The TechBlazers robotics curriculum begins with a strong emphasis on Computer-Aided Design (CAD) to build a solid foundation in engineering thinking. This module equips students with the skills to design, visualize, and iterate robot mechanisms before a single part is assembled. By using professional-grade CAD tools, students gain a clear understanding of how thoughtful design directly impacts performance in competitive robotics environments like VEX IQ and VEX V5.
Students explore how to create complete assemblies and sub-assemblies, work with linkages and motion systems, and understand mechanical subsystems commonly used in robotics—such as drivetrains, lifts, intakes, and manipulators. The focus isn’t just on drawing; it’s on engineering intent—designing solutions that meet specific strategic goals in a competition setting.
Key learning outcomes include:
- Designing mechanisms tailored to specific VEX game challenges and scoring strategies
- Analyzing the functionality and constraints of parts to make effective design choices
- Drawing connections between CAD practices and real-world mechanical engineering
- Iterating and refining ideas through digital prototyping, followed by physical implementation
Students are taught to think like engineers—evaluating trade-offs, adapting to constraints, and optimizing designs for function and efficiency. This module bridges the gap between conceptual planning and real-world application, ensuring students can confidently move from screen to structure.
