Enhanced Data Logging System with Integrated ZigBee Wireless Communication Research Project(Website Link)

July 2020 – January 2021

The Data Logger with Zigbee, equipped to monitor temperature, humidity, and lux (light intensity), represents a cutting-edge tool in environmental data collection. Utilizing Zigbee technology, a low-power, wireless mesh network standard, this data logger ensures efficient and reliable transmission of environmental data. The device's capability to track temperature and humidity makes it ideal for applications in climate-sensitive environments like greenhouses or storage facilities. Additionally, the lux sensor provides valuable insights into light exposure, crucial for settings like art galleries or plant growth studies. The combination of these sensors, coupled with the robust Zigbee protocol, makes this data logger a versatile and accurate tool for a wide range of data monitoring needs.

Single Phase to Three Phase Converter, Smart India Hackathon, 2019 and bachelor’s project(Website Link)

July 2019 – March 2020

The Single Phase to Three Phase Converter is an innovative device designed to bridge the gap between single-phase and three-phase power supply systems. This converter is especially beneficial in areas where three-phase power is not available or is cost-prohibitive to install. It efficiently converts standard single-phase input into a three-phase output, enabling the operation of three-phase equipment in locations with only single-phase power. Ideal for industrial, agricultural, and commercial applications, this converter facilitates the use of three-phase motors, pumps, and other machinery, offering a cost-effective solution without the need for extensive electrical upgrades. Its robust design ensures reliability and longevity, making it a vital tool for various applications requiring three-phase power from a single-phase source

Real-Time Mask Detection System Using Computer Vision

Jan-2022 - April-2022

Freelance

The Real-Time Face Detection system is a sophisticated technological solution designed to identify faces and determine whether individuals are wearing masks. This system is particularly relevant in the context of health and safety protocols, where mask-wearing has become crucial. Utilizing advanced algorithms and machine learning techniques, it can accurately detect faces in various lighting conditions and angles, and then discern if a mask is being worn. This technology is vital in public spaces, healthcare settings, and businesses, ensuring compliance with safety regulations. Its real-time processing capabilities provide immediate feedback, making it an essential tool for maintaining public health standards in a variety of environments.

Intelligent Fruit Sorting System Using Machine Learning

Jan-2022 - April-2022

Research Project Sponsored by SGRC

The Sorting of Fruits system is an advanced technological solution designed to automate the process of fruit sorting, enhancing efficiency and accuracy in food processing and agriculture industries. Employing cutting-edge sensors and machine learning algorithms, this system can swiftly differentiate fruits based on size, color, ripeness, and quality. This precision sorting helps in reducing labor costs and minimizes human error, ensuring only high-quality fruits reach the market. It's particularly useful for large-scale producers and packers, where it significantly speeds up the sorting process while maintaining consistency in quality. This innovation not only optimizes operational efficiency but also contributes to reducing food waste, a critical aspect in the journey towards sustainable food production.

Precision Agriculture Quadcopter for Enhanced Farm Monitoring and Management

August 2018 – December 2019

(Sponsored by V-chip PVT, Pune)

The Real-Time Face Detection system is a sophisticated technological solution designed to identify faces and determine whether individuals are wearing masks. This system is particularly relevant in the context of health and safety protocols, where mask-wearing has become crucial. Utilizing advanced algorithms and machine learning techniques, it can accurately detect faces in various lighting conditions and angles, and then discern if a mask is being worn. This technology is vital in public spaces, healthcare settings, and businesses, ensuring compliance with safety regulations. Its real-time processing capabilities provide immediate feedback, making it an essential tool for maintaining public health standards in a variety of environments.

IoT-Powered Smart Tourism with Beacon Technology

Jan-2022 - April-2022

Hackthon 2021

Smart Tourism using Bluetooth Beacons is an innovative approach that enhances the tourist experience through the use of cutting-edge technology. These beacons, small Bluetooth-enabled devices, are strategically placed at various tourist spots, enabling location-based services directly to visitors' smartphones. When a visitor comes within the beacon's range, they receive real-time information, including detailed descriptions of nearby attractions, historical insights, navigation aids, and even personalized recommendations. This technology not only enriches the visitor experience by providing interactive and contextually relevant information but also helps in crowd management and data collection for improving tourism services. Smart Tourism with Bluetooth Beacons represents a significant leap in creating immersive and user-friendly travel experiences, making sightseeing more informative, convenient, and enjoyable.