Ardunio - Rasperry Pi Programming And Simulation

What you'll learn
Master the fundamentals of Arduino programming with C/C++
Control sensors, robots, and Internet of Things (IoT) devices using Arduino
Design circuits and write code for your own project
Build functioning circuits on a breadboard
Requirements
Be able to use a computer (Windows and Mac covered in the course, Arduino will also work on Linux)
Description
Interested in building real time industrial robot applications, then this course is for you.!!!This course has been designed to equip the engineers with "Simulation Skill. Building simulations is a lucrative and yet a challenging skill where imagination plays a paramount role. A simulation engineer must imagine the entire process of operations and build a virtual world that imitates the actual scenario. The complexity of simulation further increases when the process demands higher efficiency. In this age of automation, as process automation experts, we have observed the importance of industrial robots in various industries and the challenges such "High supply vs. Demand", "Cutting edge process for higher efficiency & superior accuracy" have made engineers also turn towards industrial robots. Robot simulation answers many questions that rise during this transition from traditional process to robotics process. This course will be the genesis of Virtual Commissioning using ArdunioHave you ever wondered how exactly that industrial robot in your factory works? Perhaps you are a college student looking to compliment your in class material? No matter the reason, this course will offer a high level overview of an industrial robotic system. We will discuss the various components and how they all come together on the factory floor. Through the use of video presentation, robotic simulators and engaging course content, you will walk away from this course better able to appreciate the mechanics, software and hardware of an industrial robot.
Overview
Section 1: Giriş
Lecture 1 When to Use Arduino vs Raspberry Pi
Lecture 2 Concatenate String and Int (2 ways)
Lecture 3 Create an Arduino Library (Step by Step)
Lecture 4 Debounce a Push Button (+ Visual Explanation)
Lecture 5 Turn LED On and Off With Push Button
Lecture 6 Pins Overview
Lecture 7 5 Things to Know About Interrupts
Lecture 8 Should you Use Bool or Boolean
Lecture 9 Solve the Overflow Problem with millis() and micros()
Lecture 10 Add Syntax Highlighting for Custom Library (keywords.txt)
Lecture 11 Where are the Programs Saved With the Arduino IDE
Lecture 12 RGB LED Simulation (with Tinkercad)
Lecture 13 RGB LED Tutorial (step by step)
Lecture 14 How to Change the Theme (Dark Theme Example)
Lecture 15 Stop using delay()
Lecture 16 Things to Know About the Arduino Language
Lecture 17 How to Save an Int into EEPROM
Lecture 18 How to Save a String into EEPROM
Lecture 19 What is a Pulse and How to Use the pulseIn() Function (with example)
Lecture 20 How to Migrate Code from V2 of the IRremote library to V3
Lecture 21 How to Map Buttons From Any IR Remote Controller (step by step)
Lecture 22 How to Install an Arduino Library From GitHub
Engineers / Employees from Manufacturing Sector,Students Pursing Engineering,Everyone Interested to Learn Robotics


Homepage

https://www.udemy.com/course/industrial-robott4/

What you'll learn
Master the fundamentals of Arduino programming with C/C++
Control sensors, robots, and Internet of Things (IoT) devices using Arduino
Design circuits and write code for your own project
Build functioning circuits on a breadboard
Requirements
Be able to use a computer (Windows and Mac covered in the course, Arduino will also work on Linux)
Description
Interested in building real time industrial robot applications, then this course is for you.!!!This course has been designed to equip the engineers with "Simulation Skill. Building simulations is a lucrative and yet a challenging skill where imagination plays a paramount role. A simulation engineer must imagine the entire process of operations and build a virtual world that imitates the actual scenario. The complexity of simulation further increases when the process demands higher efficiency. In this age of automation, as process automation experts, we have observed the importance of industrial robots in various industries and the challenges such "High supply vs. Demand", "Cutting edge process for higher efficiency & superior accuracy" have made engineers also turn towards industrial robots. Robot simulation answers many questions that rise during this transition from traditional process to robotics process. This course will be the genesis of Virtual Commissioning using ArdunioHave you ever wondered how exactly that industrial robot in your factory works? Perhaps you are a college student looking to compliment your in class material? No matter the reason, this course will offer a high level overview of an industrial robotic system. We will discuss the various components and how they all come together on the factory floor. Through the use of video presentation, robotic simulators and engaging course content, you will walk away from this course better able to appreciate the mechanics, software and hardware of an industrial robot.
Overview
Section 1: Giriş
Lecture 1 When to Use Arduino vs Raspberry Pi
Lecture 2 Concatenate String and Int (2 ways)
Lecture 3 Create an Arduino Library (Step by Step)
Lecture 4 Debounce a Push Button (+ Visual Explanation)
Lecture 5 Turn LED On and Off With Push Button
Lecture 6 Pins Overview
Lecture 7 5 Things to Know About Interrupts
Lecture 8 Should you Use Bool or Boolean
Lecture 9 Solve the Overflow Problem with millis() and micros()
Lecture 10 Add Syntax Highlighting for Custom Library (keywords.txt)
Lecture 11 Where are the Programs Saved With the Arduino IDE
Lecture 12 RGB LED Simulation (with Tinkercad)
Lecture 13 RGB LED Tutorial (step by step)
Lecture 14 How to Change the Theme (Dark Theme Example)
Lecture 15 Stop using delay()
Lecture 16 Things to Know About the Arduino Language
Lecture 17 How to Save an Int into EEPROM
Lecture 18 How to Save a String into EEPROM
Lecture 19 What is a Pulse and How to Use the pulseIn() Function (with example)
Lecture 20 How to Migrate Code from V2 of the IRremote library to V3
Lecture 21 How to Map Buttons From Any IR Remote Controller (step by step)
Lecture 22 How to Install an Arduino Library From GitHub
Engineers / Employees from Manufacturing Sector,Students Pursing Engineering,Everyone Interested to Learn Robotics


Homepage

https://www.udemy.com/course/industrial-robott4/

Ardunio - Rasperry Pi Programming And Simulation Fast Download
Ardunio - Rasperry Pi Programming And Simulation Full Download