Arduino Training Course Details

Arduino is a low cost, and open source MCU platform that can create easily designed electronics and homemade projects ranging from simple models to robots and satellites. With an unlimited spectrum of input and output add-ons like sensors, indicators, displays, motors etc. this hardware is a boon for hobbyists and engineers to create devices that can interact with the real

Learn the language of Arduino programming and start writing your own sketches. This programming course of Arduino focuses on teaching the programming language of Arduino and consists of several different parts, each covering a different topic.
You'll have enough knowledge and confidence at the end of the course to start writing your own Arduino sketches. "Arduino is an open-source electronics platform based on hardware and software that is easy to use. Arduino boards can read inputs— light on a sensor, a finger on a button, or a Twitter message — and turn it into an output — activate a motor, turn on an LED, and publish something online. By sending a set of instructions to the microcontroller on the board, you can tell your board what to do. To do this, use the Arduino programming language (based on Wiring) and the Processing-based Arduino Software (IDE).


Arduino Training Course Highlights

Course Duration

30 working days

8 Weekends

Learners

50000

Delivery Mode

Class Room Training

Apply Online

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WHO WILL BENEFIT

Engineering Student
Working Professionals
Industry Experts
Post Graduate Students
Embedded Developers
Enthusiasts
People looking to enhance their Skillsets

COURSE CURRICULUM

Arduino/ MSP430 Training

S.No Topics Duration Theory / Practical
1 Introduction to electronics:
  • Basics, component identification
  • Working with electronics
  • Testing components
5 hours
  • T
  • P
  • P
2 Arduino / MSP430 Basics:
  • What is Arduino / MSP430?
  • Features, usage
  • Basic Programs
5 hours
  • T
  • P
  • P
3 All About sensors:
  • Analog sensors
  • Digital Sensors
  • Calibration
10 hours
  • P
  • P
  • P
4 Interfacing methods:
  • With NFC
  • With LCD
  • With RTC
  • I2C
  • Motors
10 hours
  • P
  • P
  • P
  • P
  • P
Extendable Package:
  • Electronics circuit Analysis (Practical).
  • Bluetooth interfacing.
  • Keypad interfacing
  • Dot Matrix Display Interfacing.
  • Dot Matrix Display Interfacing.
  • SPI interfacing.

Additional Interfacing / Requirements will arranged upon request on-demand like NRF2401, ESP8266, Ultrasonic, Flex Sensors, UI control via Android, Dashboard creation, MATLAB interfacing , Python/ Node.Js interfacing with Arduino / MSP430.