Welcome to My Portfolio

For the Carport project, I created a complete web solution for Johannes Fog Byggemarked that allows customers to design and order their own custom carport online. The system supports flat-roof carports, adjustable dimensions, and detailed material choices like posts, rafters, and roof types. As customers configure their carport, the system automatically calculates the necessary materials and generates a live SVG drawing for visual feedback. Staff members can log in to a dashboard where they can view, assign, and manage customer orders. The dashboard also provides tools to manage materials, track sales, and edit carport configurations. Staff managers have access to additional features, including staff overview and performance metrics. The system includes intelligent logic that adapts the carport structure based on engineering constraints like roof load and material dimensions, ensuring the final product is both realistic and buildable. Completed orders are stored with a locked price and configuration, ready for processing. The project was developed using Java and Javalin on the backend, Thymeleaf for dynamic pages, and PostgreSQL for data storage. The result is a powerful and user-friendly platform that improves the customer experience and streamlines internal workflows at Fog.

For the Cupcake project, we developed a web-based system for Olsker Cupcakes, allowing customers to place orders, manage profiles, and make payments for custom cupcakes with various bases and toppings. The system also included administrative functionality for managing orders and customer data. To build the project, we used Java for the backend, ensuring robust business logic and handling user interactions effectively. Javalin was chosen as the web framework to manage HTTP requests and routing efficiently. For the frontend, we utilized Thymeleaf to render dynamic content, with HTML, CSS, and JavaScript employed for building and styling the user interface, ensuring a smooth and interactive user experience. The database was managed with PostgreSQL. This combination of technologies allowed us to create a scalable and efficient system that could handle customer orders, provide a seamless user experience, and enable easy management of both orders and customers by administrators.

For my SP4/ICE (Innovation, Creativity, and Entrepreneurship) project, I worked as part of a team to develop an app designed to help users track their carbon footprint. The app allows users to enter data about their daily habits, including transport, food consumption, and purchases, in order to track and become more aware of their environmental impact. The goal was to provide an easy-to-use platform that encourages sustainable habits. We used JavaFX for the graphical user interface, ensuring a smooth and engaging experience. Throughout the project, we collaborated effectively, leveraging each team member’s strengths to create a user-friendly and informative tool.

For my SP3 project, I developed a streaming service system in Java, inspired by platforms like Netflix and HBO, as part of a group project. The project required designing an object-oriented solution to manage movies and series, their categories, seasons, and episodes, while also supporting user interactions, including viewing watchlists and saved films. Working collaboratively in a team, we divided tasks based on individual strengths, ensuring a balanced workload while maintaining consistent communication to align on the design and implementation of key features.

For my SP2 project, I developed a system to calculate author royalties based on the books available in Danish libraries. I used object-oriented programming (OOP) techniques such as inheritance and interfaces to handle the different book types (PrintedBook, AudioBook, etc.). Abstract methods were implemented to calculate royalties differently depending on the format (e.g., pages for printed books, duration for audiobooks). Additionally, I applied principles like polymorphism and encapsulation to ensure flexibility and maintainability of the code for future extensions.

For my SP1 school project, I created a carnival-themed game in Processing where players can enjoy a variety of activities. The project features a blackjack game, where players can try their luck, and a tombola system where they can purchase tickets to win prizes. Additionally, I included hidden easter eggs scattered around the game, offering surprises for those who explore. This project allowed me to showcase creativity and programming skills while giving players an engaging experience in a fun carnival setting.