Advanced SwiftIO with Micro Projects and Swift Programming
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Advanced SwiftIO with Micro Projects and Swift Programming
This course is part of SwiftIO Micro - Using Swift Code with Electronics & IoT Tech Specialization
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What you'll learn
Program advanced SwiftIO projects like Larson scanners and push buttons.
Master Swift programming concepts such as functions, error handling, and enums.
Manage digital inputs/outputs and handle complex control flow in Swift.
Skills you'll gain
Tools you'll learn
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March 2026
4 assignments
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There are 2 modules in this course
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A smarter way to learn with interactive, real-time conversations that help you test your knowledge, challenge assumptions, and deepen your understanding as you progress through the course. This course is designed to advance your SwiftIO skills through 6 micro-projects that will enhance your understanding of electronics, and the Swift programming language. You'll explore concepts such as debouncing, Larson scanners, and digital input controls, while simultaneously deepening your knowledge of Swiftβs syntax and core concepts. Beginning with simple LED projects, you'll progress to more complex concepts like working with push buttons, understanding the debouncing process, and displaying data via serial monitors. Alongside, you'll dive deep into the Swift programming language covering essential topics like variables, operators, control flow, and functions to create a strong foundation for real-world programming. This course is ideal for anyone looking to enhance their Swift programming skills, especially those interested in combining code with hardware projects. Itβs best suited for learners with basic Swift and hardware experience who want to expand their capabilities and create advanced, interactive applications. By the end of the course, you will be able to program complex SwiftIO projects, integrate digital inputs, manage errors, and design advanced applications using Swift and hardware components.
In this module, we will explore several micro projects to enhance your skills with SwiftIO. You'll create classic projects like the Blinky LED and Larson Scanner while working with digital inputs and learning the importance of debouncing. This section will help you apply basic electrical components in hands-on projects.
What's included
6 videos2 readings1 assignment
6 videosβ’Total 57 minutes
- Micro Project 1 - Blinkyβ’14 minutes
- Micro Project 2 - Blinking Two LEDs Independentlyβ’10 minutes
- Micro Project 3 - Larson Scannerβ’11 minutes
- Micro Project 4a - Digital Input with a Push Buttonβ’13 minutes
- Micro Project 4b - Debounce Explainedβ’3 minutes
- Micro Project 5 - Read Digital Input - Using the Serial Monitorβ’6 minutes
2 readingsβ’Total 20 minutes
- Introduction to the Course 'Advanced SwiftIO with Micro Projects and Swift Programming'β’10 minutes
- Full Specialization Resourcesβ’10 minutes
1 assignmentβ’Total 15 minutes
- The SwiftIO Micro (Micro Projects, Using Wires and Electrical Components) - Assessmentβ’15 minutes
In this module, we will dive into the fundamentals of the Swift programming language. Youβll explore key topics such as constants, variables, control flow, and functions, alongside more advanced features like optionals and error handling. This section will solidify your understanding of programming concepts to enhance your SwiftIO projects.
What's included
37 videos1 reading3 assignments
37 videosβ’Total 297 minutes
- The Swift Language - Introductionβ’7 minutes
- Constants and Variables - Part 1β’10 minutes
- Constants and Variables - Part 2β’8 minutes
- Strings - Part 1β’14 minutes
- Strings - Part 2β’10 minutes
- Operators - Part 1 - Unary, Binary, Ternary, Assign, Compoundβ’9 minutes
- Operators - Part 2 - Comparison, Nil, Range, Logicalβ’13 minutes
- Classes and Structs - Part 1 - Syntax, Properties, Initializationβ’9 minutes
- Classes and Structs - Part 2 - Value and Reference Types, Identity Operatorβ’7 minutes
- Properties - Part 1 - Stored Propertiesβ’5 minutes
- Properties - Part 2 - Lazy Propertiesβ’4 minutes
- Properties - Part 3 - Computed Propertiesβ’4 minutes
- Properties - Part 4 - Property Observersβ’4 minutes
- Properties - Part 5 - Static Propertiesβ’5 minutes
- Initializers - Part 1 - Syntax, Value Type Delegationβ’12 minutes
- Initializers - Part 2 - Designated and Convenience Initsβ’10 minutes
- Initializers - Part 3 - Initializer Inheritanceβ’10 minutes
- Initializers - Part 4 - Required and Failable Initsβ’5 minutes
- Control Flow - Part 1 - If and If Else Statementsβ’3 minutes
- Control Flow - Part 2 - Switchβ’10 minutes
- Control Flow - Part 3 - Guard Statementβ’6 minutes
- Control Flow - Part 4 - For In Loopβ’6 minutes
- Control Flow - Part 5 - Transfer Statementsβ’10 minutes
- Control Flow - Part 6 - While and Repeat While Loopsβ’3 minutes
- Functions - Part 1 - Parameters, Arguments, Return Valuesβ’6 minutes
- Functions - Part 2 - Returning Multiple Valuesβ’4 minutes
- Functions - Part 3 - Argument Labels and Parameter Namesβ’7 minutes
- Functions - Part 4 - Variadic, In-Out, Nested Functionsβ’8 minutes
- Collections - Part 1 - Arraysβ’14 minutes
- Collections - Part 2 - Dictionariesβ’8 minutes
- Collections - Part 3 - Setsβ’9 minutes
- Optionalsβ’14 minutes
- Tuplesβ’10 minutes
- Enums - Part 1 - Declaring and Iterating Overβ’5 minutes
- Enums - Part 2 - Associated and Raw Valuesβ’11 minutes
- Enums - Part 3 - Recursive Enumsβ’4 minutes
- Error Handlingβ’11 minutes
1 readingβ’Total 10 minutes
- Conclusion to the Course 'Advanced SwiftIO with Micro Projects and Swift Programming'β’10 minutes
3 assignmentsβ’Total 90 minutes
- The Swift Programming Languageβ’15 minutes
- Full Course Assessmentβ’60 minutes
- Full Course Practice Assessmentβ’15 minutes
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The Advanced SwiftIO with Micro Projects and Swift Programming specialization focuses on building more complex microcontroller projects using the SwiftIO platform, along with mastering the Swift programming language. This specialization is highly relevant for anyone looking to develop sophisticated embedded systems and IoT devices. By learning how to create interactive projects such as Larson scanners, button-controlled LEDs, and using advanced features of Swift, you will gain the skills needed for professional-level development in embedded programming.
This specialization teaches you how to combine SwiftIO microcontroller hardware with advanced Swift programming. You will work on a series of micro projects that cover topics such as digital inputs, debouncing, and controlling LEDs. You'll also dive deep into Swift programming, mastering concepts like functions, control flow, collections, optionals, and error handling. The specialization provides a comprehensive path to develop practical IoT projects while strengthening your programming expertise in Swift.
After completing this specialization, you will be proficient in creating more complex SwiftIO microcontroller projects. Youβll be able to handle digital inputs, debounce buttons, control multiple LEDs, and manage real-time data. Additionally, you will be skilled in Swift programming techniques, such as working with functions, error handling, and managing collections. These skills will empower you to develop advanced embedded systems and contribute to the growing field of IoT and microcontroller-based development.
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