3.40 (131 reviews)
☑ Able to connect and create IoT Usecases circuits with Micro Devices
☑ Able to Understand How to Work with Arduino, Raspberry Pi and ESP8266 in Details
☑ Create Own IoT Apps and Usecases
☑ Get Jobs/Projects/Consulting on IoT Field Professional
☑ Be More Aware on the Hardware side of IoT with In Depth Knowledge
A major part of any new IoT project involves integration and interfacing nowadays. In IoT world we have a lot of proprietary technologies and thus a good number of protocols and interfacing techniques like UART, SPI, I2C, PCIe, SWP, DWP, which makes the life of a new IoT Engineer really challenging. In 3 in 1 IoT Bundle, we consider all those scenario in details and step by step manner.
3 in 1 IoT Bundles cover the integration of each popular hardware with its SDK hands-on. Most of this IoT development platform has its own pros and cons which is covered in details with use cases
3 in 1 IoT has covered majorly hardware side of IoT, as this is the first and major point where software developers face challenges. We have covered 4 major hardware development and integration, which is Arduino Uno, Raspberry Pi, Konnect KiT, and wireless-enabled ESP8266.
Why you should consider taking this course?
One of the challenges while working with ESP8266 is its learning curve. Tools and techniques which one needs to master to get comfortable while using it in projects need to be understood well with a clear understanding of basics. Keeping that in mind we have designed the Professional ESP8266 development course. This course will cover all the concepts one needs to master starting from basics, you will learn how the Architecture of ESP8266 is designed, then you will understand how the flashing is done in ESP8266 where you load your OS, connecting ESP8266 to the internet is then the major step where you will understand the capability of hardware to communicate with the internet which will enable the IoT. Most of the time hardware endpoints will be connected to the data stream network cloud which can manage scale, security, and a stream of communication. We are using a widely used platform which is PubNub with ESP8266 to demonstrate this.
In the end, we will put everything together and also have a small end to end project of a smart home where we will cover circuit design, development, and implementation with Go-Live.
Introduction to the Arduino
Introduction to the Course
1. Introduction to Arduino Prototyping Board
Setting up the Environment
2. How to Install Arduino IDE
Basic LED Blinking with Arduino
3a. Basic LED Blinking
4. Test using On-board LED
5. Program the Arduino to make an LED Fade and Glow
HBridge and its uses
6. Part 1 : Hbridge Driver
7. Part 2: HBridge Driver
8. Introduction to Stepper Motors
9. How a DC Motor Works?
10. How a Stepper Motor Works?
11.Methods to find a Stepper Motor is Center-Tapped or Not
11a. Stepper 360° Rotation
Create your Own Arduino
13. Arduino using ATMEGA328 Microcontroller
Build your own Line Follower Robot using Arduino
14. Arduino with Analog Sensor - LDR
15. Line Follower Necessary Components
16. Create and Test Motion Detection Sensor
17. Solder and Code for Line Follower
18. Testing Our Line Follower Robot
Introduction to ESP8266
Introduction to the Course
Introduction to the ESP8266
Necessary Components in ESP8266
How it is Fabricated?
Circuit Connection for Flashing the ESP8266
SAP HANA XSJS and SAPUI5
Raspberry Pi Introduction
Step 1: configuring Raspberry Pi and connecting it to computer and internet
Step 2: connecting Raspberry Pi to Arduino, updating it and installing Java
Step 3: config & coding Java in Raspberry PI for Arduino serial communication
Bonus : Extending IoT usecase with PubNub Cloud for real time commercial use
What is PubNub IoT platform and Why to use it
How PubNub works
How to use PubNub in our existing IoT scenario
Pushing Raspberry Pi data to PubNub cloud
Subscribing to PubNub cloud with UI5 frontend application
\'Poor language skills. The information appears accurate and well organized, unfortunately, the presenter's accents are so heavy that it is often hard to discern the words they are trying to speak..
I thought the course could use a little more explanations. Could you also include a link to schematics for the circuits you built and and also the code used in testing them. Also - 2 of the videos had voice failures here in The US (4.3a) and another eariler.
Very nice course even if i didn't get all answers to my questions. When i compare it with other courses this one of the best course i have found in Iot.
Everything was presented in very simple and easy way. I really enjoyed and feel like I will be able to apply in my Project.
I thoroughly enjoyed the course and it enabled me to better understand Iot. I liked the fact that it is in quite detailed.
Course is good. The course has great tips and tricks that work very well. The lessons progressively escalate in a way that makes a lot of sense.
This is a great course! I found it well-paced and the exercises were very helpful to drive home the concepts presented
Excellent experience with this instructor. Clear voice, very thorough explanation, video can be sped up to 1.5x and still be easily understood. Every doubt I had was explained right after In short words, great instructor and very good course.
Thanks for the course, its very interesting. Want to take a deep dive and get started with experimenting.
Great match! Everything is explained perfectly. Specific structure, great motivation. It looks great so far.
The instructor is very knowledgeable. I am taking this as a refresher course and it is reminding me of a few things I have forgotten or did not understand previously.
I enjoyed the course and thought it had a good foundation for someone who wasn't familiar with Iot. Good course to start if you are Iot enthusiast.
The explanations are clear and everything covered has been of great help! From start to end, all the concepts are usefull and applyable to real world cases. Great course!
Really clear and easy to follow. Even though we are going to some complex and difficult topics. Excellent!