Project at a Glance
Algebra & Geometry Manipulatives required a modern, interactive platform to enhance math learning by allowing students to explore algebraic equations, geometric constructions, and spatial reasoning through digital manipulatives. The objective was to transform abstract math concepts into tangible, visual experiences that support comprehension, engagement, and self-paced learning.
We developed a responsive web-based platform supported by Android and iOS applications that offer students an intuitive interface to manipulate shapes, vectors, graphs, and algebraic elements. Users can drag, rotate, combine, and solve problems interactively, providing immediate visual feedback and reinforcing learning through experimentation.
The platform also includes features for teachers and educators to create exercises, assign challenges, track student progress, and analyze learning outcomes. These tools enable educators to design curriculum-aligned activities that adapt to different student skill levels and learning styles, bridging the gap between abstract concepts and practical understanding.
Solution & Implementation
We built a versatile digital manipulatives platform leveraging interactive UI/UX, responsive design, and scalable backend systems to support real-time manipulation and collaborative learning.
Key implementation components included:
- Interactive Math Tools: Developed a suite of manipulatives for algebra and geometry, including algebra tiles, geometric shapes, graphs, vectors, and equation solvers, all supporting real-time drag-and-drop interactions and dynamic visualization.
- Cross-Platform Accessibility: Delivered native Android and iOS apps alongside a responsive web interface to ensure students can access manipulatives across devices and classroom environments.
- Real-Time Feedback & Adaptive Learning: Incorporated immediate feedback mechanisms to show correct/incorrect manipulations, highlight problem-solving strategies, and adapt difficulty based on student performance.
- Scalable Backend Architecture: Engineered a robust backend system capable of managing concurrent users, storing interactive session data, and supporting future expansion with additional manipulatives and features.
- Engagement & Gamification: Integrated gamified elements such as badges, achievements, and interactive challenges to encourage experimentation, retention, and mastery of algebraic and geometric concepts.
Technology Stack
Java
Typescript
AWS
Cloudflare
Next.js
AI
Figma
Project Outcomes
- Delivered an engaging, interactive platform that makes abstract math concepts tangible and easy to understand.
- Empowered students to explore algebra and geometry through hands-on virtual manipulatives.
- Provided educators with tools to design curriculum-aligned exercises and track student progress effectively.
- Improved learning outcomes by combining visual feedback, gamification, and adaptive learning features.
- Established a scalable, cross-platform system ready for additional modules, subjects, and advanced manipulative sets.