To understand the fundamentals of microcontroller programming and interfacing in the context of an ITI trainee's skill development.
To design and implement a basic home automation system that controls electrical appliances using sensors and microcontroller-based switches.
To develop practical skills in circuit design, wiring, and troubleshooting common electronic components.
To familiarize students with the use of input devices such as temperature sensors and motion detectors for automated control.
To enhance problem-solving abilities by integrating hardware and software components for a cohesive functional system.
To enable trainees to document the project development process and present findings effectively.
Research and gather information on microcontrollers suitable for home automation systems, including their features and programming requirements.
Design the circuit diagram incorporating sensors, microcontroller, and output devices such as relays or actuators for appliance control.
Assemble the hardware components and perform wiring according to the design plan, ensuring safety and functionality.
Write and test the programming code to interface the microcontroller with sensors and appliances, including setting control parameters.
Troubleshoot and resolve any issues arising during hardware setup or programming to achieve desired operational outcomes.
Document the entire process, including design rationale, programming logic, testing results, and lessons learned.
Prepare a presentation to demonstrate the working prototype and explain the underlying concepts and execution steps.
