Modern Technologies Supporting Product Function

This page covers:

  • Programmable components in products
  • Responding to user input
  • Examples of modern tech integration


Programmable Components in Product Design

Modern technologies have made it possible for products to contain embedded programmable components that react to environmental or user inputs. These technologies enable smarter, more interactive products across various sectors such as health, sport, home and transport.

  • Programmable components are small, low-power devices that control a product’s behaviour based on input signals.
  • Inputs can include buttons, sensors, temperature, light, movement, pressure, sound etc.
  • They are programmed with logic (code) to carry out tasks such as switching, timing, displaying, alerting or moving.


Examples of Programmable Component Use

Application Input Output
Automatic hand dryer Infrared motion sensor Activates motor and heater
Smartwatch Touchscreen, accelerometer, heart rate sensor Displays time, alerts, health tracking
Smart thermostat Temperature sensor Turns heating/cooling on/off
Robotic vacuum cleaner Obstacle sensors, time programming Autonomous movement and cleaning


Benefits of Programmable Components

Advantages Disadvantages
  • Enable automation and responsiveness
  • Customisable to suit various needs
  • Energy-efficient operation
  • Improve user experience
  • Require programming knowledge
  • Can increase development cost
  • Need power supply (battery or mains)
  • Maintenance and updates needed

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