Game Design

Game balancing is the process of adjusting a game's rules, math, and mechanics to ensure fairness and engagement. You will analyze player choices, manage difficulty curves, and use mathematical models to prevent dominant strategies.

Game design is the foundational study of creating rules, systems, and experiences for interactive media. You will understand player psychology, prototyping methods, system design, and how to iterate on gameplay concepts to create engaging experiences.

Game mechanics design covers the creation of rules, systems, and feedback loops that govern player interaction. You will understand how to construct engaging gameplay loops, movement systems, and combat mechanics that define the player experience.

Level design is the practice of structuring game environments to guide player movement, pacing, and narrative flow. You will understand spatial layout, environmental storytelling, and how to challenge players through interactive architecture.

Monetization strategies cover the business models used to generate revenue from video games. You will understand free-to-play economics, in-app purchases, subscription models, and advertising integration while maintaining player retention and ethical design.

Narrative design is the integration of storytelling into gameplay systems and interactive environments. You will understand how to write branching dialogue, design quest structures, and convey plot through environmental cues and player choices.

Player psychology examines the cognitive and behavioral science behind why people play games. You will understand player motivation profiles, reward structures, cognitive load, and how to design systems that foster long-term engagement and satisfaction.