First course in IoT for undergraduates

Dear Viewers
IOT means Internet Of Things. IOT comprises of sensors, smart meters, smart vehicles connected to Internet. ... By 2022, it's estimated that there will be 30 billion IoT devices, and a global market of $7.1 trillion. Without a doubt, IoT is poised to play a central and defining role in the future of the world.

To introduce this great technology to undergraduates i have prepared a syllabus on 'IoT in smart Applications' with specific Course Outcomes ranging from knowing the key terms to taking the IoT product to the market.

School: SET
Program: B.Tech		Current Academic Year: 2020
Branch: ECE Engineering		Semester:
1	Course Code	ECE932
2	Course  Title	IoT in Smart Application
3	Credits	3
4	Contact Hours (L-T-P)	3-0-0
	Course Status	Open Elective
5	Course Objective	1. Able to understand the application areas of  IoT 2.Introduction to core technologies-rfid ,sensor & communication networks 3. Able to realize the revolution of internet in mobile devices, cloud & sensor networks 4. Able to understand building blocks of internet of things 5-understanding of prototype and  business model .
6	Course Outcomes	CO1: define key components and design principles of existing  IoT solutions CO2: explain various IoT application in different areas CO3: illustrate various Embedded prototyping Techniques. CO4: make use of various IoT Enabling technologies. CO5:  identify various fundamental business model for basic IoT solutions CO6: apply IoT principles in various industrial application
7	Course Description	The explosive growth of the “Internet of Things” is changing our world and the rapid drop in price for typical IoT components is allowing people to innovate new designs and products. In this basic course you will learn the importance of IoT in society, the current components of typical IoT devices and trends for the future. IoT design considerations, constraints and interfacing between the physical world and your device will also be covered. Introduction to business models for  IoT-based applications is also present
8	Outline syllabus				CO Mapping
	Unit 1	Internet of things			CO1, CO6
	A	Overview with application examples			CO1, CO6
	B	Design Principles for connected devices			CO1, CO6
	C	Physical & logical Design,M2M Communication			CO1, CO6
	Unit 2	Illustrative application Scenarios’ & concepts(2-Ref)
	A	Smart Waste management, Smart energy conservation			CO2, CO6
	B	Smart Medication &emergency handling			CO2, CO6
	C	Smart product management, Home automation.			CO2, CO6
	Unit 3	Prototyping Embedded Devices (Ch-5 Ref)			CO3, CO6
	A	Electronics, Sensors and Actuators, Scaling up the electronics, Journey to Circuit Board			CO3, CO6
	B	Embedded computing Basics: Microcontroller, System on Chip(SoC’s), Choosing your platform			CO3, CO6
	C	Arduino's  basic working			CO3, CO3
	Unit 4	Enabling Technologies			CO4, CO6
	A	Basics of  RFID , NFC			CO4, CO6
	B	Wireless networks, WSN ,RTLS , GPS			CO4, CO6
	C	Rasberrypi basics and it's applications			CO4, CO6
	Unit 5	Usage in Industry-business models & Deployment			CO5,CO6
	A	Basic prototype development –case study			CO5,CO6
	B	Business models			CO5,CO6
	C	Manufacturing & ethics-discussion			CO5,CO6
	Mode of examination	Theory
	Weightage Distribution	CA	MTE	ETE
		30%	20%	50%
	Text book/s*	Text Books 1.     Ebook-Designing of Internet of things by- Adrian McEwen, Hakim Cassimally ,Wiley 2-Internet of Things by-A Bahga&Vijay Madisetti,University Press
	Other References	1-Free E book-Enabling Things to talk-by Alessandro Bassi • Martin Bauer • Martin Fiedler • Thorsten Kramp • Rob van Kranenburg • Sebastian Lange • Stefan Meissner,Springer 2- Ebook(Business edition)-Internet of Things by Mirko Presser ,The Alexandra Institute You tube video’s-IoT tutorials for beginners.