Game Mechanics & Ethics
- Definition: Mechanics = Player actions + System responses.
- Key Insight: Mechanics directly influence how players perceive, engage with, and internalize values.
- Example: Gran Turismo 4 teaches advanced car physics through mechanics like steering and braking.
Best Practices for Designing Values-Based Games
- Integrate Subject Matter Experts (SMEs)
- Collaborate with experts to ensure accuracy and depth.
- Use diverse SME perspectives to create balanced narratives.
- Identify and Prioritize Learning Objectives
- Conduct needs analysis to define educational goals.
- Rank objectives to align design choices with priorities.
- Embrace Playcentric Design
- Rapid prototyping → Playtesting → Iteration.
- Use simple prototypes (e.g., paper models) before adding complexity.
- Learn from Learning Science
- Apply problem-based learning frameworks (e.g., Robert Gagné’s “Events of Instruction”).
- Use “Guided Experiential Learning” to maximize retention.
- Maximize Credibility
- Ground mechanics in real-world data and scenarios.
- Avoid bias by incorporating multiple perspectives.
- Formally Assess Learning
- Pre- and post-game testing to measure impact.
- Use dynamic statistical models (e.g., Bayesian networks).
Case Studies
- Peacemaker:
- Simulates the Israeli-Palestinian conflict.
- Actions mirror real-world leadership decisions, teaching diplomacy and balance.
- Tactical Language Training:
- Teaches languages through immersive 3D environments (e.g., Arabic, Pashto).
- Mechanics: Players speak commands into a microphone.
- Redistricting Game:
- Explains U.S. gerrymandering practices.
- Players adjust district lines to see political and ethical consequences.\
Future Directions
- Custom Mechanics: Develop unique game mechanics that align with specific educational goals.
- Collaboration: Expand interdisciplinary teams (designers, SMEs, learning scientists).
- Dynamic Assessment: Innovate methods to evaluate learning outcomes in interactive settings.
