Workshop on Arduino Programming organised by STEP – National Institute of Technology , Surathkal in association with Pantech E Learning.
WHY THIS PLATFORM:
The idea of making devices has promising applications for smart homes, wearable devices, smart cities, connected cars and more. This workshop introduces you to the amazing and its fascinating applications. Using the Arduino Controller, you will develop an electronic device that streams ultrasonic, IR, fire and gas data over the internet. You will be making your own custom made applications to solve some simple real world problems. You will acquire all the necessary skills that you need to gain to become a Embedded System Engineer.
REQUIRMENTS TO GAIN THE KNOWLEDGE:
- Arduino IDE · Protues
- Embedded C Programming
- Arduino Architecture & Programming
Introduction to the Theory of embedded system, Arduino Controller Programming Basics, Arduino IDE will be dealt with. Simple programs shall be done by the beginners. This will help full to serve as the first step into the entry to the real-time application.we need to install proper libraries working principle to the sensor like ultrasonic sensor, LDR, IR, GAS and coding on all the above sensors and interface the sensor data application and advantages
|1||Introduction to Embedded system and the overview of its Applications|
|2||Overview of Arduino Architecture|
|3||Software installation of Protues and Arduino IDE|
|4||Library installation in Protues|
|5||Embedded C Programming|
|6||Working on Arduino IDE and Creating a hex file|
|SESSION-2||CLASS TOPICS – Practical Session|
|1||How to create the Project in Protues|
|2||Circuit design in Protues|
|3||How to run the simulation in Protues|
|4||Interface Arduino with LED , BUZZER|
|SESSION-3||CLASS TOPICS – Practical Session|
|1||Programming on different sensors
Ultrasonic sensor, IR sensor, fire sensor, gas sensor
|2||Circuit design on sensors
Ultrasonic sensor, IR sensor, fire sensor, gas sensor.
The Program is mix of Theory sessions, Quizzes, Hands on Sessions, Liver Interaction with Experts, Assignments and Practical Exercises, final presentations with the student which will gain the student knowledge as well as communication. Maximum Impetus is given to Hands on Sessions so as to enable the participants with the maximum knowledge transfer and satisfaction. The ratio of the theory, practical sessions will be 30:70.
- Code with Explanations
Learn everything about embedded systems using Arduino, with a well-structured curriculum & detailed explanations with code.