I’m Achuthanantha N J — a developer, fitness enthusiast, and engineering student based in Bangalore.
I love turning ideas into practical, well-designed web experiences. From calorie calculators and meal suggestion platforms to blockchain-based ticketing systems, I enjoy building projects that blend creativity with tech.
When I’m not coding, you’ll find me lifting at the gym, shooting hoops, or diving into music. I’ve also published research on neuro-muscular systems and enjoy experimenting with new tech — especially in AI, Web3, and decentralization.
Always down to connect with fellow builders or creatives. Got something cool in mind? Let’s talk.
Java, C, C++, Python
React, HTML, CSS, JavaScript
Figma, Canva
Tableau, Power BI, Excel
MySQL, MongoDB
Python Programming – Karunadu Technologies Pvt. Ltd.
Programming using C++ – Infosys Springboard
Advanced Java – Cranes Varsity Pvt. Ltd.
ReactJS Programming – Simplilearn
Java Full Stack Development – GLOINNT Solutions Pvt. Ltd.
Database Management System – NPTEL
Data Visualization using Power BI and Tableau – Hybritic Info
Hyperkcal is a powerful calorie tracking web application designed to help users efficiently manage their nutrition and fitness goals...
View CodeBlockchain-based ticketing solution ensuring secure, duplicate-free verification via QR and smart contracts...
View CodeWeb platform to visualize & track water crises globally. Features heatmaps, real-time stats & alerts...
View CodeTransporent simplifies vehicle rentals with smooth UX & transparent booking, ideal for everyday travel needs...
View CodePublished in IEEE. A deep-dive into a real-time muscle tracking and response system using surface EMG sensors. This research focuses on accurate movement interpretation, feedback accuracy, and adaptive muscle control — enabling enhanced rehabilitation support, smart prosthetics integration, and even athletic performance analytics.
View on IEEEPublished in Springer. This paper explores AI-powered cognitive load estimation through EMG signal analysis. The system interprets muscle fatigue and mental workload using adaptive logic, aimed at improving ergonomics, real-time workload management, and neural feedback systems in smart wearables and bio-feedback platforms.
View on SpringerCatch me up on GitHub, LinkedIn, or drop a quick message below 🚀