University professors and instructional designers
Preparing a lecture or seminar on situated learning and game-based education
James Paul Gee's 'Game-Like Learning' mind map template dissects the 2005 paper that uses video games as a model for situated learning, covering 8 major sections and 87 nodes. It explores key concepts like 'Knowledge: As Noun and Verb', 'General Versus Situated Understandings', and 'Game-Like Learning: Andy DiSessa', with specific examples from 'Supercharged!', 'Full Spectrum Warrior', and 'Augmented by Reality: Madison 2020'. This template serves as a study aid for educators, instructional designers, and students analyzing Gee's arguments on assessment and implications for learning. The mind map organizes the paper's core ideas into a visual hierarchy, making it easy to trace the progression from theoretical foundations to practical applications in game-based learning.
Điều khoản sử dụngPreparing a lecture or seminar on situated learning and game-based education
Writing a literature review or research paper on video game learning theories
Designing a curriculum that incorporates game-like elements for K-12 or higher education
Open the template in Xmind to browse the eight major sections covering Gee's core arguments on situated learning.
Expand the 87 nodes to analyze specific case studies like Madison 2020 and understand the distinction between knowledge as a noun and a verb.
Customize the visual hierarchy with your own study notes before exporting the map as a PDF or image for sharing.
The template includes 87 nodes across 8 sections: Knowledge: As Noun and Verb, General Versus Situated Understandings, Game-Like Learning: Andy DiSessa, Supercharged!, Full Spectrum Warrior, Augmented by Reality: Madison 2020, Assessment: A Game Example, and Implications.
Open the .xmind file in Xmind, then navigate each branch to review key arguments. Add your own notes or annotations to connect concepts like 'Authentic Professionalism' and 'Pedagogical Praxis' to your own teaching or research.
Yes, the template is fully editable in Xmind (desktop or web). You can customize node text, add icons, or export as PDF or image for printing.
Supercharged! is a game created at MIT to help students gain intuitive understanding of charges in physics. The experiment compared subjects who played the game with controls who did not, showing improved conceptual learning.
Gee argues that games like Rise of Nations and Starcraft provide real-time feedback through graphs and data. He suggests that evaluating a player's ability to win the game serves as a form of authentic assessment.
Chia sẻ mẫu sơ đồ tư duy của bạn với người sáng tạo trên khắp thế giới và bắt đầu kiếm tiền từ tác phẩm của mình.