CURRICULUM • 3D DESIGN

Imagine. Design. Model. Create.

3D Design introduces students to the exciting world of digital design, computer-aided design and 3D modelling.

Transform ideas into digital 3D models and discover how designs can become real-world objects through prototyping, fabrication and 3D printing.

Explore 3D Design Book a Demo

3D Design CAD Modelling Prototyping 3D Printing

CAD

CAD DESIGN MODE

3D MODEL CREATING

PROTOTYPE READY

100 mm

75 mm

INTRODUCTION TO 3D DESIGN

Turn Ideas Into Digital Reality.

3D Design introduces students to the exciting world of digital design, computer-aided design and three-dimensional modelling.

Students learn how to transform their ideas into digital 3D models using CAD and design techniques.

They explore how objects can be designed, modified and prepared for prototyping, fabrication and 3D printing.

Through practical design activities and projects, students develop spatial thinking, creativity and an understanding of how digital designs can become real-world objects.

CORE CONCEPT IDEA → MODEL

Imagine • Design • Model • Create

06 Core Modules

3D Digital Design

WHAT STUDENTS WILL LEARN

From Digital Ideas to Real-World Objects.

Students gradually move from basic 3D concepts to CAD, modelling, prototyping, 3D printing and fabrication.

Introduction to 3D Design

Explore three-dimensional design and learn how digital models represent real-world objects.

3D Design 2D & 3D Digital Modelling Dimensions Measurements Basic Shapes Visualization Design Thinking

FOUNDATION

CAD – Computer-Aided Design

Learn how computers can be used to create accurate digital designs efficiently.

CAD CAD Workspace Sketches Geometric Objects Dimensions Measurements Alignment Design Files

CAD DESIGN

3D Modelling

Combine and modify basic shapes to create detailed, structured and useful 3D objects.

3D Shapes Object Combining Extrusion Holes Dimensions Editing Scale Proportions

MODELLING

Design for Prototyping

Understand how digital models can be prepared to become functional physical prototypes.

Prototypes Functional Objects Dimensions Accuracy Tolerances Strength Structure Fabrication

PROTOTYPING

3D Printing

Discover how digital models can be transformed into physical objects using 3D printing technology.

3D Printers Model Preparation Print Orientation Printing Materials Supports Troubleshooting Inspection

3D PRINTING

Fabrication & Real-World Applications

Explore how 3D design can be applied to robotics, engineering and product development.

Robotics Parts Mechanical Parts Product Prototypes Enclosures Educational Models Replacement Parts Engineering Creative Objects

REAL-WORLD DESIGN

HANDS-ON LEARNING

Imagine. Design. Prototype. Improve.

The 3D Design module follows a practical design cycle that takes students from an idea to a physical prototype.

Imagine Create the idea

Sketch Visualize the concept

Design Create the CAD model

Model Build the 3D object

Prototype Create the object

Test Check the design

Improve Refine the result

SKILLS DEVELOPED ACTIVE

Spatial Thinking

Creativity

Design Thinking

Problem Solving

Technical Drawing

Precision & Accuracy

Visualization

Engineering Mindset

Digital Design Confidence

3D DESIGN PROJECTS

From Digital Concept to Physical Creation.

Students apply their learning through practical modelling, design and prototyping projects.

Simple Objects

Design simple objects and learn the fundamentals of creating digital 3D models.

MODEL

Custom Keychains

Create personalized keychain designs while learning dimensions, shapes and basic modelling.

DESIGN

Mechanical Components

Design simple mechanical components with accurate dimensions and functional requirements.

ENGINEERING

Robotics Parts

Create digital parts that can be used in robotics projects and prototype systems.

ROBOTICS

Custom Enclosures

Design protective and functional enclosures for electronics and technology projects.

ENCLOSURE

Toys & Models

Explore creative modelling by designing simple toys, educational models and objects.

CREATIVE

Functional Prototypes

Design objects with practical functionality and prepare them for physical prototyping.

PROTOTYPE

Design Improvement

Modify existing designs and improve them based on testing and practical results.

ITERATE

3D DESIGN • MODEL • CREATE

WHAT STUDENTS WILL GAIN

From Digital Design to Physical Creation.

After completing the 3D Design module, students will understand how ideas can be transformed into digital models and eventually physical prototypes.

Understand the fundamentals of 3D design
Understand basic CAD concepts
Create simple digital 3D models
Work with dimensions and measurements
Apply basic modelling techniques
Design objects for prototyping
Prepare designs for 3D printing
Understand basic fabrication concepts
Create and test physical prototypes
Improve designs based on practical results

WHY LEARN 3D DESIGN?

Turn Ideas Into Designs. Turn Designs Into Reality.

3D Design is becoming an important skill across robotics, engineering, product development, manufacturing and innovation.

The ability to create a digital model and turn it into a physical object gives students a powerful way to bring their ideas to life.

By learning CAD, 3D modelling, prototyping and 3D printing, students begin to understand the complete journey from an idea to a real-world creation.

3D Design CAD Modelling Prototyping 3D Printing

3D DESIGN

Turn Ideas Into Reality.

Imagine. Design. Model. Create.

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