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- IoT Trends and Market Size
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Developing IoT Applications
Learn about the fundamental concepts and applications of the Internet of Things through the Developing IoT Applications Course.
Beginner
Online
12 Weeks
Quick facts
particular | details | |
---|---|---|
Medium of instructions
English
|
Mode of learning
Self study, Virtual Classroom
|
Mode of Delivery
Video and Text Based
|
Course overview
The Developing IoT Applications Online Course is a 12 week long course that provides specialized knowledge on Internet of Things (IoT) applications. The course provided on the Skill-Lync platform discusses the basic building blocks of IoT and the different technologies employed in IoT.
Through the Developing IoT Applications Training Course, learners will get a platform to develop end-to-end applications using IoT in various engineering domains. Through video lectures and technical projects, learners will be introduced to theoretical and practical applications of IoT.
After completion of the Developing IoT Applications Certification Course, learners will receive a certificate of completion and the top 5% of a class will get a merit certificate. There is a one-on-one course demonstration available for the course.
The highlights
- Merit certificate
- 12 weeks duration
- Course videos
- Expert instructors
- Project portfolio page
- Flexible course fees
- One-one zoom support sessions
- Group zoom support sessions
- Email and telephone support
- Course-specific forum group
- Weekly assignments
- Industry oriented projects
- 1-on-1 demo session
- Course counselling
- Personalized hands-on support from expert engineers
Program offerings
- Merit certificate
- Individual video support
- Group video support
- Email support
- Forum support
- Telephone support
- Professional portfolio
- Weekly assignments
- Technical projects
- 1-on-1 demo session
- Course counselling
- 12 weeks duration
- Audio-visual
Course and certificate fees
The Developing IoT Applications Course fee comes in 3 flexible options and candidates can choose one among these to attend the course and earn a certification. The Basic package fee is Rs. 7,000 per month for 3 months with 2 months accessibility, the Pro package fee is Rs.10,000 per month for 3 months with 4 months access and the Premium package that provides lifetime access has a fee of Rs.15,000 per month for 3 months.
Developing IoT Applications Course Fee Structure
Description | Amount in INR | Accessibility duration |
Developing IoT Applications - Basic | Rs. 7,000 per month for 3 months | 2 months |
Developing IoT Applications - Pro | Rs. 10,000 per month for 3 months | 4 months |
Developing IoT Applications - Premium | Rs. 15,000 per month for 3 months | Lifetime access |
certificate availability
certificate providing authority
Eligibility criteria
Candidates are required to have knowledge of any programming language like C / C++, Java, Python, C#.
What you will learn
After completing the Developing IoT Applications Classes, you will learn about the following topics:
- IoT concept and definition
- Hardware and software in IoT
- Popular IoT Platforms
- Arduino and BLE
- IoT applications
- Mobile app frameworks
Who it is for
- The course can be opted by engineering students of any branch including Computer, IT, Electronics, Mechanical, Electrical, Civil, Chemical or Textile who wish to learn about Internet of things.
- The course can be taken up by students who have basic knowledge of programming languages like C / C++, Java, Python, C#.
Admission details
Follow the steps given below to enroll in the Developing IoT Applications Course:
Step 1: Go to the official website by clicking on the URL given below -
https://skill-lync.com/electronics-engineering-courses/developing-iot-applications
Step 2: Click on the "Enroll Now" option provided on the course page.
Step 3: Select a suitable payment package and unlock access by submitting your name, email id and phone number.
The syllabus
Concept and Definition of IoT
Hardware in IoT
- Sensors, their types, and functions
- Actuators, their types, and functioning
- Shields / HATs / Modules – types and functions
- Microcontrollers – characteristics and functions
Software in IoT
- Micro controller Programs – basic functionality, limitations
- Mobile Apps – types of apps, mobile frameworks
- Application Programs – objectives and characteristics
- IoT Platforms – basic and advanced functions
Popular IoT Platforms
- Amazon IoT
- Azure IoT
- Thingspeak.com
- Thinger.io
- thing works
- IBM Watson
- Communication Technologies – RFID, NFC, WiFi, GPS, RTLS
Arduino
- Fundamentals
- Structure & Overview
- Arduino IDE
- Programming Keywords
- Programming with Arduino – Blinking LED, Reading data from sensors like Temperature, Humidity, Ultrasonic, Light and displaying on a monitor
BLE
- History
- Terminology
- Functioning
- BLE Tools
- LPWAN Technologies
- History of LoRa
- Architecture of LoRa
- Functioning of LoRa
- Benefits of LoRa
- Applications of LoRa
IoT Applications Overview
- Smart Cities
- Smart Home
- Smart Healthcare
- Smart Agriculture
- Smart Factory
- Industrial IoT
- Industry 4.0
- Benefits of IIoT
- Challenges in IIoT
NodeMCU / ESP8266
- Structure, features, and benefits
- IoT Platform thinger.io – Registration, Configuration
- Sending sensor data (Temperature, Humidity, Light) to thinger.io and visualizing the variations
- Controlling LED from thinger.io
MQTT
- Introduction to MQTT
- Publish & Subscribe
- Configuring Broker
- Developing clients for Publish and Subscribe
- Transfer of data
- Implementing MQTT using NodeMCU
Raspberry Pi
- History, Structure, Overview, Setup and Installation
- Configuring Raspberry Pi internet using Desktop / Laptop
- Python Programming for Raspberry Pi, Python Libraries, and functions for programming Raspberry Pi
- Reading data from sensors like Temperature & Humidity, Motion, Ultrasonic, into Raspberry Pi, and controlling LEDs, and relay switches
IoT Platform
- IoT Platform ThingSpeak.com, Registration, Configuration
- Sending sensor data to thingspeak.com using HTTP
- Visualizing the data into the cloud. Sending data over MQTT
- Edge Computing, Creating Web Server on Desktop
- Laptop, sending sensor data from Raspberry Pi to the Web server and storing in the database
Mobile Apps
- Types of Apps like Web, Native, and Hybrid
- Mobile App Frameworks – React Native, Ionic, PhonGap, NativeScript
- Developing small Android and iOS apps using React Native, and Ionic
- Creating Dashboard of IoT app to visualize sensor data from thingspeak.com
How it helps
The Developing IoT Applications Certification Benefits are listed below:
- The course will help learners understand the components of IoT, the architecture of IoT applications and the technology used in building IoT.
- The course is designed in a way to equip learners with the theoretical and practical aspects of Internet of things along with hands-on experience of using microcontrollers, read sensor data and control actuators.
- The expert sessions will help learners grasp the concepts of IoT cloud platforms and the steps involved in building IoT applications.
FAQs
The Developing IoT Applications Online Course can be completed in 12 weeks.
The online course can be accessed on the Skill-Lync course website.
The course will help learners acquire skills in Arduino IDE software, Python, and Thonny Editor.
Yes, you can request a one-on-one demonstration of the course on the official website.
Yes, all learners who successfully complete the Developing IoT Applications course will receive a certificate of completion.
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