Arduino-Based Introductory Guided Exercises in Mechatronics
Product ID: 505570514
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Master Arduino Programming Through Hands-On Mechatronics Projects Written by mechanical engineering professor Musa Jouaneh with over thirty-five years of experience in the field, this practical guide teaches Arduino programming and coding through twenty progressive guided exercises that bridge mechanical engineering, electrical engineering, and computer science. Ideal for high school students, college beginners, or self-directed learners with no prior programming experience. What sets this book apart: Complete programming foundation : Learn Arduino coding fundamentals while building real mechatronics projects Step-by-step instructions : Guided exercises with colorful pictures Visual learning : Companion website with pictures and video demonstrations for selected labs and exercises Real-world applications : Develop programming skills through actual mechatronics projects, not just theory Flexible format : Works for classroom instruction or independent study Updated content : Features Arduino IDE 2.3.6, clearer code formatting, and more answers to exercises You'll master Arduino programming fundamentals, microcontroller coding, basic electrical circuits and electronics, timing and events handling, serial, analog-to-digital, and PWM interfacing, sensor programming, and motor control code through guided labs that progressively build your coding expertise. Includes: Twenty hands-on labs with answers to selected exercises plus background information on electric circuits, the Arduino programming language, and microcontrollers Two worked projects and hints and details on four other suggested projects Review questions with answers in each lab for reinforcement GitHub repository with all example code for easy reference Ready to code : Exercises utilize only basic components, including an Arduino Uno and a multimeter. All labs and projects can be completed with the recommended REXQualis Super Starter Kit based on Arduino UNO R3 ( around $40, which includes the Arduino board) and a basic multimeter (around $15). If you already have an Arduino board, then you can buy an electronics components kit such as the REXQualis Electronics Component Fun Kit (around $15), which has fewer components than the previous kit and is sufficient to complete most of the exercises in this book, except for Labs 15, 16, 18-20, and some of the projects. See Appendix A1 for ordering information. Transform from a beginner programmer to a confident Arduino developer—start coding tomorrow's mechatronics and robotics projects today. Review: great - excellent Review: Very well written Lab workbook for Arduino - Very good Lab workbook for starting with Arduino. Lab exercises are easy to follow and explained very well. I bought this book for a refresher. Also, be sure to purchase the two recommended REXQualis kits, you will be ahead of the game and the DVM if you don't have one already.
| Best Sellers Rank | #385,792 in Books ( See Top 100 in Books ) #19 in Microelectronics #73 in Single Board Computers (Books) #147 in Robotics & Automation (Books) |
| Customer Reviews | 4.8 out of 5 stars 25 Reviews |
A**R
great
excellent
S**S
Very well written Lab workbook for Arduino
Very good Lab workbook for starting with Arduino. Lab exercises are easy to follow and explained very well. I bought this book for a refresher. Also, be sure to purchase the two recommended REXQualis kits, you will be ahead of the game and the DVM if you don't have one already.
G**T
If you want to learn Arduino this is the book you need.
I highly recommend this book if you want to learn about Arduino. Very informative and straightforward.
M**P
Great Resource on Mechatronics
This book is an excellent resource for individuals with prior experience in electronics who want to delve into the field of mechatronics. It is important to note that the appropriate electronics kit should be purchased to fully benefit from the content. The book's topics are incrementally built upon, with some labs being more difficult than others. Nonetheless, the book is written in an easily understandable language, which helped me to grasp certain concepts that I had previously struggled with. The projects suggested in the book's concluding section were enjoyable to experiment with and challenged my understanding of the preceding labs. Overall, I highly recommend this book to anyone looking to expand their knowledge of mechatronics.
D**N
Goods recieved
I was expecting more from this set
L**G
Good introduction.
This course was fun to do. Remember to use the links to illustrations in the appendix to help with the labs. I had no experience whatsoever but I really had very little trouble understanding the concepts of the course.
H**.
A handy book for Arduino-based mechatronics
I really like the format of the book, consisting of very clear labs. I was able to use a number of the labs on as my reference for teaching. The half stepping mode on stepper motor was very useful. We were using a stepper motor library, but i think your code is easier to understand. Overall i feel that the book is much needed for me teaching a mechatronics class.
J**D
Comprehensive and Easy to Use
What a wonderful guide book to Mechatronics! This book covers all the fundamentals and provides copious support such as colorful photos, diagrams, tutorials, projects, videos and checks for understanding. This is an excellent book for anyone interested in teaching themselves Mechatronics or educators looking for a comprehensive curriculum. I can't wait to use it with my high school robotics club!
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