Slide 1: Unlock the Power of Game-Based Learning with Esports & Game Design
Unlock the Power of Game-Based Learning with Esports & Game Design! Discover how game-based learning transforms education. At STEM Forged, we believe learning should be fun and engaging. By integrating video games and design, we create unique educational opportunities for students.
Slide 2: What We'll Cover Today
What We'll Cover Today • Why video games work for engagement Two approaches to game-based learning: playing vs. building • Learning outcomes for each method • Technology requirements for implementation Best practices for launching esports and game design programs
Slide 3: Games and Engagement
Games and Engagement Game-Based Learning Proven Engagement Tool Combines play-based and project-based learning Enhances motivation, comprehension, and retention in STEM and social-emotional learning. Includes structured gameplay (esports) and game creation (design). Study in the Journal of Education
Slide 4: Why Video Games Work
Why Video Games Work Active Learning Student Motivation Simply Fun Games require students to analyze, Competition, rewards, and Games are enjoyable and adapt, and strategize. Unlike progression drives motivation. entertaining! Playing increases passive instruction, video games Games provide immediat
Slide 5: Playing vs. Building: Two Approaches to Games in Education
Playing vs. Building: Two Approaches to Games in Education Esports: Teamwork & Strategy Game Design: STEM Skills Develop collaboration, leadership, and resilience. Enhance technical and creative skills. Explore two dynamic methods: Esports for teamwork and strategy, and Game Design for hands-on STEM
Slide 6: Esports: The New Team Sport
Esports: The New Team Sport 1 Strategic Thinking 2 Skill Development Esports builds teamwork It develops collaboration and communication. and leadership. 3 Academic Applications Great for teaching physics or even data analysis.
Slide 7: Tech for Esports Programs
Tech for Esports Programs Windows PCs with dedicated GPUs Gaming peripherals like headsets and High-speed internet for online play. are required. mice.
Slide 8: Micro vs. Macro Planning
Micro vs. Macro Planning Micro Planning: Macro Planning: Integrated Skill Daily Structure Long-Term Vision Development Focus on structured Align daily activities with Combine micro and practice with clear, broader school macro strategies to achievable daily goals to objectives, ensuring create a str
Slide 9: Tips & Best Practices for Launching an Esports Program
Tips & Best Practices for Launching an Esports Program 1 Prioritize Core 2 Avoid Rushing 3 Esports First, Benefits Experience Outcomes Follow Build a strong esports Don't sacrifice esports for quick Ensure a true esports program; foundation. benefits. advantages arise naturally.
Slide 10: Game Design Programs: Unlocking Creativity
Game Design Programs: Unlocking Creativity Engaging Students STEM Educator Experience Game design empowers students to bring their ideas to life through hands-on projects. It serves as a central point of interest, sparking curiosity and enthusiasm for learning across various disciplines. Game design
Slide 11: Tech for Game Design
Tech for Game Design Flexible Systems Friendly Software Can run on Chromebooks, Use beginner-friendly Windows, or Mac. software like Blocksmith. Cloud-Based Solutions Easy access across school devices.
Slide 12: Sustainable Game Design
Sustainable Game Design Showcase Tools Showcase student work Projects Select the right tools and connect to career Curriculum Using project-based pathways Introduce game design as learning an elective The main thing: Let your students explore and create - put what's in their imagination into a virtu
Slide 13: Key Takeaways
Key Takeaways 1 Engagement 2 Teamwork Games enhance student Esports builds teamwork. engagement. 3 Technology 4 Better Outcomes Game design fosters STEM Engaged students perform proficiency. better. Implement structured programs for better learning outcomes. Start leveling up education now!