I'm a pre-final year Information Technology undergraduate at
Indian Institute of Engineering Science and Technology, Shibpur. I
am inclined towards full-stack web development, familiar with
MERN/MEAN/MEVN stack, and further exploring them to hone my
skills. In addition, I take interest in Interaction Design, and am
trying my hand at New Media Art.
I'm getting familiar with functional programming and plan to explore behavioral programming. I've currently enrolled in a Quantum Computing course, and have also undertaken a Deep Learning specialization on Coursera from deeplearning.ai. I've lately been exploring Genetic Algorithm by developing some basic AI games.
I'm a tech enthusiast, and remain actively on the watch for new technologies and products in the areas of mobile computing. My goal is to get actively involved in the development of interactive technologies for education and daily-life, which would blear the human-computer communication disparity through more advanced interaction.
I have a CGPA of 9.29/10 upto 6th semester, ranking first in my class.
Overall percentage of 95% in Physics, Chemistry, Mathematics, English, and Computer Science.
Overall percentage of 96% in Science, Mathematics, English, History & Geography, Computer Applications, and Bengali.
I was accepted as an intern at Hiroshima University, through my university (ILDP member institution), during the summer of 2020. My project proposal was titled "Semantic Segmentation and Lane Detection in Urban Traffic Scene". Unfortunately, it couldn't go forward due to the COVID-19 crisis.
Presented a technical paper with a batchmate, on "A Networking Scheme implementing IT on Power Distribution Lines". The theme was "Digital Application for Process Improvement in Power Sector". Our proposal covered a high-level implementation of a network of Smart Meters to monitor, analyze, and control power consumption, for attaining "operational efficiency" by a) achieving better collection, b) countering electricity theft, and c) improving load management.
Developed programs in MATLAB implementing different encryption/decryption schemes on grayscale images, based on some research papers in Secret Sharing.
Replicated in code, Adi Shamir's (r, n) thresholding Secret Sharing Scheme. Followed Chih-Ching Thien and Ja-Chen Lin's approach which is similar to the previous, to develop another (r, n) scheme. Also, replicated in code, Li Bai's matrix-based Secret Sharing Scheme, and George Blakley's hyperplane based Secret Sharing Scheme. Developed the encryption and adding methods for (2, n) Visual Cryptographic Scheme based on Naor-Shamir constructions.View Project
Developed the prototype of a Fingerprint-based Biometric Voting Machine using two Arduinos communicating through an I2C communication channel, as part of my BTech 5th semester mini project. I am currently working on further improvements of the prototype in terms of security, reliability, and practicality. For the same, I have considered the use of a single-board microprocessor system, over a microcontroller, and upgrading to a USB based storage media over the currently used 8-pin EEPROM.View Project
An image processing project that finds the shortest path between two points in a map. It thresholds (Otsu) the image to create a mask and extracts the roads, using contours in OpenCV. It then, generates a skeleton of the road area, using Skeletonize, and converts to graph, using SKNW. It finally, uses A* Algorithm to find the shortest path between the said nodes on the graph; the path is plotted on the actual map using MatPlotLib.View Project
A collection of some front-end web apps including some games like Minesweeper, Sudoku, Snakes & Ladders, and some New Media Art projects created using p5.js.View Project