Enrollment Robotics and Automation
Certifications Level 1

Similarly, there’s a Robotics and Automation certification exam. It’s designed to assess the candidate's knowledge and understanding of the fundamentals of robotics and automation such as Arduino programming, electronics circuit design, and troubleshooting. This exam is intended for candidates who wants to pursue career for Research and Development (R&D) engineer, Embedded system engineer, electronics design engineer, robotics and automation engineer, robotics teacher.

The exam objective in Introduction to Robotics and Automation assesses knowledge of basic principles, components, and applications of robots and automation, including history, types, artificial intelligence (AI), control, simulation and design, ethics and social implications, and current trends. It aims to provide a foundation for further study and careers.

The Arduino is a platform for creating interactive objects and environments, with a micro controller and input/output (I/O) pins for interaction. The Arduino Integrated Development Environment (IDE) is a software application used to write and upload code to the board. The IDE includes a text editor, compiler, serial monitor, and library manager, making it user-friendly and easy to use.

The objective in Arduino Programming is to assess the candidate's understanding of writing and uploading code to the Arduino board, including controlling output devices, reading inputs, using operators and statements, implementing serial communication, using sensors, displaying data on an LCD, and developing a robotics project. The exam will evaluate the candidate's coding skills, understanding of Arduino programming, and ability to use the Arduino IDE and debug code.

The objective in Serial Communication is to evaluate the candidate's understanding of transmitting data between the Arduino and a computer using serial communication, including sending and receiving data, using the Serial Monitor in the Arduino IDE, using serial communication in projects, and troubleshooting issues. The exam will test the candidate's knowledge of the basic principles of serial communication and their ability to implement it effectively in an Arduino project.

The objective in Review on Electronics is to test the candidate's knowledge of basic electronics concepts and their ability to apply them in practical projects. The exam covers topics such as current, voltage, resistance, power, electrical components, use of basic electronic tools, reading schematics and circuit diagrams, analog and digital signals, and troubleshooting basic electronic circuits. The candidate's understanding and application of these concepts will be evaluated.

The objective in Digital Output, Delay, LED tests the candidate’s understanding and ability to control digital outputs, use delays, and control LEDs using the Arduino platform. The student should be able to write code to control digital outputs, use the delay () function, connect an LED and control its brightness, and calculate the appropriate resistor value. The goal is to ensure the student has a strong foundation in these basic concepts for practical applications.

The objective of this is to test the candidate’s understanding of comparison operators and their ability to use if-else statements to control the flow of a program based on certain conditions. The student should be able to write code using these concepts and should be able to debug and resolve errors. The goal is to ensure the student has a solid understanding of these fundamental concepts and can apply them to practical projects and applications.

The objective of this exam is to test the candidate's understanding of analog and digital inputs and their ability to use them to control the behavior of a program. The student should be able to connect sensors to a microcontroller, to read and get sensor values in a program using Seral monitor, and use them to control the output devices.

The exam objective in Integration of the Input Device to the Output Device of Microcontroller is to assess the students' understanding of how to connect different types of input devices such as digital and analog sensors to the microcontroller and to determine the output of the microcontroller. The students should be able to demonstrate their ability to integrate input devices and perform operations on the microcontroller to achieve the desired output. This includes understanding how to program the microcontroller to communicate with the input and output devices, as well as the use of various programming techniques to perform operations on the data received from the input devices.

The objective in the Robotics and Automation Project is to assess the student's understanding of the fundamental concepts and principles of robotics and automation, as well as their ability to apply this knowledge to real-world problems. Additionally, they will evaluate the student's ability to analyze and design robotic systems, understand and implement automation processes, and analyze and solve complex problems related to robotics and automation.