Motion and Mechanics
Examine the four main types of motion used in mechanical systems. Students analyse linear, rotary, oscillating and reciprocating movements.
About This Topic
Examine the four main types of motion used in mechanical systems. Students analyse linear, rotary, oscillating and reciprocating movements.
Key Questions
- How can one type of motion be converted into another?
- What role do gears and cams play in altering motion?
- Why is controlling motion critical in machine design?
Active Learning Ideas
See all activities→Activities & Teaching Strategies
See all activities
More in Engineering Principles and Systems
Introduction to Engineered Systems
Discover the basic components of engineered systems. Students learn to identify inputs, processes and outputs in everyday technologies.
2 methodologies
Forces in Action
Investigate the different types of forces that act upon structures and mechanisms. Students explore tension, compression, shear and torsion.
2 methodologies
Energy Transfer and Transformation
Explore how energy moves and changes form within a system. Students trace the path of energy from its source to its final output.
2 methodologies
Simple and Compound Machines
Learn how simple machines combine to create complex mechanical advantages. Students investigate levers, pulleys, gears and inclined planes.
2 methodologies
Analysing Real-World Systems
Apply engineering principles to evaluate existing technologies. Students deconstruct devices like bicycles or wind turbines to understand their operation.
2 methodologies