Developed an Arduino Rover with autonomous navigation, using Arduino microcontroller for motor control and sensor integration. The project included features like obstacle avoidance and remote control via Bluetooth. Project Video Link.

Contributed to the development of the Skill Up NCU project, focusing on enhancing skills through various learning modules and tools. The project aimed at providing an educational platform to improve user knowledge and competency across multiple areas. Visit Skill Up NCU.

This machine learning project focused on building a predictive model for sales prices based on historical trends and market data. The model enabled businesses to make data-driven pricing decisions, optimize revenue, and adapt to market demands effectively. Project Link.

Leveraging Natural Language Processing (NLP) techniques, this project aimed to detect and filter spam emails efficiently. The system improved email security and communication reliability by accurately classifying emails into spam and non-spam categories. Project Link.

Using machine learning techniques, this project focused on predicting the risk of multiple diseases, including heart disease, diabetes, and Parkinson’s. By analyzing medical data, lifestyle factors, and genetic information, the model offered reliable predictions, aiding healthcare professionals in early diagnosis and preventive care. Project Link.

Contributed to a project focusing on enhancing image quality through denoising techniques. Utilized various algorithms, including Gaussian filtering and wavelet transforms, to reduce noise and improve visual clarity. The project aimed at refining images for applications in computer vision, where clear and accurate visuals are essential. This work demonstrated a strong understanding of image processing concepts and the application of mathematical models to improve image quality. Project Link.