Design & Prototyping with 3D Printing (Ages 11–16)
This project-based course introduces secondary students to advanced 3D design, engineering concepts, and modern digital manufacturing. Using professional or student-level […]
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Course Description
This project-based course introduces secondary students to advanced 3D design, engineering concepts, and modern digital manufacturing.
Using professional or student-level 3D software, learners create more complex models, explore real-world applications, and develop problem-solving and technical thinking skills.
Each week builds upon the last, culminating in functional designs, engineered prototypes, and a collaborative final project.
Learning Outcomes
- Understand the full 3D printing process and modern applications
- Create detailed 3D models using intermediate design tools
- Apply engineering thinking: measurement, stability, tolerance, and fit
- Prepare and slice models for accurate printing
- Identify and troubleshoot design/print issues
- Collaborate on multi-step projects and communicate their design process
Curriculum Example
| Section | Lessons |
|---|---|
| Introduction to 3D Printing | How 3D Printers Work • Materials & Uses • Safety & Best Practices |
| 3D Modelling Foundations | Measurement • Sketching Tools • Complex Shapes • Extrusion & Scaling |
| Design Engineering | Structure & Stability • Tolerance • Fitting Parts • Functional Design |
| Intermediate Projects | Phone Stand • Mechanical Joint • Custom Tool • Personalised Object |
| Final Project | Team Engineering Challenge • Prototype • Print & Assembly • Presentation Day |
Extra Information
Features
- Skill Focus: Design thinking, engineering logic, digital literacy, teamwork. All equipment provided, including printers, materials, and instruction Ideal for after-school clubs, STEM enrichment, or technology labs
Target audiences
- Age Group: 11–16