Practical Arduino Engineering: End to End Development with the Arduino, Fusion 360, 3D Printing, and

READER LEVEL: Intermediate
Chapter 1: The Process of Arduino Engineering-Gathering Your Hardware-Gathering Your Tools-Understanding the Engineering ProcessChapter 2: Understanding the Arduino Software-Getting started with setup() and loop()-Initializing Variables-Woorking with Loos-Communicating Digitally-Communicating with Analog Components-Serial Communication-Using Arduino Libraries-Putting Together the Arduino Language Chapter 3: An Introduction to 3D Design-What is 3D Cad?-Installing Fusion360 and setting it up for Enthusiast or Startup-The basics of 3D Modeling-How to use Calipers-Making your first "Thing"Chapter 4: An Introduction to 3D Printing-What is 3D Printing?-Types of 3D Printers-3D Printer Recommendations-Tools of the Trade-What is a Slicer? (Go over a few Slicers)-Printing your first "Thing"Chapter 5: An Introduction to Eagle-What is Eagle?-Installing Eagle and including Libraries from 3rd party vendors-Basics of Schematic layout-Basics of Board Layout-Making your first board-Board manufacturersChapter 6: Robotic Engineering Requirements: Controlling Motion-Creating a modular H-Bridge PCB in Eagle-3D modeling your own Robot Chassis (Intro to Parametric Design)-Printing the Robot Chassis-Assembling the Robot Chassis and HardwareChapter 7: Adding Complexity to the Robot: Working with LCDs-Monochrome LCD projects will stay the same-Add a section on OLED technology-Make an OLED Shield for the Arduino using EagleChapter 8: Robot Integration Engineering a GPS Module with Arduino-Hardware Explained: microSD shield-Understanding NMEA Protocol-Libraries Explained: TinyGPS and SdFat Libraries-The Basics of GPS Communication with the Arduino-Requirements Gathering and Creating the Requirements DocumentChapter 9: Interlude: Home Engineering from Requirements to Implementation-Basic Fundamentals of this chapter will stay the same-Gather Requirements on a sensor station-Create a Sensor Station Shield in Eagle-Writing software for the Sensor Station Shield-Creating an enclosure for the Sensor Station Shield-3D Printing the Sensor Station EnclosureChapter 10: Robot Perception: Object Detection with the Arduino-Secondary Projects stay the same, but Images, Schematics, and Flowcharts are updated-3D modeling an Ultrasonic sensor holder for the Robot-3D Printing the Ultrasonic Sensor holder-The rest of the primary project stays the same.Chapter 11: Mature Arduino Engineering: Making an Alarm System using the Arduino-Basic Security System-Requirements Gathering and Creating the Requirements DocumentChapter 12: Error Messages and Commands: Using GSM Technology with your Arduino-Talk on subjects like CDMA, 4G LTE, etc...-Use New Shield for 4G LTE instead of GSM Shield-Rest of chapter will stay the sameChapter 13: Control and Instrumentation: The XBOX controller and the LabVIEW Process-LabVIEW explanation stays the same-Creating a Sub-autonomous robotChapter 14: Controlling your Project: Bluetooth Arduino-Gathering Requirements and Creating the Requirements Document-Configuring the Hardware-Writing the Software-Uploading the Software and Attaching the Bluetooth Shield-Operating the Robot