreaking design merges rover mobility with drone flight for a versatile platform. By integrating ground and air capabilities, this hybrid system aims to provide improved adaptability across myriad applications.

Project 3: Palak Sharma and Yashasvi Chhaliya have won 3rd prize for Intelliholder. The project Intelliholder is an IOT-based ID card holder(the IoT-based Event Management System using RFID plays a vital role in logging the entry of the attendees, this requires no human intervention and ensures contactless procedure. The details of the attendees are encoded in the RFID cards and they are given to attendees as the entry passes to the event, at the entrance the attendees need to place the RFID card before the RFID reader, the RFID reader decodes the information in the RFID Card and displays the name and place of the attendees) that is designed particularly as a child safety device. The Intelliholder tracks a child's location. Parents can request the location by messaging "get location". They can also set boundaries and get alerts if the child crosses them.