Gamerate
This web-based platform lets you learn science by creating and playing your own games with AI, no coding needed
Foster a collaborative environment where teams can manage all their ai tools on a unified platform.
Background Research
Students are Struggling with Science
National assessments show that a substantial share of students are not reaching basic science achievement levels by the end of middle and high school, with science scores for eighth graders declining in recent years (NAEP, 2024).
Lack of Real Life Relevance
Studies indicate that when students don’t see how science relates to their own experiences or future pathways, they tend to disengage or view it as irrelevant memorization (Ninja, 2024).
Problem
While access to digital technologies has increased, students often use these tools passively rather than in ways that support meaningful learning. Access alone does not ensure deeper engagement or improved outcomes, underscoring the need for learning environments that actively scaffold how technology is used (National Center for Education Statistics [NCES], 2016).
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Students are Struggling with Math
High school students often struggle to engage with mathematical modeling tasks (particularly when asked to interpret real-world situations and decide how to represent them mathematically).
Lack of Real Life Relevance
Students struggle to initiate mathematical modeling because they lack opportunities to practice translating real-world problems into mathematical representations (Krutikhina et al., 2018).
Problem
Our Solution
The proposed solution is a web-based learning platform that enables students to learn scientific concepts by creating and playing AI-generated games in real time.
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AI-powered game creation that transforms students’ scientific ideas into interactive games they can instantly play and revise.
AI-powered game creation that transforms students’ scientific ideas into interactive games they can instantly play and revise.
Structured learning flow with Topic, Lecture, Plan, Create Game, and Reflect tabs to support concept introduction, design thinking, and reflection.
Structured learning flow with Topic, Lecture, Plan, Create Game, and Reflect tabs to support concept introduction, design thinking, and reflection.
Multimodal planning tools (sketches, text, and voice input) that allow students to design game mechanics in ways that match their preferred expression styles.
Multimodal planning tools (sketches, text, and voice input) that allow students to design game mechanics in ways that match their preferred expression styles.
Competitive Product Audit
Existing platforms either emphasize content consumption, template-based creation, or coding skills, but rarely support a full learning cycle where students plan, create, test, and reflect on scientific ideas as game mechanics.
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