This project was built for Texas Innovation Challenge 2018. Here we made a prototype of Smart home where instead of using measurement sensors for individual load we used hidden markov method in just one measurement unit placed at the entry point of the home. The concept of Non-Intrusive load monitoring was demonstrated here. Also the appliances were remotely controlled from an App. It was a team project by my labmates headed by a lab senior Gautam Raiker. We made till the semi-final round and were awarded the cash prize of INR 12,000.

This project was made for Texas Innovation Challenge 2015. In this project prototype for Smart toll tax collection booth was made using RFID technology which assigns a unique identification number to a vehicle. Adding to that a smoke sensor was used to sense the quantity of smoke generated by vehicle and deduct penalty from user account based on the toll charged and pollution caused by the vehicle. After the completion of the process a text message was sent to the user for the deducted amount. We made till the semi-final rounds.

This was my final year project. In this project with the application of embedded systems to alternators the synchronization process was demonstrated with the prototype.

We built this robot as a part of a workshop held at IIT Bombay Techfest. We used freescale Freedom board along with a headset with mounted electrodes from Neurosky for the robot. As a final prototype we were able to control the speed of the robot based on our focus.

This robot was also made in the workshop at IT Bombay techfest. Here we used the accelerometer sensor mounted on the freescale freedom board for controlling the direction of motion of the robot.

This was made as part of my internship at Techoz Solution. Arduino platform was used for the project.

This project was made as a part of a National level event named EFFICYCLE. In this event a three wheeled hybrid vehicle was to be designed. The challenge was to couple the mechanical and electrical power perfectly. After making it to the team of 10 based on tests and interviews, I was single-handedly responsible for the electrical drive part. We used PMDC motor with the given ratings for the vehicle. We were an all girls team. I had a life changing experience. It not only made me an independent person but also made me a more curious person.

This was my minor project in 2nd year of Engineering. In this I used the Image processing toolbox of MATLAB to count the number of objects in the input image and display the same on the LCD. ATMEL's ATMega 8 controller was used for the project.

In Engineering 1st year, I topped the test for entry to the Robotics club on campus as a part of which we were supposed to work on group projects. As my very first electronics project, I made a computer controlled robot using RF module and ATMega 8 controller. Since that project i have always been associated with Embedded systems as one my oldest interests.

This was made as a part of training on Embedded system design from Techoz Solutions.