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Cambridge IGCSE Computer Science (0478) · Automated and emerging technologies
Mini-Lesson

Automated & emerging technologies

Computers increasingly run systems on their own. This mini-lesson covers automated systems and sensors, robotics, and artificial intelligence (including the basics of machine learning), with their advantages and limitations.

sensor microprocessor actuator

Work through each screen, answer the questions, and collect ⭐ stars. Press Start when ready.

Automated systems & sensors

Automated systems

An automated system uses sensors and a microprocessor to monitor and control a process without constant human input. The typical loop is:

  • Sensors continuously measure a physical quantity (temperature, light, motion…) and send readings to the microprocessor.
  • The microprocessor compares each reading with a stored pre-set value.
  • If action is needed, it signals an actuator (e.g. a motor, heater, valve) to respond — then the loop repeats.

Examples: central heating, automatic greenhouses, self-parking cars, factory production lines.

Sort it

Sort the technologies

Tap a statement, then tap the group it belongs to.

⚙️ Automated system

🦾 Robotics

🧠 Machine learning

Quick check

Which component acts?

?In an automated heating system, which component carries out the physical action of switching the heater on?
Robotics

Robotics

Robots are programmable machines that can carry out tasks, often using sensors, a control program and actuators/end-effectors (grippers, arms).

Characteristics: a physical body, sensors to gather data, and programmability. Advantages: can work 24/7, are consistent and accurate, and can operate in dangerous places. Disadvantages: high set-up cost, can replace human jobs, and lack human judgement/flexibility.

Quick check

Why use robots?

?Which is a genuine advantage of using robots on a car production line?
Artificial intelligence

Artificial intelligence (AI)

Artificial intelligence is computer systems that simulate aspects of human intelligence — such as learning, reasoning and decision-making. An AI system usually has a knowledge base (data/facts) and a rule/inference engine that draws conclusions.

Examples: chatbots, expert systems (e.g. medical diagnosis), self-driving cars, voice assistants, recommendation systems.

Quick check

What is AI?

?Which best describes artificial intelligence?
Machine learning basics

Machine learning

Machine learning is a type of AI where a system learns from data rather than being explicitly programmed with every rule. It is given lots of example data, spots patterns, builds a model, and improves as it processes more data.

Example: a spam filter is shown thousands of emails labelled ‘spam’ or ‘not spam’. It learns the patterns, then classifies new emails — and gets better as more examples arrive.

Match it

Match the term to its role

Tap a description on the left, then its matching term on the right.

Description
Term
Quick check

How machine learning works

?How does a machine learning system mainly get better at a task?
Quick check

Limitations

?Which of these is a genuine limitation of AI and machine learning systems?
Recap

The big ideas to know

Automated system loop: sensor → microprocessor (compare to pre-set) → actuator

Robotics: physical body + sensors + programmable; work 24/7 & in danger, but costly & job loss

AI: systems that simulate human intelligence (knowledge base + inference)

Machine learning: learns patterns from data, builds a model, improves with more data

Limitations: cost, bias/poor data, lack of human judgement, job impact

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