Rajarshi Chakraborty
About
Hello :) I’m Rajarshi Chakraborty, a Software Engineer at Brand Voy and a Computer Science undergrad at Techno Main Salt Lake ( Class of 2027 ), passionate about building scalable software and intelligent systems.
I’m a Full-Stack TypeScript Developer & AI Engineer focused on designing and developing production-grade applications with clean architecture, high performance, scalability, and strong System Design principles.
Beyond traditional engineering, I’m deeply interested in Gen & Agentic AI. I enjoy building AI-powered systems that combine intelligent automation with real-world data to solve complex problems and create meaningful impact. I’m driven by continuous learning, engineering excellence, and turning challenging ideas into reliable, practical products.












Professional Journey
My background spans Software Engineering at Brand Voy, Undergraduate Research, leadership at Samarth TMSL, and management staff at Geekonix. Mapping my journey of growth, technical execution, and community leadership.
Software Engineer
As a Software Engineer at Brand Voy, I contribute to the development and maintenance of scalable, production-ready software solutions and live digital platforms. My role involves working across the software development lifecycle, from feature development and system improvements to debugging, performance optimization, testing, and production support.
Develop and maintain scalable, reliable, and user-focused web applications for live production environments.
Work extensively with high-volume sports data, primarily covering cricket and football, to build and support data-driven digital experiences.
Contribute to sports technology projects serving international clients across English and Vietnamese markets, with a strong focus on localization, usability, and consistent user experiences.
Work with complex sports data and real-time information to support live sports experiences, including matches, fixtures, scores, statistics, and related content.
Design and implement new application features while continuously improving existing functionality, code quality, scalability, and system reliability.
Analyze and resolve technical issues across development and production environments, ensuring stable and reliable application performance.
Optimize application workflows and data handling processes to support high-volume workloads and responsive user experiences.
Collaborate with developers, designers, product teams, and other stakeholders to translate business requirements into practical and maintainable technical solutions.
Follow modern software engineering practices, including clean code, modular architecture, reusable components, testing, debugging, version control, and continuous improvement.
Contribute to the complete software development lifecycle, including requirement analysis, development, testing, deployment, monitoring, maintenance, and enhancement.
Gain hands-on experience working on live, client-facing projects where reliability, scalability, performance, and data accuracy are critical.
Solve real-world engineering challenges while balancing technical requirements, business objectives, application performance, and overall user experience.
This experience has strengthened my expertise in software development, scalable web applications, sports technology, high-volume data processing, real-time sports platforms, multilingual applications, production systems, and modern software engineering practices.
UnderGrad Student Researcher
Forecasting Accuracy: Built and benchmarked LSTM, ARIMA, and RNN models for weather time-series forecasting, achieving a 28.75% improvement in prediction reliability over baseline statistical methods through systematic backtesting on 3+ years of historical data.
Deployment Pipeline: Refactored research Jupyter notebooks into a modular, deployment-ready Python pipeline (NumPy, Pandas, Scikit-learn, PyTorch, Node.js), reducing the model retrain-to-redeploy cycle from 3+ days to under 4 hours.
Dataset Engineering: Designed and executed an end-to-end preprocessing workflow across a dataset of 60,000+ rows, covering missing values, outlier detection, seasonal decomposition, and feature normalization, reducing data noise by ~35%.
Hyperparameter Tuning: Applied grid search and cross-validation across 120+ hyperparameter configurations, boosting LSTM validation accuracy by 19.4% while reducing Mean Absolute Error by 22% on held-out test splits.
Research Documentation: Authored a structured technical report covering model architecture decisions, evaluation metrics (RMSE, MAE, MAPE), and ablation study results, forming the foundation for an ongoing research publication.
Here is my academic background
I have pursued my academic journey driven by rigorous foundational coursework, research, and technical leadership across Computer Science & Engineering, .
Skills & Activity
Check out my latest work
My work spans Full Stack Web Applications, open-source contributions, and theming systems. Click any card to explore with full details and left/right navigation. I'm currently working on Generative AI & AI-powered agents, building intelligent, AI-powered systems.

Talk To Your GitHub
AI-Powered Conversational Repository Intelligence Platform
Talk-To-Your-GitHub is an advanced AI-powered platform that lets developers talk to their public and private GitHub repositories using natural language. Built with a modern Next.js 16 stack, PostgreSQL, and vector search, it provides instant conversational search across commits, pull requests, issues, branches, and code documentation.
Here are my latest commit history
I've been actively contributing to open-source projects and working on various projects to enhance my skills. Here are some of my recent contributions.
GitHub Activity
LiveCheckout my latest commits
Total Contributions
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Total Stars
github stars
Total Repos
repositories
Checkout My Latest Publicartions
Committed to advancing technology through research, technical publications, and innovative engineering contributions across multiple domains.
Deep Learning Enabled Fruit Quality Assessment with Hyper-Spectral Feature Fusion
Proposes a novel deep learning framework that integrates hyper-spectral features using a fusion network to assess fruit quality with high precision, combining external appearance defects with internal chemical composition data.
Electronic ISBN: 979-8-3315-5231-2
Print on Demand(PoD) ISBN: 979-8-3315-5232-9
My DSA Journey
I am a student with a strong enthusiasm for Data Structures and Algorithms. Since 2024, I have been actively solving problems on LeetCode and consistently participating in coding contests. I have solved 1100+ problems across multiple platforms, including LeetCode, GeeksForGeeks, & CodeForces.
Contest Rating Progress
LeetCode Progress
LeetCode Activity
LiveCheckout my latest solved problems
DSA Practice Sheets
Personalized study roadmap covering key coding patterns and Blind 169 variations on a 28-week schedule.
Structured problems, learning paths, and progress sheets provided by Hitesh Choudhary's dsa.chaicode.in.
Collection of algorithmic problems designed to practice competitive programming and algorithm implementation.
Let’s Build Something Impactful
I’m open to internships, freelance work, and collaboration opportunities. If you’re looking for someone who can turn ideas into real, scalable products.
I’m just one message away - feel free to reach out on social media or email me directly, and I'll respond as soon as I can.
Design & Developed by Rajarshi Chakraborty
@2026. All rights reserved.