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Overview
Overview
Course Description
In this course, you will practically learn the concepts of Wireless Communication from basics to advanced by building projects and develop the skills needed for an exciting career in Wireless Communication.
The course helps you to develop enough experience to apply for jobs or higher studies in Wireless Communication with confidence.
Course Overview
The course involves you to build multiple Wireless Communication projects and helps you develop a good understanding of Wireless Communication practically. You will develop the following projects:
Basic
- Mobile Controlled Robot
- Voice Controlled Robot
Intermediate
- WiFi Controlled Robot
- Swarm Robotics
Advanced
- Smart Energy Meter using GSM
Kit Provided: No
Course Features
- Lectures 130
- Quizzes 0
- Duration 100 hour
- Language 18+
- Certificate No
- Assessments Self
Curriculum
Curriculum
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Module 1: Course Introduction
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Module 2: Introduction to Arduino
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Module 3: Arduino Programming
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Module 4: Bluetooth Communication with Arduino
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Module 6: Arduino Based Robots - Build your Robot
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Module 5: Voice Controlled Robotics
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Module 4: Bluetooth Communication with Arduino
- Learn: Bluetooth Communication
- Do: Interface HC-05 Bluetooth Module with Arduino Uno
- Learn: Programming Logic to Read Data from Bluetooth Module using Arduino
- Do: Design Sketch to Read Data from HC-05 Bluetooth Module
- Review: Bluetooth Technology
- Do: Design Sketch to Read Data from HC-05 Bluetooth Module
- Do: Interface HC-05 Bluetooth Module with Arduino Uno
- Review: Bluetooth Technology
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Module 9: Programming and Testing the Voice Controlled Robot
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Module 7: How is Speech Recognized
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Module 8: Arduino Robots - DC Motors & Motor Drivers
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Module 10: Introduction to Mobile Controlled Robots
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Module 11: Programming the DTMF Decoder
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Module 13: Programming & Testing Mobile Controlled Robot using Arduino IDE
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Module 12: Programming the Mobile Controlled Arduino Robot
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Module 14: WiFi Controlled Robotics
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Module 15: How WiFi Works
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Module 16: Interfacing Arduino & ESP8266
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Module 17: Programming the Wi-Fi Controlled Robot
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Module 18: Introduction to Swarm Robots
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Module 19: Radio Communication in Robots
- Learn: Radio Communication
- Do: Pin Structure of RF Encoder
- Do: Pin Structure of RF Transmitter
- Do: Pin Structure of RF Decoder
- Do: Interface RF Transmitter with Arduino Uno
- Do: Interface RF Receiver with Arduino Uno
- Learn: Design Arduino Sketch for RF Communication
- Do: Concepts of RF Communication: Review
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Module 20: Programming the Swarm Robots
- Learn: Swarm Robots with Arduino – Programming Logic
- Do: Swarm Robots using Arduino – Final Connections for Master Robot
- Do: Swarm Robots using Arduino – Design Sketch for Master Robot
- Do: Swarm Robots using Arduino – Final Connections for Slave Robot
- Do: Swarm Robots using Arduino – Design Sketch for Slave Robot
- Do: Swarm Robots with Arduino – Test your Robot
- Review: Swarm Robotics Assignment
- Do: Swarm Robots using Arduino – Design Sketch for Slave Robot
- Do: Swarm Robots with Arduino – Test your Robot
- Do: Swarm Robots using Arduino – Final Connections for Slave Robot
- Do: Swarm Robots using Arduino – Design Sketch for Master Robot
- Do: Swarm Robots using Arduino – Final Connections for Master Robot
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Module 21: Smart Energy Meter using GSM
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Module 22: How Electrical Energy is measured?
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Module 23: How does GSM communication work?
- Learn: Mobile Communication – Introduction
- Learn: GSM – Terminology
- Learn: SIM900A GSM Module – Features & Description
- Learn: AT Commands for GSM Communication
- Do: Pin Structure of SIM900A Module
- Do: Powering up the GSM Module
- Do: GSM Communication using AT Commands
- Review: GSM Communication
- Review: GSM Communication
- Do: Powering up the GSM Module
- Do: GSM Communication using AT Commands
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Module 24: Testing Smart Energy Meter