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Understanding exactly what is IoT; understand the evolution of the internet, understand the architecture of IoT
IoT USING SMART DEVICES
89259 06892
Duration | 40 Hours
(10hrs theory / 30hrs practical)
ELIGIBILITY:
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Engineering graduates ECE - (From 2nd Year onwards)
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Basic programming skill
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Basic Electronics knowledge
CERTIFICATION CRITERIA:
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Attendance – 90% Min
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Assignment completion – 100%
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Posttest assessment score – 70% Min
HIGHLIGHTS
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Arduino Programming steps are explained with real time industrial applications.
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The course is delivered through Arduino and different types of sensors.
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End of Module Assessments enable instructor to ascertain whether students have understood the program
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Assignments based on the real time Application.
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Student feedback helps tweak the course content
CONTENTS
Introduction
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Introduction to IoT –Understanding IoT Fundamentals.
IoT Simulation
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IoT Simulation Using Arduino.
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Basic GPIO programs using Arduino.
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Analog Signal Based Programs using Arduino.
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Uart.I2C, SPI communication Protocols.
Overview of Sensor
Interfaces Sensors and Actuators.
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Arduino based C programs for different types of Sensors.
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Activate the Actuators based on the sensor values.
Wireless Networking & IoT protocols.
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Basics of Wireless Networking
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Interfacing Wi-Fi module to Arduino.
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Bluetooth, zigbee protocols.
Cloud Platform for IoT
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Introduction to ThingSpeak Data analytics tool based on Matlab.
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Upload the data to cloud and make a chart.
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Read the data from cloud and display the value to Arduino.
Project
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Home Automation Using IoT
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Health Monitor Using IoT
OUTCOMES
By The End Of Course The Learner Will:
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Hands on experience using Arduino.
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Learn about the communication protocols.
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Have a knowledge about sensors and wireless networking
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Practical knowledge about cloud computing