Theme-Based Gameboard for Student Behavior Modification
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Solution Overview
Problem
Existing goal achievement games and methods are limited in their effectiveness for teaching and modifying behaviors, as they often rely on computer-based systems that lack personal interaction and engagement, and physical game boards that do not adequately involve students in long-term behavioral modification beyond specific tasks.
Innovation Solution
A theme-based goal achievement game system that includes a gameboard with a contiguous path for tracking progress, a place marker for cumulative progress, and a scorecard for tracking goal achievement, which can be used in both home and school settings by teachers and parents to promote goal-oriented behavior modification, incorporating physical interaction and reinforcement.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Measurement precision
If computer-based interactive learning systems are used to provide instant feedback and track progress, then measurement precision and data collection are improved, but the impersonal nature of computer screens reduces the ability to capture and maintain student attention
Solution Approach 1:
The patent introduces a teacher as an intermediary between the computer system and the student. The teacher uses the computer-generated data and feedback to provide personalized guidance, motivation, and interaction, thereby maintaining measurement precision while restoring the personal connection that captures student attention.
Solution Approach 2:
The patent merges computer-based tracking systems with traditional teacher-student interaction. The system combines the objective data collection and instant feedback capabilities of computers with the subjective engagement, motivation, and personalization provided by teachers, creating a hybrid approach that addresses both measurement precision and student engagement.
2Ease of operation
If physical game boards with place markers are used to track progress visually, then student engagement through physical interaction is improved, but the system becomes limited to specific tasks and locations
Solution Approach 1:
The patent creates a universal tracking system that can be used across multiple tasks, subjects, and locations. The progress tracker and place markers are not tied to a single game board or location but can be applied to various academic and behavioral tasks, allowing the system to maintain physical engagement while achieving broad adaptability.
Solution Approach 2:
The patent transitions from two-dimensional physical game boards to a multi-dimensional system that includes physical markers, digital tracking, and portable components. This allows the system to maintain the tactile engagement of physical interaction while extending versatility across different tasks and environments through additional dimensions of implementation.
3Reliability
If repetitive presentation methods are used to teach facts and knowledge, then knowledge retention is improved, but student attention becomes transient and difficult to maintain
Solution Approach 1:
The patent implements periodic reinforcement through the progress tracking system, where students receive regular feedback at designated intervals as they move through tasks. This periodic recognition of achievement maintains student attention while reinforcing knowledge retention through spaced repetition and milestone celebration.
Solution Approach 2:
The system provides immediate and continuous feedback to students as they complete tasks and move their place markers. This real-time feedback loop maintains student attention by showing visible progress and provides reinforcement that supports knowledge retention without requiring prolonged repetitive presentation.
4Productivity
If teachers provide direct instruction and lecturing to convey subject matter, then knowledge transmission efficiency is improved, but student active learning and discovery are reduced
Solution Approach 1:
The patent segments the teaching process into teacher-led instruction phases and student-independent tracking phases. Teachers provide focused direct instruction on key concepts, then students independently engage with tasks and track their own progress, allowing both efficient knowledge transmission and active student learning to occur in complementary segments.
Data Source
AI summary
A theme-based goal achievement game for modifying a student's themed behavior in cooperation with teacher input at both home and at school includes a theme-based gameboard for display in the student's home configured on a front side with a contiguous theme-based path, the path having a plurality of positions representative of completion of theme-defined tasks, a place marker for marking the student's instant position reflecting the student's cumulative progress traversing the theme-based path and a set of instructions for educating both the home and the school teacher on the themed behavior. The student is presented with pre-defined theme-based goals by the home or school teacher.