The document outlines several mini projects for electronics and communication engineering students to apply their theoretical knowledge practically. It describes projects to create a wireless weather monitoring system, an automatic room light controller with visitor detection, a Bluetooth-based home automation system controlled by a smartphone app, wireless power transmission between coils, a voice-controlled robot, and a digital code lock security system. The projects involve components like microcontrollers, sensors, wireless modules, and aim to demonstrate practical applications of concepts taught in class.

1. Mini Projects for Electronics and
Communication Engineering
TechieYan Technologies

2. Introduction
- Briefly introduce the importance of mini projects in ECE.
- Highlight how mini-projects help students apply their
theoretical knowledge in practical scenarios.

3. Project 1 - Wireless Weather Monitoring System
- Description: Design a wireless weather monitoring system using
sensors to measure temperature, humidity, and atmospheric pressure.
- Components: Microcontroller, wireless transceiver module,
temperature sensor, humidity sensor, pressure sensor, LCD display.
- Expected outcome: Real-time display of weather parameters on the
LCD screen.

4. Project 2 - Automatic Room Light Controller with Visitor Counter
- Description: Create a system that automatically controls room
lights based on the number of occupants.
- Components: Microcontroller, infrared sensor, light sensor, relay
module.
- Expected outcome: Lights turn on when someone enters the
room and turn off when the room is vacant

5. Project 3 - Bluetooth-Based Home Automation System
- Description: Develop a home automation system controlled via a
smartphone application using Bluetooth technology.
- Components: Microcontroller, Bluetooth module, relay module,
sensors (e.g., temperature, gas), electrical appliances.
- Expected outcome: Ability to control home appliances remotely
using the smartphone app.

6. Project 4 - Wireless Power Transmission
- Description: Investigate wireless power transmission using
resonant inductive coupling.
- Components: Oscillator circuit, transmitting coil, receiving coil,
rectifier, load.
- Expected outcome: Demonstration of power transfer between
transmitting and receiving coils without physical connection.

7. Project 5 - Voice-Controlled Robot
- Description: Build a robot that responds to voice commands and
performs specific actions.
- Components: Microcontroller, speech recognition module,
motor drivers, sensors, robotic chassis.
- Expected outcome: The robot follows voice commands to move,
turn, or perform specific tasks.

8. Project 6 - Digital Code Lock
- Description: Create a digital code lock system with a keypad for
secure access control.
- Components: Microcontroller, keypad, LCD display, relay
module, buzzer.
- Expected outcome: Keypad entry to unlock a door or
activate/deactivate a security system.

9. Conclusion
- Recap the importance of mini-projects in ECE education.
- Emphasize the practical skills gained through these projects.
- Encourage students to take up mini-projects to enhance their
learning experience.

10. About TechieYan Technologies
Techieyan Technologies is pioneer in Artificial intelligence, Robotics, Machine learning, IOT and Electronics. We provide the best
training with real time industry projects to work upon. We have been successfully training more than 2000+ students on these
trending technologies. We provide you classroom and online training. Get certified on these courses and can also be part of our
internship training program.
Address: 16-11-16/V/24, Sri Ram Sadan, Moosarambagh, Hyderabad, Telangana 500036
Website: https://techieyantechnologies.com
Phone No : 70755 75787