Published 3/2024
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 12.79 GB | Duration: 18h 12m
Introducing the world’s first microcontroller that harnesses the power of Swift – Code, Create, Control, & Innovate
What you’ll learn
Program small electronics using Swift code using the new SwiftIO microcontroller
Understand the basics of electronic circuits and components’ functions
Develop fluency in Swift for both software and hardware applications
Design and build interactive projects like robots, sensors, and more
Requirements
Some Swift programming language skills are helpful but not required as they are taught in the course – Electronics hardware is helpful but you can use a simulator to follow along instead
Description
SwiftIO Micro / SwiftIO PlaygroundExplore the Realm of Hardware with SwiftVenture into an innovative space where Swift transcends its traditional boundaries of iOS, macOS, watchOS, and tvOS development. SwiftIO heralds a new era, introducing the first microcontroller that embraces Apple’s Swift programming language. This course invites you to meld the realms of software and hardware, enabling the creation of remarkable tech devices fully controllable with Swift.Why Choose SwiftIO?SwiftIO equips you with a powerful platform designed to bridge your software development expertise to the tangible world of hardware. This course demystifies the process, offering you the tools and knowledge to command LEDs, motors, servos, and a plethora of devices, bringing your code to life.Development Environment: Visual Studio CodeDitch the complexity for simplicity with Visual Studio Code, our recommended development environment. Tailored for SwiftIO, Visual Studio Code ensures a smooth transition for Swift developers into hardware programming. Coupled with the mm-sdk CLI tool, it offers a seamless workflow from code to deployment on your SwiftIO board.Swift Among TitansJoin Swift as it stands among giants like C/C++ (Arduino), Python (MicroPython, CircuitPython), and Go (TinyGo) in the microcontroller domain. SwiftIO’s introduction brings the elegant syntax and power of Swift to microcontroller-based projects, expanding its reach and capabilities.What You’ll Learn:This comprehensive course covers all bases – from the fundamentals of electricity and circuit components to a deep dive into Swift programming. You’ll start from scratch, building a solid foundation before moving on to more complex and impressive projects. Whether you’re new to programming, electronics, or looking to leverage your Swift skills in new ways, this course has you covered.Begin Your JourneyThis course is your ticket to blending digital creativity with physical innovation. By its end, you’ll not only grasp the essentials of using Swift in a new light but also gain the confidence to design and execute your own hardware projects.Embrace the challenge and start transforming your digital expertise into physical creations with SwiftIO. Begin your journey into hardware programming today.
Overview
Section 1: What is SwiftIO – Microcontrollers and Microprocessors
Lecture 1 The SwiftIO Opener
Lecture 2 The SwiftIO Micro Board – What is SwiftIO – Microcontrollers
Section 2: Get to Know the Hardware
Lecture 3 Looking at the Hardware Features
Lecture 4 Buy the SwiftIO Hardware & other Components Here!
Lecture 5 Links to purchase the hardware
Section 3: Atoms & Electricity – Voltage – Current – Resistance
Lecture 6 Part 1 – Atoms and electricity (a fun look at its beginnings)
Lecture 7 Part 2 – Voltage
Lecture 8 Part 3 – Current
Lecture 9 Part 4 – Resistance
Section 4: Electronic components
Lecture 10 Part 1 – Analog and digital explained
Lecture 11 Part 2 – Breadboards
Lecture 12 Part 3 – Resistors – what they’re made of and how to decode their strength
Lecture 13 Part 4 – Resistors – series / parallel – calculate resistance
Lecture 14 Part 5 – Voltage dividers – variable resistors – potentiometers
Lecture 15 Part 6 – Switches
Lecture 16 Part 7 – Diodes
Lecture 17 Part 8 – Capacitors
Lecture 18 Part 9 – LED’s
Lecture 19 Part 10 – Transistors
Section 5: Multimeters – Measuring voltage – resistance – current
Lecture 20 Part 1 – Using a multimeter
Lecture 21 Part 2 – Measuring voltage
Lecture 22 Part 3 – Measuring resistance
Lecture 23 Part 4 – Measuring current
Section 6: The SwiftIO Playground (Playground Projects)
Lecture 24 Playground Project 1 – LED Blink – Blinky (Hello World)
Lecture 25 Playground Project 2 – LED Blink – RGB LED
Lecture 26 Playground Project 3 – LED Blink – LED – Morse Code
Lecture 27 Playground Project 4 – LED Blink – LED Blink with a Timer
Lecture 28 Playground Project 5 – LED Control with Buttons – Momentary LED Switch
Lecture 29 Playground Project 6 – LED Control with Buttons – LED Switch using Interrupt
Lecture 30 Playground Project 6b – LED Control with Buttons – Debounce Explained
Lecture 31 Playground Project 7 – LED Control with Buttons – Toggle LED Switch
Lecture 32 Playground Project 8 – LED Control with Buttons – 2-Way LED Switches
Lecture 33 Playground Project 9 – LED Control with Buttons – On-Off Buttons
Lecture 34 Playground Project 9b – Buzzer & LED w-PWM – How a buzzer works – PWM – Duty CYC
Lecture 35 Playground Project 10 – Buzzer & LED w-PWM – Playing a scale
Lecture 36 Playground Project 11 – Buzzer & LED w-PWM – Breathing LED
Lecture 37 Playground Project 12 – Buzzer & LED w-PWM – Button Dimmer
Lecture 38 Playground Project 13 – Buzzer & LED w-PWM – The Reflex Game – Using the Serial
Lecture 39 Playground Project 14 – Buzzer & LED w-PWM – LED Pattern Change
Lecture 40 Playground Project 15 – Potentiometer – Reading input
Lecture 41 Playground Project 16 – Potentiometer – Pitch Control
Lecture 42 Playground Project 17 – Potentiometer – LED Dimmer
Lecture 43 Playground Project 18 – Potentiometer – LED Blink Control
Lecture 44 Playground Project 19 – Potentiometer – Double LED Dimmer
Lecture 45 Playground Project 20 – Potentiometer – Playing Tones
Lecture 46 Playground Project 21 – Temperature & Humidity Measurement – Reading temperature
Lecture 47 Playground Project 22 – Temp & Humidity Measurement – Average Temp & Humidity
Lecture 48 Playground Project 23 – RTC – Reading Time
Lecture 49 Playground Project 24 – RTC – Blinking using RTC
Lecture 50 Playground Project 25 – RTC – Alarm Clock
Lecture 51 Playground Project 26 – Movement sensing using accelerometer – Reading accelerat
Lecture 52 Playground Project 27 – Movement sensing using accelerometer – Accelerometer Dic
Lecture 53 Playground Project 28 – Movement sensing using accelerometer -Accelerometer lock
Lecture 54 Playground Project 29 – LCD Display – LCD Display
Lecture 55 Playground Project 30 – LCD Display – Rainbow
Lecture 56 Playground Project 31 – LCD Display – Scroll Effect
Lecture 57 Playground Project 32 – LCD Display – Analog Visualizer
Lecture 58 Playground Project 33 – LCD Display – Acceleration Visualizer
Lecture 59 Playground Project 34 – Play music with speaker – Playing Scales
Lecture 60 Playground Project 35 – Play music with speaker – Music Player
Lecture 61 Playground Project 36a – UART – Learning about UART Communication
Lecture 62 Playground Project 36b – UART – Serial Echo
Lecture 63 Playground Project 37 – UART – Serial LED Switch
Lecture 64 Playground Project 38 – Wi-Fi – Joining Wi-Fi
Lecture 65 Playground Project 39 – Wi-Fi – Weather
Lecture 66 Playground Project 40 – WiFi – Temperature / Humidity Data Logger
Lecture 67 Playground Project 41 – Moving Ball
Section 7: Setting up the Software – Interfacing with the Hardware
Lecture 69 Setting up the Software – Interfacing with the Hardware
Section 8: The SwiftIO Micro (Micro Projects, using wires and electrical components)
Lecture 70 Micro Project 1 – Blinky
Lecture 71 Micro Project 2 – Blinking two LEDs independently
Lecture 72 Micro Project 3 – Larson Scanner
Lecture 73 Micro Project 4a – Digital Input with a Push Button
Lecture 74 Micro Project 4b – Debounce Explained
Lecture 75 Micro Project 5 – Read Digital Input – Using the Serial Monitor
Lecture 76 Micro Project 6 – Read analog input with a potentiometer
Section 9: The Swift Programming Language
Lecture 77 The Swift Language – Introduction
Lecture 78 Constants and Variables – Part 1 – Data types
Lecture 79 Constants and variables – Part 2 – Data types
Lecture 80 Strings – Part 1 – Working with strings and their properties and methods
Lecture 81 Strings – Part 2 – Working with strings and their properties and methods
Lecture 82 Operators – Part 1 – unary•binary•ternary•assign•compound
Lecture 83 Operators – Part 2 – Comparison•nil•range•logical
Lecture 84 Classes and structs – Part 1 – syntax • properties • initialization
Lecture 85 Classes and structs – Part 2 – Value and reference types • identity operator
Lecture 86 Properties – Part 1 – Stored properties
Lecture 87 Properties – Part 2 – Lazy properties
Lecture 88 Properties – Part 3 – Computed properties
Lecture 89 Properties – Part 4 – Property observers
Lecture 90 Properties – Part 5 – Static propeties
Lecture 91 Initializers – Part 1 – Syntax – Value type delegation
Lecture 92 Initializers – Part 2 – Designated and convenience inits
Lecture 93 Initializers – Part 3 – Initializer inheritance.
Lecture 94 Initializers – Part 4 – Required and failable inits
Lecture 95 Control Flow – Part 1 – If and if else statements
Lecture 96 Control Flow – Part 2 – Switch
Lecture 97 Control Flow – Part 3 – Guard statement
Lecture 98 Control Flow – Part 4 – For in loop
Lecture 99 Control Flow – Part 6 – While and repeat while loops
Lecture 100 Control Flow – Part 5 – transfer statements
Lecture 101 Functions – Part 1 – Parameters • Arguments • return values
Lecture 102 Functions – Part 2 • Returning multiple values
Lecture 103 Functions – Part 3 • Argument labels and parameter names
Lecture 104 Functions – Part 4 • Variadic • in-out • nested functions
Lecture 105 Collections – Part 1 – Arrays
Lecture 106 Collections – Part 2 – Dictionaries
Lecture 107 Collections – Part 3 – Sets
Lecture 108 Optionals
Lecture 109 Tuples
Lecture 110 Enums – Part 1 – Declaring and iterating over
Lecture 111 Enums – Part 2 – Associated and raw values
Lecture 112 Enums – Part 3 – Recurssive enums
Lecture 113 Error Handling
Aspiring developers interested in blending Swift coding with electronics,Tech hobbyists eager to bring their Swift-powered ideas to life,Educators seeking to introduce innovative programming hardware into curriculum,Professionals looking to expand their skills in IoT and Swift applications
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