I build real-world AI systems, not toy demos. My work sits at the intersection of Artificial Intelligence, Computer Vision, Embedded Systems, and IoT — from sensors and microcontrollers all the way to deployed AI APIs and edge devices.

Currently in my 6th semester of a BS in Computer Science at Pak-Austria Fachhochschule, focusing on AI, Cybersecurity, Embedded Systems, and Computer Vision.

• 🔭 I’m currently working on Real-time communication interfaces using ESP32 & Jetson Orin and Informal Dataset Modeling Research.
• 🎓 I am a Computer Science major (6th Semester) at Pak-Austria Fachhochschule: Institute of Applied Sciences & Technology.
• 🌱 I’m currently learning Advanced AI and Embedded Systems.

A curated collection of real-world systems I’ve built across AI, Computer Vision, IoT, Embedded Systems, and Full-Stack Development.
These projects focus on practical impact, not classroom-only demos.

Domain: Computer Vision / Deep Learning
Tech: Python, OpenCV, TensorFlow, MediaPipe
Overview:
A complete real-time pipeline for face detection, identification, and age & gender prediction. Optimized for live camera feeds with efficient inference and modular design.

Key Highlights:

• Real-time performance
• Multi-task face analysis
• Edge-device friendly architecture

Domain: Robotics / AI on Edge
Tech: NVIDIA Jetson Orin, Python, OpenCV, PyTorch
Overview:
An AI-powered robot capable of object following, collision avoidance, and autonomous navigation using deep learning models deployed on edge hardware.

Key Highlights:

• On-device inference
• Reinforcement learning concepts
• Computer vision–based navigation

Domain: NLP / AI Systems
Tech: LangChain, FastAPI, Vector Databases
Overview:
Designed intelligent chatbots using Retrieval-Augmented Generation (RAG) to provide accurate, context-aware responses from custom knowledge bases.

Key Highlights:

• Semantic search with vector DBs
• Scalable backend APIs
• Production-ready architecture

Domain: Biomedical Engineering / AI
Tech: Myo Sensor, ESP32, Python
Overview:
A rehabilitation-focused system that converts muscle (EMG) signals into real-time game controls, aiding patients in physical therapy and prosthetic training.

Key Highlights:

• Signal acquisition & processing
• Real-time interaction
• Rehab-focused game mechanics

Domain: Embedded Systems / IoT
Tech: ESP32, MicroPython, APIs
Overview:
A custom-built wearable device featuring battery monitoring, Wi-Fi RSSI tracking, weather updates, and low-power optimizations.

Key Highlights:

• Power-efficient design
• Real-time sensor data
• API integration

Domain: IoT / Safety Systems
Tech: ESP32, Sensors, Embedded C++
Overview:
A smart helmet prototype designed for real-time monitoring and alert generation using sensor data and embedded intelligence.

Key Highlights:

• Sensor fusion
• Real-time alerts
• Embedded decision logic

Domain: Full-Stack Development
Tech: React, Node.js, MongoDB
Overview:
A centralized platform for managing university resources, student interactions, and campus events.

Key Highlights:

• Role-based access
• Scalable backend
• Clean UI/UX

Domain: Algorithms / Optimization
Tech: Python, Octave
Overview:
A computational project focused on optimizing cloud resource distribution using algorithmic and mathematical approaches.

Key Highlights:

• Optimization models
• Performance analysis
• Computational simulations

• Intelligent Biomedical Applications Lab
• Computer Vision Lab — Sino-Pak Center for AI
• Multiple experimental systems bridging research → working prototypes