Architecting Smart Internet of Things Devices by European Institute of Innovation and Technology via Coursera: Fee, Duration, How to Apply

Quick Facts

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

Course overview

Various software and hardware components are available currently. These pre-made products primarily help in reducing the time to market. The Architecting Smart IoT Devices by Coursera will familiarise you with these available components, such as operating systems, processor families, networks, and boards. It is an intermediate-level course that will teach you about integrating and using these components in real-time.

The Architecting Smart IoT Devices certification syllabus will cover essential topics, such as IoT (internet of things) components, device drivers, synchronisation, device simulations, software development tools, real-time scheduling, architecting IoT devices, etc.

Once you’re done with the course learnings, you will acquire knowledge of IoT, RTOS (real-time operating system), and debugging skills, along with the required knowledge to start implementing and architecting your embedded device. You will be able to finetune and debug your device and know how to make it operate on low power supplies.

Moreover, EIT Digital offers the Architecting Smart IoT Devices programme. It is a 100% online course with flexible deadlines, multiple subtitles, industry-expert instructors, and a valuable certification to bolster your CV. Learning through a comfortable schedule, you can adequately finish this curriculum in 33 hours.

Course and certificate fees

Type of course

Free

The fees for the course Architecting Smart Internet of Things Devices is -

Head	Amount
Certificate fees	Rs. 2435

certificate availability

Yes

certificate providing authority

Coursera

certificate fees

₹2,435

What you will learn

Software development skills

Once you’re done with the Architecting Smart IoT Devices certification syllabus and the assignments, you will possess holistic knowledge in these areas:

Embedded devices and developing them
Pre-made software and hardware components - processor families, boards, operating systems, networks, etc.
Integrating and using these components
Implementation and architecture of embedded devices
Fine Tuning and debugging embedded devices
Making embedded devices run on low power supplies
Real-time operating system (RTOS)
Internet of things (IoT)

The syllabus

Module 1: Welcome to Architecting Smart IoT Devices

Video

Welcome to architecting smart IoT devices

Readings

Hardware you'll need for the assignments10m
How to navigate through this course

Discussion Prompt

Getting to know you!

Module 2: Software and Hardware for EmS

Videos

Welcome to module 1
Processors
Boards
Software components
Networks
IoT components

Readings

What's a web tour and what does it have to do with quizzes?
Study of a few Embedded Processor Families
MCU, SOC, FPGA
Cache, pipeline and coupling
Where do (development) boards come in?
Explore examples of boards
Optional Resources
Network basics - for network newbies
Sensor Networks for IoT
Multi-what?
Operating System types
Protocol stacks
Licenses
Integrated Development Environment
IoT today and tomorrow
IoT and big data (in the cloud)
Complete solution market offerings
Application protocols
SensorTag Experiment

Quizzes

Processors
Boards
Networks
Software Components
IoT Components

Discussion Prompt

SensorTag Experiment: what did you find out?

Module 3: RTOS

Videos

Welcome to Module 2!
From XXS to XXL
Real-time Scheduling
Synchronisation and Communication
Device Drivers
Five rules for architecting a multithreading design

Readings

Optional Resources
Silicon vendor-independent OS
Silicon vendor OS for IoT
XXS (RT)OS for IoT
Evaluation reports on the embedded OS
Optional Resources
Arbitration in a hardware bus-based environment
Scheduling algorithms
Optional Resources
RTOS overview
Reading more about RTOS
What is priority inversion, inheritance and ceiling?
What does an RTOS have to offer?
Multitasking programming language
Investigate an RTOS of your choice
Optional Resources
VRTX vs Nucleus
Processor interrupt models
Device Driver model example
Driver certification programs
Optional Resources
Rules for tasking
Rate Monotonic Scheduling
Tools for schedulability analysis
Fault-Tolerance Design
Turn your smartphone into a BB gateway

Quizzes

XXS/XXL
Real-Time Scheduling
Synchronisation and Communication web tour
Device Drivers
Multithreading Design

Discussion Prompt

Turn your smartphone into a BB gateway

Module 4: System Finalisation

Videos

Welcome to Module!
Software development tools and environments
Debugging basics: Thread and Device Drivers
Debugging Specials and Code Tuning
Testing and Device Simulation
Hardware or Software Security?

Readings

Optional Resources
Challenges in Embedded Systems Development
Connecting target and host
IDE examples
Languages for Embedded Systems
Remote debugging (optional experiment)
Cross-compiler practice
Optional Resources
Simulation on host
Logical remote debugging
Realtime debugging
Step by step (optional)
Optional resources
MMU as debugging tool
Finetuning
Optional Resources
White- and black-box testing
Simulating input, capturing output
Sporadic bugs
System survival under failure
Hardware or Software Security?
Security requirements
Security coding techniques
Cryptography
Security models
No reverse engineering
How vendors deal with security issues
Private Clouds

Quizzes

Development Tools and Environments
Debugging Basics
Debugging Specials

Module 5: Low Power

Videos

Welcome to Module 4!
Power Budget
What is low power?
On-board communication
Measuring Power Consumption
External Communication

Readings

How long will the battery last?
Discussion prompt
Reading assignment

Quizzes

Graded Quiz Low Power

Admission details

Step 1. Directly view the Architecting Smart IoT Devices online course and enrol by visiting the web link - https://www.coursera.org/learn/iot-architecture

Step 2. Click on the ‘Enrol for Free’ and sign up for this programme by providing the required details. You can also use your Facebook or Google credentials to enrol.

Step 3. If you’re a Coursera member already, use the ‘Login’ option, located at the bottom of the sign-up dropdown. Enter your Coursera-registered password and email, or use your Facebook, Apple, or Google account details to sign in.

Step 4. Decide if you’d like to audit this training or purchase the entire course for the certification and assignments to complete enrolment.

Filling the form

To enrol in the Architecting Smart IoT Devices training, you need to complete a sign-up procedure and create a learning ID. Provide your full name, email address, and set a suitable password in the form. Alternatively, you can log in via your registered mailing address and password.

Scholarship Details

If you cannot afford the Architecting Smart IoT Devices certification fee, you can apply for Coursera's financial aid. Simply visit the course webpage and choose the ‘Financial aid’ option. An application portal will pop up. Provide the necessary details and submit the form. After submitting that, Coursera officials will contact you about its approval within the stipulated time.

How it helps

The Architecting Smart IoT Devices certification benefits are plenty. You can study the course without paying a fee and learn conveniently with flexible deadlines. The curriculum is 100% online, rife with graded assessments and lectures to help you learn effectively.

Moreover, you can also earn the Architecting Smart IoT Devices certificate, a digital accreditation that you can print as a hard copy or attach to your CV/LinkedIn and increase your career prospects.