Experience

• - Developing and maintaining IoT web applications using TypeScript, React, C# (.NET), CosmoDB, Azure, GraphQL and other related technologies. - Collaborating with cross-functional teams including UI designers, product managers, engineers, and other developers to create high-quality products. - Implementing responsive designs and writing scalable, maintainable and high-performing code.



• Full-stack Developer: - Designing, architecting, and developing custom scalable web applications using JavaScript, React, Python (FastAPI, Flask, Django), PostgreSQL and and other technologies. - Providing excellent customer service and ensuring product satisfaction. C Projects: - Open sourced low level 2D game engine in C using SDL2 with sprite management, map generation, a configuration file parser, and a physics library. - Numerical analysis library for mathematics and physics. - Unix programming: GNU Coreutils’ replicas and custom utilities. Python Projects: - Machine learning for algorithmic trading and data visualization. Show less



• Under the supervision of Dr. Alex Blumenthal (a mathematics professor at the Georgia Institute of Technology), I undertook a research project that aimed to model dynamical systems using the numeral Ulam projection for a continuous state space Markov chain in Julia.



• Under the supervision of Sashwat Tanay (a physics graduate student in Leo Stein’s group at the University of Mississippi), I undertook a research project which aimed to give theoretical estimates of the uncertainty regarding the measurement of black-hole binaries parameters (mass of the black- hole, distance etc). The measurement of these parameters was done via the detection of the gravitational waves emitted by these black-hole binaries. To that end, the goal was to to compute the Fisher matrix for the gravitational waveforms proposed in Ref. [arXiv: 1707.02088] because the square root of the diagonal elements of the inverse Fisher matrix gives an estimate of the uncertainty of measurement. Show less