SHAIK KHAJA NAYAB RASOOL

• Results-driven Software Developer with a master's degree in computer science and experience in full-stack development, artificial intelligence, and data analysis. Skilled in developing web and Android applications using Java, Python, and Firebase, and proficient in distributed data processing with PySpark and machine learning. Seeking entry-level roles to leverage technical expertise and contribute to innovative projects.

• Real-Time Exercise Detection and Correction System:

                  Developed an AI-powered system that interprets webcam footage to recognize exercises in real-time and count repetitions. Designed a guided data gathering pipeline to create unique training data for deep learning models, contributing to personalized fitness solutions.

• Personal Finance Tracker:

                  Created an application to track and categorize various expenses (yearly, monthly, weekly, daily), enabling users to monitor spending patterns and identify areas for cost reduction.

• Virtual Reality Tour Application for Campus:

                  Developed an immersive VR application providing an engaging virtual exploration of campus facilities, classrooms, and communal spaces.

• Electric Vehicle Population Data Analysis:

                   Analyzed and visualized electric vehicle population data using data preprocessing, feature engineering, and machine learning techniques. Utilized PySpark for distributed data processing and Tableau for generating insightful visualizations.

• Salt Body Segmentation for Fuel Identification:

                    Implemented a deep supervised edge detection and optimization method for precise segmentation of salt bodies in seismic imaging, aiding oil and gas reservoir identification. Designed an edge prediction branch to enhance feature learning through boundary loss supervision.

• Web-Based Blood Donation Management System:

Developed a system to manage information regarding blood donors, blood groups, and donation camps. Facilitated easy tracking and searching for suitable donors by recipients, creating an efficient e-information platform.