I am a final year student in electronics at National Institute of Technology, Rourkela, India.
I work mostly in the field of VLSI circuit design, embedded systems, internet of things and sometimes computer vision too. I find my passion in learning new stuff. Tech and geeky stuff fascinate me indubitably. I love to solve problems and seek challenging roles in my domain.
When I am not busy with my work, I love to spend my time on Quora, Twitter, Facebook, TV shows and reading about Indian politics.
Although I hail from a tech background, I enjoy literature, history and politics equally. I love to read blogs and watch videos involving social experiments
, documentaries and discussions. I like to analyse things deep when I find them interesting. A curious me always took passion in reverse engineering toys and gadgets since childhood. I am always grateful to my parents for fostering and nourishing that curiosity and creativity within me.
Photography interests me and I'm quite an amateur photographer too. I like to travel, but usually my travel companions stay busy.
I like to watch movies and television series but unfortunately don't get much time for that. I have a passion for teaching. I believe that we can be
confident at what we know only if we teach it to someone else. I like to follow the concept of "Karma Yogi" and believe in "Simple living and High thinking".
GPA: 9.06/10 (till 8th Semester)
Percentage: 94
GPA 10.00/10
Worked in the field of controller design of tilt rotor quadrotors. Developed algorithms for the stability of a quadrotor during a rotor failure.
Developed high efficiency DC-DC converter for auxiliary power supply in locomotives.
Developed hardware and software for a 3D Scanner at Integrated Development Lab, CSE. Worked extensively on image processing and GUI development.
This project is about designing an RMPI capable of handling signals at an excess of 1GHz frequencies, to be used for compressive sensing applications. Aim is to design a full fletched IC that can be used in analog pre-processing of signals from a Ground Penetrating Radar.
Designed algorithms to make use of gyroscopic precession for generating lift and stabilising the aerial vehicle during a sudden rotor failure.. These algorithms were successfully tested in Matlab simulations.
Designed a server and a website containing an interface for monitoring the sensors fitted at NALCO, Angul, Odisha. The website was integrated with the hardware developed by the team to monitor pressure and temperature of compressed air at different locations of the plant.
Designed mini programs capable of detecting objects and tracking them in real time. Worked extensively with Multiple Instance Learning Algorithm, a supervised learning for tracking contours. Completed more than 10 modules for different types of video data classification.
Designed it for Diesel Loco Works, Indian Railways, Hubli to be used in auxiliary power supply circuit of WDG4 series locomotives. The design achieved an efficiency of 90% in converting 72V DC to 5V DC/12V DC. The focus of the project was an advanced chopper circuit combined with highly efficient power MOSFETs and snubbers.
Developed the hardware and software for 3D scanning of small objects using only open source technologies. Worked on OpenCV and Numpy. It was funded by NMEICT, Ministry of HRD, Government of India.
Designed an MCU controlled modified sine wave inverter with features like battery protection, short-circuit protection and LCD display. It was funded by Plugged In, SAC, NIT Rourkela.
Some of the other projects which I have completed are Quadcopter, Wi-Fi Controlled Home Automation System, Autonomous and Semi-Autonomous Rovers, Car Parking Sensor and Electronic Fuel Injection System.