Welcome to my humble abode! I am passionate about building, learning, and sharing. Here is a brief overview of my professional and academic background!
- 🎓 I'm currently a BTech student at Indian Institute of Technology, Kanpur.
- 🌱 I’m currently exploring: AI and ML projects, Circuit Designing, Web & App Development, Game Development, and experimental rocketry.
- 💬 Let's discuss : Any emerging Tech, research papers, rockets engine or anything interesting.
- ⚡ Fun fact : I can communicate in morse, if you want to tell me a secret.
- 🧑💻 Machine Learning and its domains
- 📱 Web and App Development
- 🛜 Embedded Systems and Circuit Designing
- 🎮 Game Development
- 🚀 Experimental Rocketry
- 🎵 Playing the Flute
- 📚 Reading tech blogs and books
✈️ Fluent in English and Hindi, learning Korean and French
B.Tech in Materials Science and Engineering
Indian Institute of Technology, Kanpur
2024 – Present
I enjoy building full-stack web applications, secure backend systems, and interactive user experiences. My work often focuses on authentication, role-based access control, real-time interaction, and system design, blending practical engineering with real-world problem statements.
🔗 https://github.com/AashutoshKushwaha/UP_Police_Women_Safety_Portal
A role-based Women Safety & Driver Verification Portal implementing hashed authentication, JWT authorization, and QR-code-based verification. The system enables admins to manage police stations and officers, supports multi-level verification, and allows police officers to scan QR codes to instantly retrieve verified driver details.
🔗 https://github.com/AashutoshKushwaha/map-app
A React-Leaflet-based web application that allows users to interact with maps, search places, add locations & reviews, and authenticate securely. The backend (Node.js + Express) handles authentication, location storage, and reviews. Features a collapsible sidebar and smooth UI interactions.
🔗 https://github.com/AashutoshKushwaha/GaitSole
Physics-Based Gait Simulation with Real-Time Plantar Force Prediction
- Built an OpenSim 4.5 biomechanics platform that simulates realistic gait dynamics and detailed plantar force distribution[cite: 1, 2].
- Utilized the Moco optimal-control solver and designed a four-region foot contact model to analyze spatial loading patterns[cite: 1, 2].
- Developed a lightweight PyTorch motion predictor with a multi-head architecture, achieving sub-millisecond inference (~0.9 ms, ~1100 fps) on CPU for VR rehabilitation[cite: 1, 2].
🔗 https://github.com/AashutoshKushwaha/Campus-Compass-25
Full-Stack Campus Navigation & Review Platform
- Engineered an interactive campus mapping application supporting 10,000+ users[cite: 2].
- Built with Next.js (TypeScript), Go (Gin + GORM), and PostgreSQL[cite: 1, 2].
- Developed authentication middleware in Go and integrated a RabbitMQ message broker for content moderation[cite: 1, 2].
- Architected REST API routes distributed across the Go server and Next.js, with containerized deployment via Docker and Nginx[cite: 1, 2].
🔗 https://github.com/AashutoshKushwaha/Dual-Core-Mips-Freertos
FreeRTOS Kernel Porting and Multi-Core OS Design
- Extended the FreeRTOS kernel to support dual-core execution, enabling parallel task scheduling[cite: 1, 2].
- Modified the scheduler and context-switch mechanisms to handle per-core task states[cite: 1, 2].
- Developed a custom Board Support Package (BSP) for initialization, timers, and interrupt handling[cite: 1, 2].
- Validated system functionality via an x86 simulation, verifying zero deadlocks across over 1,000 simulated context switches[cite: 1, 2].
🔗 https://github.com/AashutoshKushwaha/Heat-Simulator-Engine-and-Visualizer
High-Performance Transient Thermal Simulation
- Built a transient 3D thermal solver engine in C++ utilizing an explicit finite difference method across a 512,000-node grid[cite: 1, 2].
- Modeled multi-material furnace geometries with configurable heater layouts and exported structural metadata[cite: 1, 2].
- Developed a browser-based WebGL/Three.js visualizer with real-time plane sweeping, time-frame scrubbing, and raycasting hover tooltips[cite: 1, 2].
🔗 https://github.com/AashutoshKushwaha/Analog_Neural_Network
Hardware-Based Neural Computation
- Designed and simulated an analog neural network utilizing op-amps, resistors, capacitors, and AD633 analog multipliers[cite: 1].
- Implemented core neural functions including summation, ReLU activation, and synaptic weight storage[cite: 1].
- Developed a feedback-driven mechanism for real-time weight adaptation in hardware and verified learning behavior via LTspice and KiCad[cite: 1].
🔗 https://github.com/AashutoshKushwaha/ui-tagging-presets
OpenStreetMap / Google Summer of Code Proposal
- Developed a React and Vite Single Page Application (SPA) to interface with the OpenStreetMap iD-tagging-schema[cite: 1].
- Engineered real-time search functionality that renders OSM tag presets with maki/temaki icons, data fields, and match scores[cite: 1].
- Configured Vite HMR for rapid developer feedback and strictly enforced code quality via ESLint[cite: 1].
🔗 https://github.com/AashutoshKushwaha/MAZE-GAME
An interactive 3D Maze Game built in Unity implementing procedural maze generation[cite: 1]. Optimized the rendering pipeline and game loop mechanics to ensure seamless gameplay, responsive player movement, and precise collision detection[cite: 1].
🔗 https://github.com/AashutoshKushwaha/smart-faq-module-SARCathon
A smart FAQ search system featuring real-time keyword-based search, category-wise organization, auto-suggestions, and friendly error handling. Designed with a robust backend API for fast lookup and scalable integration into larger platforms.
🔗 https://github.com/AashutoshKushwaha/Personal_Profile_Website
A professional portfolio website template featuring a personal introduction, GitHub project links, and contact details with smooth UI animations.
- 📧 Email: aashutoshkushwaha2006@gmail.com
- 📧 Alternate Email: aashutoshk24@iitk.ac.in
- 💼 LinkedIn: www.linkedin.com/in/aashutosh-kushwaha
- 🐦 Instagram: https://www.instagram.com/Aashutosh_k21/
Thanks for visiting my profile! 😊