π AI/ML Developer | Embedded Systems Builder | Rocketry & Research Enthusiast
Building intelligent systems that learn, fly, sense, and solve real-world problems.
- π Engineering student focused on Artificial Intelligence, Machine Learning, and Embedded Systems
- π€ Working on AI-driven nanomaterial property prediction for materials discovery
- π Developing model rocket avionics, flight computers, sensor logging, and active control systems
- π°οΈ Building rocket payload systems for terrain mapping, descent analysis, and onboard sensing
- π§© Exploring NeuroVoice, an EEG-based silent communication concept for assistive technology
- πΎ Building practical AI/IoT projects like AgriDrone IoT and crop disease detection systems
- π» Creating full-stack AI products, SaaS platforms, dashboards, and automation tools
- βοΈ Passionate about combining AI + hardware + research + real-world engineering
Custom model rocket flight computer using IMU, barometer, SD logging, servo/fin control, and onboard sensor fusion.
Downward-facing camera payload for descent-phase terrain imaging, GPS tagging, altitude tagging, and post-flight landing-area visualization.
Machine learning pipeline for predicting band gap, conductivity, and stability of nanomaterials using composition, temperature, pressure, and lattice parameters.
Research concept for EEG-based silent speech / neural communication using brain-signal patterns for assistive communication.
Smart agriculture drone concept using IoT, AI, and sensor-based monitoring for crop health, field mapping, and precision farming.
Full-stack AI-powered Site Reliability Engineering dashboard with incident analysis, RCA workflows, service topology, and AI assistant features.
Full-stack lead management CRM with React, Node.js, Express, PostgreSQL, dashboard analytics, search, filtering, and deployment.
Multi-AI SaaS platform concept integrating different LLMs with prebuilt prompt modes for research, assignments, emails, and productivity.
Tools & Libraries:
Scikit-learn Β· TensorFlow Β· PyTorch Β· Pandas Β· NumPy Β· Matplotlib Β· OpenCV Β· Jupyter Β· Streamlit
Hardware Experience:
ESP32 Β· Raspberry Pi Β· MPU6050/MPU9250 Β· BMP280/BMP388 Β· QMC5883L Β· GPS/GNSS Β· SD Card Logging Β· Servo Motors Β· LoRa Β· FreeRTOS
- π Model rocket avionics and payload systems
- π§ͺ AI-based nanomaterial discovery research
- πΎ AI + IoT solutions for agriculture
- π§ EEG-based assistive communication systems
- π» Full-stack AI SaaS and automation products
- π Research paper writing and publication
βThe best way to predict the future is to build it.β β Alan Kay
β‘ Building the future with AI, rockets, sensors, and code β‘
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