Overview

This section provides an overview of the boards system.

Navigate the menu on the left to explore different objectives.

Objective 1

Implement multiple completed games, including 3D games, using common tools, languages, and software for web, console, PC, or mobile platforms.

Explanation of Achievement

Throughout the course of my university studies and personal development, I have successfully implemented multiple completed games, including both 2D and 3D projects, across various platforms such as PC and mobile.

• 3D Game Development

I developed several 3D games using industry-standard tools like Unreal Engine 5 and Unity. One of my standout projects, Sacred Spirits, is a fantasy RPG built in Unreal Engine 5 that incorporates immersive 3D environments, player interaction, and narrative systems. I handled level design, blueprint scripting, and gameplay mechanics to bring the project to a fully playable state.

• Mobile and AR Integration

I built a companion AR app in Unity with Firebase integration for cloud-based inventory and player data management. This app supports mobile platforms (iOS/Android) and makes use of 3D models, GPS-based item spawning, and real-time cloud syncing—demonstrating multi-platform, cross-technology fluency.

• Web and PC Deployment

I created a sci-fi FPS-style portfolio website using Three.js and React, where users can explore interactive 3D rooms containing my project showcases. This runs directly in modern web browsers and features techniques like billboarding, shader effects, and procedural layouts.

• Languages and Tools

I used C# for scripting in Unity, Blueprints and C++ in Unreal Engine, and JavaScript/React for web-based games and experiences. Across all projects, I followed standard workflows including version control with Git, collaborative development, and testing for cross-platform compatibility.

Objective 2

Design, develop, and implement the architecture and infrastructure needed to support a complete game project.

Explanation of Achievement

I have designed and implemented full game architecture for multiple projects, from core gameplay loops to scalable backend systems. In Sacred Spirits, I created the underlying gameplay systems using Unreal Engine Blueprints and integrated Firebase to support persistent inventory and user data across both the main game and its AR companion app. The infrastructure included:

• A modular system for managing player data, inventory, and quests.
• Backend architecture using Firebase Firestore and Authentication to support cross-platform functionality.
• Procedural content generation for AR environments based on GPS coordinates.

This demonstrates my ability to plan and execute robust technical foundations for complex game systems.

Objective 3

Implement and analyze fundamental data structures and algorithms associated with game applications supporting gameplay mechanics.

Explanation of Achievement

In my Unity and Unreal projects, I’ve implemented and utilized core data structures and algorithms that drive gameplay:

• Used queues, dictionaries, and lists to manage real-time inventory systems, procedural spawning, and player interactions.
• Implemented grid-based pathfinding and basic AI logic for enemy behaviors using decision trees and conditional evaluation.
• Applied spatial hashing and distance checks for dynamic object spawning in AR, optimizing for performance on mobile.

These systems reflect a solid understanding of how fundamental algorithms and data structures are applied within game environments.

Objective 4

Use software development processes to analyze a project problem, and to design, build, and test a corresponding software solution.

Explanation of Achievement

I’ve consistently followed professional development cycles in my game projects, including requirement gathering, prototyping, iterative development, and testing:

• In the development of the AR companion app, I identified the need for real-time item recognition and designed a solution using TensorFlow Lite for on-device herb/crystal recognition.
• I broke the problem down into smaller components: camera access, ML inference, Firebase integration, and UI feedback—then implemented and tested each layer.
• I used Unity’s testing tools and real device testing on Android and iOS to validate performance and accuracy.

These steps reflect my ability to analyze and solve complex technical problems through structured development processes.

Objective 5

Demonstrate development skills using multiple programming languages, development environments, and platforms, including advanced and/or experimental topics in game programming.

Explanation of Achievement

I’ve demonstrated proficiency across a wide range of languages and platforms:

• Languages: C# (Unity), C++ and Blueprints (Unreal), JavaScript/React (Web), and Python (ML model training).
• Platforms: PC, mobile (Android/iOS), AR, and WebGL.
• Experimental/Advanced Topics:
  • Integrated on-device machine learning for image recognition in AR using TensorFlow Lite.
  • Built cross-platform Firebase-based systems for shared inventory and account management.
  • Used advanced rendering and interaction systems in Three.js for my interactive portfolio.

My work reflects versatility and the ability to work at the cutting edge of game development technologies.

Objective 6

Establish collaboration, mentorship, and professional leadership skills by working with other disciplines to deliver highly polished and completed projects.

Explanation of Achievement

I demonstrated professional leadership and collaboration skills as the Lead Developer on a team project focused on migrating a client’s website from WordPress to a modern, scalable web platform. This project required clear communication across roles—designers, developers, and the client—and a high degree of technical ownership.

• I oversaw the full back-end rebuild using Node.js and Express, implementing secure API endpoints and database integration.
• On the front-end, we used React to create a responsive, modern user interface tailored to the client’s needs.
• Conducted regular meetings to align on project goals, gather feedback, and ensure all team members were on track.
• I coordinated team workflows, helped set up version control practices with GitHub, reviewed pull requests, and guided less experienced teammates through debugging and code structure.
• Coordinated with designers to ensure UI/UX met client expectations while maintaining technical feasibility.
• We successfully migrated the entire platform to a new host, ensuring minimal downtime and improved performance.

This project showcases my ability to lead a development team, collaborate with non-technical stakeholders, and deliver a polished, professional-grade product from end to end.