Arduino for Beginners Course – Budget Hardware Kit

1. Objective:

An embedded system is a combination of hardware and software provided that both should be synchronized with each other. Some examples are as follows: industrial machines, automobiles, medical equipment, cameras, household appliances, airplanes, vending machines etc. The Arduino is an open-source computer hardware/software platform for building digital devices and interactive objects that can sense and control the physical world around them. In this course you will learn how the Arduino platform works in terms of the physical board and libraries and the IDE (Integrated Development Environment). The course will also cover programming the Arduino using C code and accessing the pins on the board via the software to control external devices. With this module student will get firm career growth in the Electronics domain.

 

2. Learning Outcome:

After the completion of the course, the students will be specialized in Embedded System Design using Arduino.

3. Syllabus Outline:

Module	Lesson Plan
01	Introduction to Arduino & Embedded System	4.00
02	Digital Write, LED Patterns, Knight Rider Patten, Relay Control	4.00
03	Analog Write & Pulse Width Modulation	3.00
04	Digital Read	3.00
05	Analog Read. RGB LED, Thermistor	3.00
06	Serial Communication & Bluetooth Controller	3.00
07	LCD Display and I2C Communication	3.00
08	Ultrasonic Sensor & Temperature sensor	3.00
09	Keypad & IR Remote	3.00
10	433MHz Transmit and Receive Modules with Arduino	3.00
11	Seven Segment Display with Arduino	3.00
12	Motor Controlling ( Servo, DC, Stepper)	3.00
13	Obstacle avoiding Robot or Bluetooth Control Robot	3.00
14	Introduction to Internet of Things	3.00
15	Project Discussion	3.00
16	Final Project Presentation	3.00

4. Hardware(s) required: 

 

5. Final Evaluation Process for Certificate

 

Grading Policy		Grade A+	>80%
Practical Assessments	20 Points	Grade A	70%
Project Submission	30 Points	Grade B	60%
Project Presentation	20 Points	Grade C	50%
Class Attendance	30 Points	Grade S	30%
Note: The grading will be relative among all the participants.

 

Attendance Policy

The certification will be awarded to participants with at least 80% attendance.

 

This Course provides details of the Practical Assessments for this unit. It is very important that you are familiar with the assessments so please read this module carefully.

Mode of delivery 

Face to Face Forty-eight (48) hours for one Level comprising lectures, tutorials, and practicals

 

Job Opportunities after completing this course:

After completing this course, participants can become:

 

• Embedded Programmer.
• Embedded software Engineer/hardware engineer.
• Embedded System Specialist.
• Specialist in Arduino based Embedded System Design.

 

Project Based on embedded system design using Arduino board 

 

Students can make many projects on ARDUINO Based Embedded systems, few are listed below, 

 

i.e.:

• ARDUINO based home automation.
• ARDUINO Based Solar Street Light system.
• ARDUINO Based Radar System
• ARDUINO Based Temperature Monitor
• ARDUINO Based Car Parking System, etc.