Understand Engineering Problem-Solving Approaches

Demonstrate Manufacturing Processes

Follow Health and Safety Standards

Understand Properties of Engineered Materials

Research Emerging Technological Developments

Relate Engineering Disciplines to Everyday Life

Develop Solutions to Engineering Challenges

Identify Appropriate Tools and Equipment

Apply Manufacturing Processes to a Product

Produce Accurate, High-Quality Work

Create Sketches, Models and Working Drawings

Interpret Working Drawings

Use Technical Language and Notation

Understand the Engineering Design Process

Evaluate Factors That Influence Design

Choose a Suitable Material for a Product

Explore Design Impact on Function and Quality

Apply Engineering Concepts to Design Solutions

Use Information to Improve Design and Function

Apply Knowledge of Material Properties

Manufacture a Product from a Working Drawing

Modify an Existing Product or Design

Apply Basic Project Management Techniques

Present Ideas Through Modelling and Prototyping

Communicate Design Decisions

Explain Basic Mechatronic Systems

Investigate Inputs, Processes and Outputs

Recognise Mechanisms in a Controlled System

Explore Systems in Engineering Settings

Investigate Mechatronics' Impact on Environment and Society

Configure and Program Mechatronic Systems

Design a Basic Mechatronic System

Build and Test a Mechatronic System

Incorporate Mechatronics into Engineered Products

Represent Key System Information

Justify Choice of System for a Purpose