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All Projects.

A comprehensive directory of my engineering projects, AI model deployments, patents, and software explorations.

Brain-Computer Interface
Accuracy: 96.88%

NeuroFusion-BCI

Lead AI Engineer

Proposed a novel Hybrid Feature Fusion methodology and engineered a sequential BiGRU + 1D CNN deep learning architecture to achieve robust spatial and temporal EEG pattern recognition for 4-class motor imagery tasks.

Key Accomplishments & Stack Integration

  • Engineered sequential BiGRU + 1D CNN architectures, capturing complex temporal dynamics and spatial patterns of EEG signals.
  • Developed a custom signal processing pipeline leveraging Hjorth parameters and bandpass filtering to maximize signal-to-noise ratio.
  • Achieved 96.88% classification accuracy across 4-class motor imagery tasks, outperforming baseline models by 8.4%.
PythonTensorFlowSignal ProcessingHjorth ParametersBiGRUCNNs
NeuroFusion-BCI Interface / Architecture
EdTech Platform
Scaled: 500+ Users

Saraav

Creator & Lead Developer

Launched a full-stack platform scaling to 500+ users. Implemented AI-driven content generation using Python scripts to automate study material creation. Managed the entire software development lifecycle (SDLC).

Key Accomplishments & Stack Integration

  • Designed and deployed the entire database schema and cloud functions using Firebase Firestore and Auth.
  • Developed an automated Python backend that leverages LLMs to generate high-quality practice questions and revision notes.
  • Successfully scaled the web app to over 500 active registered users with real-time analytics and user progress tracking.
React.jsTypeScriptFirebaseTailwind CSSPython
Saraav Interface / Architecture
Patented System
2nd Prize Avishkar

UAV Flood Mapping System

Patent: No. 202523064402 A

Designed an AI-enabled UAV system for real-time flood monitoring. Secured 2nd Prize at SGBAU University Level Avishkar Competition.

Key Accomplishments & Stack Integration

  • Co-drafted and filed Indian Patent No. 202523064402 A for an integrated UAV-based aerial monitoring system.
  • Trained custom semantic segmentation models (CNN-LSTM hybrids) to classify flooded regions in real-time from video feeds.
  • Integrated GIS datasets and drone coordinates into a unified mapping dashboard for emergency response dispatchers.
CNNsLSTMsArcGIS
UAV Flood Mapping System Interface / Architecture
GeoSpatial AI Challenge
ISRO Dataset

Solar Panels Detection

AI/ML Engineer

Developed high-precision models to detect solar parks from ISRO's LISS4 sensor images for advanced environmental and asset mapping pipelines.

Key Accomplishments & Stack Integration

  • Built semantic segmentation pipelines using U-Net architectures to detect large-scale solar arrays from high-resolution satellite imagery.
  • Optimized dataset preprocessing for ISRO's LISS4 multispectral sensor data, handle class imbalance via focal loss functions.
  • Exported model outputs into geospatial vector formats compatible with QGIS and ArcGIS pipelines.
TensorFlowPythonCNNsU-NetQGIS
Solar Panels Detection Interface / Architecture
Data Engineering
Web Scraping

Amazon Reviews Scraper & Analysis

Backend Engineer

Built a scalable web scraping engine to extract product reviews and analyze customer sentiment. Conducted data analysis utilizing LLMs (Claude/ChatGPT) to generate comprehensive product insights.

Key Accomplishments & Stack Integration

  • Developed modular scraping agents using Selenium and Scrapy with Javascript rendering bypass via Splash JS.
  • Built clean sentiment aggregation routines leveraging OpenAI and Anthropic API pipelines to summarize qualitative review trends.
  • Containerized scraping engines in Docker, allowing orchestrations across multiple proxy networks to bypass IP bans.
PythonDockerSplash JSSeleniumLLMs
Amazon Reviews Scraper & Analysis Interface / Architecture
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