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Academic Projects

During my time at Conestoga College, Ontario, Canada, pursuing my Post-Graduate Diploma, I had the opportunity to work on several diverse and impactful projects across various domains of technology and development. These projects helped me strengthen my skills in web development, data analysis, software engineering, and other critical areas in the tech industry. Below, you’ll find a showcase of my key academic projects that have shaped my understanding and hands-on experience in the field.

Medicare

Comprehensive Clinic Management Platform

Medicare is a robust and user-friendly clinic management platform tailored for small to mid-sized clinics. It streamlines appointment scheduling, patient management, and communication between patients and doctors. Built using modern technologies like React.js for the frontend, Express.js for the backend, and MySQL for database management, Medicare ensures a seamless and efficient user experience. The platform is designed to enhance operational efficiency, reduce administrative overhead, and provide patients with an intuitive interface to manage their healthcare needs.

The backend of Medicare leverages Express.js to handle server-side logic and API management, ensuring a smooth connection between the frontend and the database. MySQL serves as the relational database, maintaining high data integrity and enabling scalable growth as clinic operations expand. The use of Axios for HTTP requests ensures secure and efficient data transfer, while JWT (JSON Web Token) provides robust authentication for secure access control. The integration of CORS policies guarantees safe communication between different components of the system.

Medicare also prioritizes accessibility and inclusivity by adhering to WCAG 2.0 (Level AA) guidelines, making the platform usable for individuals with diverse needs, including those with disabilities. The responsive design ensures optimal performance across various devices, while compatibility with assistive technologies like screen readers enhances usability for visually impaired users. This focus on accessibility ensures that Medicare can serve a broad audience, promoting equitable access to healthcare services.

To further enhance the development experience and collaboration, the project’s source code is hosted on GitHub, providing transparency and ease of access for contributors and stakeholders. The GitHub repository serves as a central hub for code review, version control, and issue tracking, enabling efficient project management and fostering a collaborative environment. This approach not only supports ongoing improvements and updates but also invites community feedback to refine and evolve the platform to meet the evolving needs of clinics and their patients.

Download Project DocsGitHub Repository

DriveTest Kiosk

Simplified booking and management system for G/G2 driving tests

DriveTest Kiosk is a comprehensive web application designed to streamline the process of scheduling and managing G/G2 driving tests. It features distinct interfaces for drivers, examiners, and administrators, each tailored to their specific roles. Drivers can easily book test slots, examiners can manage test evaluations and add comments, and administrators can oversee schedules and manage test outcomes. Built with modern technologies like Node.js, Express, EJS, MongoDB, and Bootstrap, this application ensures a seamless and efficient user experience for all participants in the drive testing process.
GitHub Repository

Weather Data Visualization with D3.js

Interactive Charts for Weather Forecast Insights

This project harnesses D3.js to deliver a dynamic and engaging experience for visualizing weather data. It features a variety of chart types, such as line charts to depict daily high and low temperatures, bar charts showing daily precipitation probabilities, and heatmaps that reveal temperature variations over time. These charts make it easier for users to understand and interact with complex weather datasets, turning raw data into meaningful insights.

The project also includes pie charts to display the distribution of weather conditions, scatter plots for examining the correlation between precipitation and high temperatures, and stacked bar charts for comparing daily temperature extremes. These visualizations not only enhance the user’s ability to comprehend weather patterns but also provide an aesthetically pleasing and interactive way to engage with the data. With responsive design techniques, the charts are optimized for viewing on various devices, ensuring a seamless experience whether on a desktop, tablet, or smartphone.

In addition to D3.js, the project employs modern HTML and CSS to achieve a sleek and responsive design, making the charts visually appealing and accessible. The focus on responsive design ensures that users can enjoy a consistent experience across all devices, enhancing usability and engagement. This comprehensive approach to data visualization demonstrates the potential of combining advanced web technologies to create intuitive, informative, and visually striking user interfaces for complex data sets.

GitHub Repository

Feel free to explore more of my projects and contributions on my GitHub profile. There, you can find additional projects, code samples, and other technical works that showcase my skills and expertise.