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A 5-DAYS INTENSIVE ROBOTIC COURSE – RBT STEM by UTEM, Melaka collaboration with Sheer Global Travel

The main OBJECTIVES of this program include:

1. Provide teaching and training for students who are interested in learning Arduino in a structured course.

2. Students will be exposed and shared knowledge about UTeM's innovative products, namely Smart Robot Cars to avoid obstacles automatically.

3. As a motivation in raising technological awareness to school students.

4. Provide exposure to students on research equipment and components such as the Arduino as a control system for electronic projects as well as robot construction. In addition, skills in the functions of LED display functions, analog inputs, analog outputs and sensors as well as data display using codes or programs that have been set in the Arduino circuit board are also explained theoretically. Finally, the participants' skills were strengthened through circuit connection work using circuit boards resulting in a complete robot.

5. Attract school students to Science, Technology, Engineering and Mathematics (STEM) with various activities based on engineering design applications. 6. Provide skills to students who do not have the basics in the use of Arduino sets that are widely used in schools throughout Malaysia. The students involved will be taught to build robots and control them using appropriate programming. They will carry out practical activities with the help of virtual and experienced facilitators through expertise in the field.


IMPLEMENTATION

Module 5-Day Robotic Course - RBT STEM will be implemented online through the WEBEX application according to the following dates from 30th Jan – 27 Feb 2021 each Saturday.

Interested participants will register through the Google Form that has been created and then make an online payment to Sheer Global Travel for registration. 

The program will broadcast live for three (3) hours for 5 days.



Course Content:

Part 1: What is Microcontroller

Part 2: Introduction to Arduino

Part 3: Arduino Board and Description

Part 4: Software and Driver Installation

Part 5: Program Structure

Part 6: Data Types

Part 7: Variable and Constant in Programming

Part 8: Mathematic Operators Instruction

Part 9: Programming Functions

Part 10: Declaration and Strings

Part 11: Digital Input/Ouput

Part 12: Analog Input/Output

Part 13: LED Blinking Part 14: Digital Button

Part 14: LCD Display

Part 15: Switch / Keypad

Part 16: Ultrasonic Sensor

Part 17: Servo Motor Control

Part 18: Motor Driver Shield

Part 19: DC Motor

Part 20: Mini Project “Obstacle Avoiding 4WD Car Robot using Arduino”