🏁
T9
/
4️⃣
Sem 4
/
Syllabus
Syllabus
/
ISD
ISD
ISD

ISD

Unit 1 : Electrical circuits and electronics
  • Electrical circuits and electronics: Electronic devices with the Internet of Things, and why they are important.
  • Basic understanding of Ohm’s law and the principles of electricity.
  • Basic understanding of electronic components, both active and passive.
  • The difference between analogue and digital signals.
Unit 2 : End of the line things
  • Differentiate between different sensor types and application areas for a selected range of sensors and actuators.
  • Incorporate sensors and actuators into a circuit.
  • Microcontrollers / Arduino and communication protocols.
Unit 3 : Intermediary devices, the internet capable link
  • Microcontroller based on a set of requirements.
  • Communication protocols dependent on a set of requirements.
  • Microcontroller to microcontroller communication.
  • Microcontroller to computer/Cloud communication.
  • Differentiate between Fog, Edge, and Cloud processing.
Unit 4 : Processes and systems
  • Concept of both open loop and closed loop systems.
  • Inputs, outputs, control and feedback for a system.
  • Inputs, outputs, control and feedback for a system.
  • Design of a basic IoT system.
🏁
T9
/
4️⃣
Sem 4
/
Syllabus
Syllabus
/
ISD
ISD
ISD

ISD

Unit 1 : Electrical circuits and electronics
  • Electrical circuits and electronics: Electronic devices with the Internet of Things, and why they are important.
  • Basic understanding of Ohm’s law and the principles of electricity.
  • Basic understanding of electronic components, both active and passive.
  • The difference between analogue and digital signals.
Unit 2 : End of the line things
  • Differentiate between different sensor types and application areas for a selected range of sensors and actuators.
  • Incorporate sensors and actuators into a circuit.
  • Microcontrollers / Arduino and communication protocols.
Unit 3 : Intermediary devices, the internet capable link
  • Microcontroller based on a set of requirements.
  • Communication protocols dependent on a set of requirements.
  • Microcontroller to microcontroller communication.
  • Microcontroller to computer/Cloud communication.
  • Differentiate between Fog, Edge, and Cloud processing.
Unit 4 : Processes and systems
  • Concept of both open loop and closed loop systems.
  • Inputs, outputs, control and feedback for a system.
  • Inputs, outputs, control and feedback for a system.
  • Design of a basic IoT system.