In this project a prototype of multipurpose robot was developed which will help in reducing the manpower, effort and investment in agriculture.
Ingenious Parking System
Dr. Amita Agnihotri
This project proposes a modern solution to parking problems. Ingenious Parking system takes the raw data from the sensors and shows it on the liquid crystal display board outside the parking lot and also reflects the same via different colored light emitting diodes. A mobile application is additionally given that allows an end user/drivers to check the availability of parking space and book a parking space according to their need. Ingenious car parking system can increase the economy by reducing fuel consumption and also reduces pollution in urban areas.
Ashish Kumar Jha
Dhairya Singh Tomar
Automatic waste segregation system
Dr. Meenakshi Sharma
In this project an automatized system was developed to help save the lives of many and making the world a cleaner and greener place is the noble objective of this project. The proposed automatic waste segregation system implemented a classified segregation of waste at disposal level by employing a flip mechanism with sensors for smooth degradation and future reuse capability. It is designed to sort the waste into two main categories, wet and dry, thereby making waste management effective.
Greenhouse Automatic Monitoring and controlling System
Dr. Garima Gupta
In this project, an automated greenhouse was built to minimize the human care needed for the plant by automating the greenhouse and the in-house environment status can be monitored. The microcontroller used to create the automated greenhouse was NodeMCU. This project utilizes three different sensors, an LDR sensor, a soil moisture sensor, and a temperature sensor. The sensors control the three actuators: a cooling fan, a light bulb, and a pump. The cooling fan is used to change the temperature and the pump is used to water the plant. The watering system and the temperature control system were tested both separately and together.
Stair Climbing Robot
Ms. Pooja Mishra
Mobility in very rough terrain is often very limited due to the absence of adequate locomotion concepts. The aim of this project is to introduce a new class of locomotive concept that will have excellent off-road capabilities. As a first prototype of this class, this six-wheeled robot will have the capability of climbing the stairs of height equal to its diameter. It will possess maximum gripping capacity and stability during motion in rough terrain owing to the 6 differential driven wheel configurations.
In this project, an active 3-D printed antenna was designed for beam steering applications for Unmanned Aerial Applications
Hand gesture recognition, interpretation and translation
Mr. Akshay Singh
In this project, a system for hearing impaired people was developed. The tool was able to recognize the hand gestures captured using the camera
Smart blood oxygen & heart rate monitor with automatic data saving
Ms. Archana Aggarwal
In this project, a health monitoring system was designed which consisted of a wearable device that continuously monitors the health of the patient. This wearable device consisted of different sensors such as temperature sensors and heart rate sensors. The device collected the data in the form of biosignals from sensors and can send it to the hospital server for further storage and processing using wireless communication
8 bit-ALU with PCB implementation
Ms. Shafali Jagga
In this project, 8-bit ALU was designed on a set of breadboards for creating a tool for learning and understanding the practical working of the basic concepts of electronics and electronic components
Advanced encryption standard with UART
Ms. Tripti Tripathi
In this project UART based AES standard was discussed, to provide a way of preventing and protecting data against unauthorized access and for securing the information on all internet-based applications like ATMs, Smartcards, E-commerce.
This project was developed to prevent delays in the arrival of pateintâ€™s medical information to healthcare provider particularly in accident and emergency situations.The architecture of this system was based on medical sensors which measure pateintâ€™s physical parameters and a system which diagnosis and provides prescription live.
In this project an intelligent cart was developed, based on Internet of Things and machine learning. It was an innovative shopping cart that helps in everyday shopping process. The device offered automated billing system and product recognition.
Shanu Thakur Nitin Chandra Pragya Priyanka Patel
IOT garbage monitoring system
This was an IOT based project, in which a smart dustbin was developed. This dustbin was interfaced with Aurdino base system having ultrasonic sensor along with central system showing the current status of garbage with WiFi module.
This project was based on the design of automated irrigation system using Arduino. It had temperature and soil moisture sensors to detect the water quantity present in fields which can help in improving crop production.