Overview

Snow Surfer is a dynamic 2D game developed in Unity, where players can choose between two characters, Rex or Flo, and navigate through snow-covered landscapes. The game emphasizes fast-paced, action-oriented gameplay, incorporating power-ups, and various gameplay mechanics including scoring based on flips and airtime. The goal is to reach the finish line while avoiding obstacles and managing character abilities with collectable power-ups.

Key Features

• Character Selection: Players can select between two characters, Rex or Flo, each providing unique gameplay experiences.
• Gameplay Mechanics: The game allows players to earn scores by performing flips and staying airborne while managing speed and torque.
• Power-ups: Collect and utilize various power-ups to enhance characters’ abilities, offering temporary boosts in speed and rotation.
• User Interface: The game includes a comprehensive UI that displays game scores, airtime, flip counts, and other important feedback to the player throughout their experience.
• Audio and Visual Effects: Rich audio feedback and particle effects are integrated to enhance gameplay immersion, including collision effects and environment sounds.

Technologies Used

• Unity: The game is built using the Unity engine utilizing its powerful 2D game development tools.
• Cinemachine: For enhanced camera controls that provide a smooth pursuit of the player character.
• Scriptable Objects: Power-ups are implemented with Scriptable Objects, allowing easy management and instancing of game data.

Skills

This project showcases various programming skills, including:

• Object-Oriented Programming: Effective use of classes and inheritance to manage game states, characters, and UI.
• Unity Scripting: Proficient usage of Unity scripting in C# to handle game logic, character dynamics, and events (e.g., collisions, scoring).
• Data Management: Utilization of Scriptable Objects for clean, reusable game data management (e.g., power-up definitions).
• Event Handling: Implementation of event-driven programming where game events (like finishing a level or player collisions) trigger specific methods.
• UI Development: Creating responsive user interfaces to display game states, scores, and player information dynamically.
• Game State Management: Comprehensive management of the game state (e.g., handling game over and level won scenarios) through Singleton patterns and static variables.

Overview

WarehouseWreckage is a project focused on creating a realistic warehouse environment using Unreal Engine 5.6. This demo is a basic Unreal Engine 3D, first-person shooter. All logic was built using the Blueprint Editors.

Key Features

• Scene Profiles: The project showcases multiple shared profiles for different lighting scenarios, including collaborations with advanced post-processing techniques.
• Custom Lighting: It allows for adjustments to ambient light, directional lighting, and sky lighting to create immersive atmospheres.
• Post-Processing Effects: The configuration includes parameters for color grading, bloom effects, and depth of field to enhance visual storytelling.

Skills

• Unreal Engine Proficiency: Understanding of setting up and configuring projects, utilizing plugins, and creating realistic environments within the Unreal Engine.
• Shader and Post-Processing Knowledge: Experience with lighting and visual effects, showcasing an ability to enhance graphics quality and atmosphere.
• Configuration Management: Ability to manage and edit ini files for ideal performance tuning and optimization.
• Environment Design: Knowledge in creating immersive 3D environments that utilize advanced graphic features.

Key Features

• Intuitive Gameplay: Players drag and release their characters to interact with various in-game objects.
• Level-Based Scoring: Players can track their best scores for each level, fostering competitive gameplay.
• Signal System: An event-driven architecture ensures efficient communication between game objects.
• Visual and Audio Feedback: The game includes animations and sound effects to enhance player experience.

Skills

This project showcases a variety of essential programming skills:

• Object-Oriented Programming: The use of classes and inheritance in GDScript demonstrates fundamental OOP principles.
• Event-Driven Programming: Implementing signals for inter-object communication highlights an understanding of decoupled applications.
• Data Management: Using dictionaries for score tracking and resource loading shows data handling skills.
• Game Logic Implementation: Understanding of physics, input handling, and game state management in a 2D space demonstrates game development expertise.
• UI Development: Creating dynamic user interfaces that respond to game events and user actions reflects good practices in frontend development for games.