Basic Networking with Node MCU and the IOT
What you'll learn
- Understanding about Arduino Simulation Environment.
- Mobile application-based control framework and App based sensor analysis and reading.
- Mat lab analysis.
- Basic understanding of electronics and networking.
- Basic understanding about everyday use of an IoT device and user experience.
Requirements
- Understanding Getting Started with Arduino & IOT and Interfacing Sensors & Display with Arduino Nano.
Description
This is the third course for IOT device implementation. This course deals with implementing basic networking techniques using Node MCU powered by the famous ESP8266. You will be able to implement a web-based sensor logger at the end of this course. This course belongs to IOT Level 1: Devices and Sensors and assumes you are familiar with the Arduino environment and sensors interfacing.
Who this course is for:
- Student, engineers, hobbyists, Working Professionals.
- Anyone who is interested to learn how IOT devices and sensors work.
- Basic C programming is expected.
Course content
- Preview15:12
- 18:29Intro to NodeMCU Part 2
- 12:33Networking Basics
- 14:45WiFi Networks
- 11:23Sensor log Part 1
- 09:51Sensor log Part 2
- 11:05HTTP and REST API - Part 1
- 09:37HTTP and REST API - Part 2
Instructor
![Jigsaw Academy](data:image/svg+xml,%3Csvg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 64 64"%3E%3C/svg%3E){kind=avatar}
- 3.9 Instructor Rating
- 2,328 Reviews
- 34,484 Students
- 51 Courses
Jigsaw Academy is a global award-winning online analytics and Big Data training provider, headquartered in Bengaluru, India. Founded by analytics professionals, Jigsaw Academy has helped over 50,000 students in 30+ countries build a successful career in analytics with their specialized industry-oriented courses.
Jigsaw Academy also offers executive academic programs in partnership with University of Chicago Graham School, USA amongst other academic partnerships. It has been consistently ranked #1 as an analytics training school in India over several years.