Geometric Exploration
Explore properties of shapes, spaces, and their relationships by building interactive visualization applications. Create projects that demonstrate spatial reasoning and geometric principles.
Learning Objectives
- Create interactive tools for exploring geometric shapes and properties
- Develop applications for visualizing coordinate geometry transformations
- Build 3D geometry visualization and manipulation tools
- Implement simulations of non-Euclidean geometries
- Apply geometric principles to solve real-world problems
Geometry Projects
Complete these projects to build a portfolio demonstrating your understanding of geometric concepts. Each project becomes progressively more challenging and builds upon skills from previous projects.
Interactive Geometry Lab
Create an application for exploring geometric shapes, with interactive manipulation of figures and property calculations.
Coordinate Geometry Mapper
Build a tool for exploring coordinate geometry with transformation visualizations and relationship analyzers.
3D Geometry Explorer
Develop a tool for visualizing 3D geometric objects with rotation, perspective features, and surface/volume calculations.
Non-Euclidean Geometry Simulator
Build a visualization of non-Euclidean spaces with comparisons to Euclidean geometry and interactive demonstrations.
Your Progress
Course Instructor
Recent Achievements
3D Visualizer
Created a 3D geometry explorer
Geometry Explorer
Built your first interactive geometry lab
Career Pathways
These career opportunities become available as you complete projects and develop your geometric exploration skills.
3D Visualization Specialist
Creating interactive 3D visualizations for various applications including education and marketing.
Required Projects:
Computer Graphics Developer
Developing graphics applications with sophisticated geometric components.
Required Projects:
Computational Geometry Engineer
Applying advanced geometric principles to solve complex computational problems.