Programming and Software Development -
Graduates will gain a robust foundation in programming and software development, which are the cornerstones of game development. Mastery of programming languages such as C++, C#, and Java are critical for creating the functional backbone of games. Understanding and applying the principles of the software development life cycle ensures that students can manage the complexity of game development projects from inception to completion. Skills in algorithm development, object-oriented programming, and testing methodologies are essential for building reliable and efficient game software. Furthermore, the ability to work effectively in teams is indispensable in the collaborative environment of game development.

• Demonstrate proficiency with programming languages used in game development.
• Develop algorithms necessary to implement the programming component of a game.
• Demonstrate proficiency with object-oriented programming.
• Apply software development life cycle principles.
• Apply data-driven testing methodologies and bug tracking to determine defects in game software.
• Effectively collaborate as a member of a team.

Gaming Design Tools and Technologies -
Graduates will be equipped with the practical skills to utilize advanced gaming design tools and technologies, enabling them to bring creative visions to life. By mastering game engines and scripting languages, students are able to construct dynamic game environments and complex gameplay mechanics. Managing game assets and optimizing resources are key to ensuring games run smoothly across various platforms. The ability to manipulate scene graphs and implement rendering techniques will allow for the creation of visually stunning and immersive experiences, while the integration of audio will enhance gameplay, creating a complete and engaging product.

• Utilize game engines.
• Develop proficiency in scripting languages for game development.
• Manage game assets to optimize resource usage.
• Manipulate scene graphs.

Artificial Intelligence -
Graduates will develop expertise in artificial intelligence (AI), which is vital for creating sophisticated and adaptive game experiences. Implementing efficient AI algorithms allows for the creation of non-player characters that can challenge and respond to the player in a realistic manner. Understanding AI systems and behavior models such as finite state machines or behavior trees is critical for developing complex gameplay dynamics. The incorporation of machine learning techniques for the reinforcement learning of AI characters and the generation of content will lead to innovative game experiences that can evolve and remain engaging over time.

• Implement efficient algorithms for AI-controlled characters to navigate the game environment.
• Develop AI systems that can make intelligent decisions based on game state, player actions, and predefined behavior patterns, providing challenging and engaging gameplay experiences.
• Design hierarchical AI behavior models using finite state machines or behavior tree frameworks.

Gaming Concepts -
Graduates will explore the societal and historical impact of games, providing them with a broader context for their work in game development. They will evaluate the role of games in culture, understand the structure of the game industry, and identify various gamer demographics to target. Through this domain, students will also hone their skills in the game design process and development life cycle, enabling them to produce well-constructed games. Furthermore, the application of storytelling will be emphasized, as narrative is a powerful tool in game creation that can deeply connect with players and enrich the gaming experience.

• Evaluate the role of games in society and history.
• Describe the game industries, roles, and job responsibilities.
• Identify the game player from different target audiences.
• Demonstrate use of the game design process and development life cycle.