Quick Facts

particular	details
Medium of instructions English	Mode of learning Self study	Mode of Delivery Video and Text Based

Course overview

Introduction to Architecting Smart IoT Devices online certification is designed by EIT Digital and taught by Martin Timmerman - Professor, which is delivered by Coursera for learners who want to master the strategies and techniques utilized for architecting IoT devices. The goal of the Introduction to Architecting Smart IoT Devices online course by Coursera is to assist learners to acquire the knowledge of the features of embedded systems.

Introduction to Architecting Smart IoT Devices online classes incorporate 16 hours of lectures that cover everything from the basics of the internet of things to the foundations of a robust embedded systems domain. With this course, learners will also be taught about system lifecycle, system modeling, software failures, hardware failures, design patterns, code generation, hacking, traceability matrix, Shannon's principle, and more.

Course and certificate fees

Type of course

Free

The fees for the course Introduction to Architecting Smart IoT Devices is -

Head	Amount in INR
Certificate Fees	Rs. 2,436

certificate availability

Yes

certificate providing authority

Coursera

certificate fees

₹2,436

Who it is for

Software developer Web developer Software engineer Cloud engineer It engineer

What you will learn

After completing the Introduction to Architecting Smart IoT Devices certification course, learners will be introduced to the fundamentals of the Internet of things along with the techniques used for architecting IoT devices and embedded systems. Learners will explore the theory of Shannon’s principles along with design patterns, model-based design, and COTS. Learners will study system modeling, system lifecycle, code generation, hacking, vulnerability, software failures, and hardware failures. Additionally, learners will learn how to write CHAOS reports and will become experts in electronic time reference and traceability matrix concepts.

The syllabus

Module 1: What are Embedded Systems?

Videos

Course introduction
Welcome to Module1!
Market
EmS Characteristics
Parallel Executions
Time
System Lifecycle

Readings

Welcome to Introduction to Architecting Smart IoT Devices!
History Of Embedded Systems
Today's Embedded Systems' Markets
What is a real-time system?
Shannon's Principle
COTS
Parallel - Concurrent - Multithreading
Tightly versus Loosely Coupled
Time Definitions
Time on our Planet
Electronic time references
Babylon? Methodology, method, model, framework, approach, paradigm
The phases in the process or methodology
Simulation, virtual reality and automatic code generation

Practice Exercises

Take this quiz after checking all resources in the Market web tour!
Take this quiz after checking all resources in the EmS Characteristics web tour!
Take this quiz after checking all resources in the Parallel Executions web tour!
Take this quiz after checking all resources in the Time web tour!

Module 2: Problems and Failures

Videos

Welcome to Module 2!
Abuse
Failure
Succes Rate
Build or Buy?
Complexity

Readings

Hacking and Vulnerability
Hacking for Beginners
Stuxnet
ATM Hacking
Medical device hacking
Ariane V failure
Mars Pathfinder failure
Embedded Systems Failure
Model-Based Design
CHAOS reports - success rates
Why software (and hardware) fails
Embedded systems risk areas
What is COTS?
Build or Buy
Skills needed in COTS world
COTS and testing
COTS example
What is SLOC?
Complex, smart, intelligent
Team Size

Practice Exercises

Take this quiz after checking all resources in the Abuse web tour!
Take this quiz after checking all resources in the Failures web tour!
Take this quiz after checking all resources in the Success rate web tour!
Take this quiz after checking all resources in the Build or Buy web tour!
Take this quiz after checking all resources in the Complexity web tour!

Module 3: System Life Cycle

Videos

Welcome to Module 3!
Lifecycle Basics
Architectural Design
Model-based Design
Intro to SysML
SysML Diagrams

Readings

Methodological models versus system modelling
Definitions on Lifecycle
Requirements gathering
Functional and non-functional requirements
Requirement Traceability Matrix
Design Patterns
Models: diagrams and mathematics
CASE TOOLS vs IDE
Business versus Embedded Systems Models
What CASE Tool? Low cost tools
Finding the SysML references and training
SysML overviews, tutorials, examples
Install a SysML Case tool
Get the book: SysML Distilled - A Brief Guide to the Systems Modeling Language
MagicDraw and Delligatti: how to prepare for the final quiz

Practice Exercises

Take this quiz after checking all resources in the Lifecycle basics web tour!
Take this quiz after checking all resources in the Architectural Design web tour!
Take this quiz after checking all resources in the Model-based Design web tour!
Take this quiz after checking all resources in the SysML Diagrams web tour!