Live Project-Based iOS Training
iOS is a mobile operating system created and developed by Apple Inc. for its range of hardware devices. It stands as one of the most popular and dynamic operating systems in the technology industry today, powering iPhones, iPads, iPods, and Mac computers and laptops. Known for its smooth performance, robust security, and seamless integration across Apple's ecosystem, iOS has become a preferred platform for both users and developers worldwide. Its consistent updates, intuitive design principles, and strong emphasis on privacy have helped it maintain a dominant position in the global mobile technology space. As more businesses continue to prioritize mobile-first strategies, the demand for well-designed, high-performing iOS applications keeps growing steadily across nearly every industry.
This growing reliance on Apple's ecosystem has, in turn, fueled the need for skilled iOS developers who understand both the technical framework and the user experience standards Apple is known for. With millions of active Apple devices in use around the world, mastering iOS development opens the door to a vast and continuously expanding market. For aspiring developers, this makes iOS not just a platform to learn, but a genuine career pathway with long-term relevance and opportunity.
Why Choose Neptune Solution US for Your iOS Development Career
Start Your Journey to Becoming an iOS Developer
Your path to becoming a skilled iOS developer can begin the moment you enroll in our program at Neptune Solution US. Our iOS training program is thoughtfully designed for both students and working professionals, offering hands-on insight and real-world experience in the ever-evolving world of technology.
Growing Demand for Skilled Developers
The demand for qualified software engineers continues to rise, with companies actively seeking the best talent in the market. Being professionally trained and skilled in iOS technology gives candidates a significant edge, greatly improving their chances of landing their dream job in a competitive industry.
Learn Through Real, Live Projects
Neptune Solution US offers well-equipped resources and a high-tech infrastructure that empowers students to take the lead in the industry by working on live iOS projects. Under the guidance of our experienced technology experts, students gain practical exposure to the latest real-world projects — not just theoretical concepts.
Gain a Competitive Career Edge
This training program provides a valuable career edge for students and working professionals seeking meaningful growth in the tech industry. With competition in the field growing more intense every year, it has become essential for aspiring developers to continuously upgrade their skills in line with evolving industry standards.
Course Curriculum Overview
Topics covered in this module include:
Anatomy of an Application – Understanding the structure and core components that make up an iOS application.
Underneath Xcode – A closer look at how Xcode functions as the primary development environment for iOS.
Installing the iPhone SDK – Step-by-step guidance on setting up the SDK for development.
What You'll Need – An overview of the hardware, software, and accounts required to get started.
The iPhone Simulator – Learning to test and preview applications using Apple's built-in simulator.
Downloading and Installing the iPhone SDK – A practical walkthrough of the installation process.
Provisioning an iPhone – Configuring a physical device for app testing and deployment.
Building and Installing Applications – Understanding the build process and deploying apps to a device or simulator.
Model-View-Controller (MVC) – Introduction to the design pattern that forms the backbone of iOS app architecture.
Application Templates – Exploring Xcode's built-in templates to jumpstart app development.
Xcode Project Layout – Navigating the project structure and understanding key files and folders.
Prototypes – Building early-stage prototypes to test app concepts and workflows.
Adding Frameworks – Integrating essential frameworks into an iOS project.
Setting the Active SDK – Configuring the correct SDK version for development and testing.
Building an Application – Hands-on practice compiling and running a complete application.
Installing an Application – Deploying finished applications onto a test device.
Transitioning to Objective-C – Bridging foundational programming knowledge into Objective-C syntax and structure.
Messaging – Understanding how objects communicate within an Objective-C application.
Class and Method Declarations – Learning the proper syntax and structure for defining classes and methods.
Implementation – Writing functional code to bring class declarations to life.
Properties – Managing object data efficiently using Objective-C properties.
Protocols – Understanding how protocols define shared behavior across classes.
Categories – Extending existing classes with additional functionality.
Posing – Exploring advanced class behavior modification techniques.
Additional Resources – Curated resources and references to support continued learning beyond the classroom.
Topics covered in this module include:
Windows, Views, and View Controllers – Understanding the core building blocks that structure the visual layer of an iOS application.
Existing Templates – Exploring pre-built interface templates available within Xcode to accelerate design.
New Templates – Creating custom templates suited to specific project needs.
User Interface Elements – Working with standard UI components used to build interactive app screens.
Controllers – Understanding the role of controllers in managing the interface and coordinating with underlying data.
Data Views – Displaying and organizing data within the app's interface.
Inputs and Values – Managing user input fields and handling the values they capture.
Windows, Views, and Bars – A deeper look at how windows, views, and navigation bars come together in an app's layout.
The Inspector – Using Xcode's Inspector panel to configure and fine-tune interface elements.
Designing a UI – Hands-on practice building a functional, well-structured user interface.
The Window – Understanding the role of the window object within an application's interface hierarchy.
The View Controller – Managing screen content and behavior through view controllers.
Views – Working with views as the fundamental visual units of an app.
Connecting the Views – Linking visual elements together to create a cohesive interface.
Adding Linkage to Code – Connecting Interface Builder elements to underlying application code.
Removing Interface Builder from a Project – Understanding scenarios where building interfaces entirely in code may be preferred, and how to do so.
Topics covered in this module include:
Basic User Interface Elements – Introduction to the fundamental building blocks used throughout iOS interface design.
Windows and Views – Understanding how windows and views form the visual foundation of an application.
Creating a Window and View – Hands-on practice setting up the basic display structure of an app.
Displaying the View – Learning how views are rendered and presented to the user.
HelloView: Most Useless Application Ever – A simple, hands-on exercise for reinforcing core view concepts.
Deriving from UIView – Extending UIView to build custom visual components.
HelloWorld: The Traditionally Useless Application – A classic beginner exercise for applying foundational UIKit concepts.
View Controllers – Understanding the role view controllers play in managing screen content and behavior.
Creating a View Controller – Step-by-step practice building and configuring a view controller.
Loading from Interface Builder – Connecting view controllers to interfaces designed visually.
Orientation Changes – Managing how an app's interface responds to device rotation.
Disposing of a View Controller – Properly managing memory and lifecycle when a view controller is no longer needed.
ControllerDemo: Hello World, View Controller Style – A practical exercise applying view controller concepts.
Further Study – Additional resources to deepen understanding of view controllers.
Text Views – Working with text views to display and manage textual content.
Creating a Text View – Hands-on setup of a text view within an interface.
Assigning Content – Populating text views with dynamic or static content.
Displaying HTML – Rendering HTML content within a text view.
Source Reader: Web Page Source Code Reader – A practical exercise building a simple HTML source viewer.
Further Study – Additional resources for advancing text view skills.
Navigation Bars and Controllers – Understanding how navigation bars and controllers manage multi-screen apps.
Creating a Navigation Controller – Step-by-step setup of a navigation controller.
Navigation Controller Properties – Configuring key properties to control navigation behavior.
Adding a Segmented Control – Implementing segmented controls for switching between views.
Adding a Toolbar – Integrating toolbars for quick access to common actions.
Page Demo: Page Navigation Exercise – A hands-on project reinforcing navigation concepts.
Further Study – Additional resources for mastering navigation patterns.
Transition Animations – Learning how to animate transitions between screens.
Creating a Transition – Building custom transition animations.
Attaching a Transition – Applying transitions to specific interface actions.
FlipDemo: Page-Flipping Transitions – A practical exercise demonstrating flip-style transitions.
Further Study – Additional resources on animation techniques.
Action Sheets and Alerts – Understanding how to prompt users with alerts and action sheets.
Alerts – Creating and configuring alert messages.
Action Sheets – Presenting users with multiple action options.
Dismissing an Action Sheet – Managing the lifecycle and dismissal of action sheets.
End World: Ending the World (with Confirmation) – A hands-on exercise applying alert and confirmation logic.
Further Study – Additional resources on user prompts and alerts.
Table Views and Controllers – Understanding how to display and manage structured, list-based data.
Creating the Table – Setting up a functional table view.
Table Cells – Configuring and customizing individual table cells.
Implementing Multiple Select – Enabling users to select multiple items within a table.
Editing and Swipe-to-Delete – Adding intuitive editing and deletion functionality.
Reloading Tables – Refreshing table data dynamically.
TableDemo: Simple File Browser – A hands-on project applying table view concepts.
Further Study – Additional resources for advancing table view skills.
Status Bar Manipulation – Learning to customize the appearance and behavior of the status bar.
Hiding the Status Bar – Controlling status bar visibility.
Status Bar Style – Customizing the visual style of the status bar.
Status Bar Orientation – Managing status bar behavior during orientation changes.
Application Badges – Understanding how app icon badges communicate information to users.
Displaying an Application Badge – Implementing badge notifications on the app icon.
Removing an Application Badge – Managing badge removal logic.
Further Study – Additional resources on status bar and badge management.
Application Services – Understanding key background services that support app functionality.
Suspending and Resuming – Managing app behavior when moving between background and foreground states.
Program Termination – Handling proper app closure and cleanup.
Invoking Safari – Launching Safari from within an application.
Initiating Phone Calls – Enabling direct phone call functionality from an app.
Topics covered in this module include:
Introduction to Geometric Structures – Understanding the core geometric data types used throughout iOS development.
CGPoint – Working with CGPoint to represent coordinates within an application's interface.
CGSize – Understanding CGSize and its role in defining the dimensions of interface elements.
CGRect – Learning how CGRect combines position and size to define the frame of a view.
Multi-Touch Events Handling – Introduction to capturing and responding to multi-touch input on iOS devices.
UITouch Notifications – Understanding how touch events are communicated through the UITouch class.
UIEvent – Working with UIEvent to manage and interpret user interactions.
Events Handling – Best practices for processing and responding to touch-based events.
Example: Tap Counter – A hands-on exercise building a simple tap-tracking application.
Example: Tap and Drag – A practical project combining tap detection with drag functionality.
Processing Multi-Touch – Techniques for handling multiple simultaneous touch points.
PinchMe: Pinch Tracking – A hands-on exercise implementing pinch-gesture recognition.
TouchDemo: Multi-Touch Icon Tracking – A practical project tracking multiple touch points across interface elements.
Further Study – Additional resources to deepen understanding of touch handling and geometry in iOS.
Topics covered in this module include:
Understanding Layers – Introduction to CALayer and its role as the visual foundation behind every view.
Layer Hierarchies – Understanding how layers are structured and organized within an application's view hierarchy.
Size and Offset – Managing the dimensions and positioning of layers within their parent views.
Arrangement and Display – Controlling how layers are arranged and rendered on screen.
Rendering – Understanding the rendering process that brings layers to life visually.
Transformations – Applying geometric transformations to layers for dynamic visual effects.
Layer Animations – Learning how to animate layer properties for smooth, engaging transitions.
Layer Transformations – Combining transformations with animations for advanced visual effects.
BounceDemo: Layer Fun – A hands-on project applying layer animation and transformation techniques.
Further Study – Additional resources to deepen understanding of Quartz Core and layer-based programming.
Topics covered in this module include:
1. AVFoundation FrameworkThe Audio Player – Introduction to using AVFoundation for straightforward audio playback.
Player Properties – Configuring key properties that control audio playback behavior.
Playing Sounds – Hands-on practice implementing basic sound playback within an app.
Delegate Methods – Using delegate callbacks to respond to audio playback events.
Metering – Measuring audio levels in real time during playback.
AVMeter: Build a VU Meter – A hands-on project building a functional volume-level meter.
Further Study – Additional resources to deepen understanding of AVFoundation.
2. Audio ServicesAudio Queues – Introduction to using audio queues for more granular control over sound playback.
Audio Queue Structure – Understanding how audio queues are structured and managed.
Provisioning Audio Output – Configuring an application to properly output audio.
Sound Buffers – Managing buffered audio data for smooth playback.
Callback Function – Implementing callback functions to process audio data.
Volume Control – Managing playback volume programmatically.
Example: PCM Player – A hands-on project building a functional PCM audio player.
Further Study – Additional resources on working with audio queues.
3. Recording SoundAudio Queue Structure – Applying audio queue concepts specifically to audio recording.
Provisioning Audio Input – Configuring an application to properly capture audio input.
Sound Buffers – Managing buffered data during the recording process.
Callback Function – Implementing callbacks to handle incoming audio data.
Accessing Raw Data – Working directly with raw audio data captured from the device.
Writing to a File – Saving recorded audio to a file for playback or storage.
Example: Sound Recorder – A hands-on project building a functional sound recording application.
Further Study – Additional resources on audio recording techniques.
4. VibratingIntroduction to triggering device vibration as a form of tactile feedback within an application.
1. AVFoundation Framework
2. Audio Services
3. Recording Sound
4. Vibrating
Topics covered in this module include:
1. Basic Sockets ProgrammingSocket Types – Understanding the different types of sockets used in network communication.
CFSocket – Working with CFSocket to establish low-level network connections.
CFSocketContext – Configuring context data to manage socket behavior and callbacks.
Socket Streams – Understanding how data streams flow through an open socket connection.
CFSocket Example: Joke Server – A hands-on project building a simple server using CFSocket.
Further Study – Additional resources to deepen understanding of socket-based programming.
2. CFHTTP and CFFTPCFHTTP – Implementing HTTP-based communication using the CFNetwork framework.
CFFTP – Implementing FTP-based file transfer using the CFNetwork framework.
Further Study – Additional resources on working with CFHTTP and CFFTP.
1. Basic Sockets Programming
2. CFHTTP and CFFTP
Topics covered in this module include:
The Core Location Manager – Introduction to the central object responsible for managing location-related services.
Query Parameters – Configuring the parameters that define how location data is requested.
Issuing a Query – Hands-on practice initiating a location request within an application.
Receiving Updates – Handling real-time location updates as they're delivered by the system.
Completing a Query – Properly closing out a location request once the required data has been received.
Error Handling – Managing and responding to errors that may occur during location retrieval.
WhereYouAt: Redneck Core Location – A hands-on project applying Core Location concepts in a practical, real-world scenario.
Further Study – Additional resources to deepen understanding of location-based services in iOS.
Topics covered in this module include:
1. Address Book AccessTop-Level Address Book Functions – Introduction to the core functions used to interact with the Address Book framework.
Querying the Address Book – Retrieving existing contact records from the device.
Creating Records – Adding new contact entries programmatically.
Working with Records – Reading, updating, and managing individual contact records.
Multivalue Properties – Handling contact fields that support multiple values, such as phone numbers or email addresses.
Working with Dictionaries – Managing structured contact data using key-value pairs.
Image Data – Accessing and managing contact photos within the Address Book.
Further Study – Additional resources to deepen understanding of Address Book data access.
2. Address Book UIPerson Views – Displaying individual contact details using Apple's built-in interface components.
People Pickers – Allowing users to select a contact through a native selection interface.
Further Study – Additional resources on implementing Address Book UI components.
1. Address Book Access
2. Address Book UI
Topics covered in this module include:
1. Common ControlsThe UIControl Base Class – Understanding the foundational class behind all interactive UI controls.
Segmented Controls – Implementing segmented controls for switching between related options.
Switches – Adding toggle switches for binary user input.
Sliders – Implementing sliders for selecting values within a range.
Text Field Controls – Managing user text input through text fields.
Buttons – Configuring and customizing buttons for user interaction.
Page Controls – Adding page indicators for multi-screen navigation.
Further Study – Additional resources on working with common UI controls.
2. Preferences TablesCreating a Preferences Table – Building a structured table for managing app settings.
Displaying the Preferences Table – Presenting preference options to the user.
ShootStuffUp: Preferences Table Example – A hands-on project applying preferences table concepts.
Further Study – Additional resources on building settings interfaces.
3. Section ListsCreating the Section List – Structuring data into organized, sectioned lists.
Adding an Index Bar – Implementing a quick-navigation index alongside a section list.
Displaying the Section List – Presenting sectioned data within a table view.
TableDemo: A Better File Browser – A hands-on project applying section list concepts.
Further Study – Additional resources on organizing data with section lists.
4. Progress and Activity IndicatorsUIActivityIndicatorView: Things That Spin – Implementing spinning indicators to show ongoing activity.
UIProgressView: When Spinny Things Are Tacky – Using progress bars to display completion status.
Network Activity Indicators – Displaying system-level indicators during network operations.
Further Study – Additional resources on progress and activity feedback.
5. ImagesThe Image Object – Understanding how images are represented and managed within an app.
ImageFun: Fun with Images and Patterns – A hands-on project exploring image and pattern rendering.
UIImageView: An Image with a View – Displaying images using UIImageView.
Image Pickers – Allowing users to select images from their device.
6. Keyboard PropertiesKeyboard Style – Customizing the type of keyboard presented to the user.
Keyboard Appearance – Adjusting the visual appearance of the keyboard.
Return Key – Configuring the behavior and label of the return key.
Autocapitalization – Managing automatic capitalization behavior during text entry.
Autocorrection – Controlling autocorrection behavior for user input.
Secure Text Entry – Implementing secure fields for sensitive input such as passwords.
7. PickersCreating a Picker – Building a custom picker for user selection.
Displaying the Picker – Presenting picker views within the interface.
Reading the Picker – Capturing and processing user selections.
NosePicker: Picking Your Nose – A lighthearted, hands-on project applying picker view concepts.
Further Study – Additional resources on implementing picker views.
8. Date/Time PickersCreating the Date/Time Picker – Building a picker for date and time selection.
Displaying the Date Picker – Presenting the date picker within an interface.
Reading the Date – Capturing and processing selected date and time values.
DatePicker: Independence Day Picker – A hands-on project applying date picker concepts.
Further Study – Additional resources on working with date and time pickers.
9. Tab BarsTab Bar Controllers – Understanding how tab bar controllers manage multi-section applications.
Building a Tab Bar Controller – Hands-on practice implementing a tab bar controller.
Customizable Buttons – Customizing the appearance and behavior of tab bar buttons.
Navigation – Managing navigation flow across multiple tabs.
Delegate Actions – Implementing delegate methods to respond to tab bar interactions.
TabDemo: Another Textbook Approach – A hands-on project applying tab bar concepts.
Further Study – Additional resources on building tab-based navigation.
10. Sensors and Device InformationReading the Orientation – Detecting and responding to device orientation.
Reading Device Information – Accessing key details about the device.
Reading the Accelerometer – Capturing motion data using the device's accelerometer.
Proximity Sensor – Detecting proximity events using the device's built-in sensor.
Further Study – Additional resources on working with device sensors.
11. Scroll ViewsCreating the Scroll View – Building a scrollable container for content that exceeds screen size.
Properties – Configuring key properties that control scroll behavior.
Delegate Methods – Implementing delegate methods to respond to scroll events.
BigImage: Scrolling a Weather Map – A hands-on project applying scroll view concepts.
Further Study – Additional resources on implementing scroll views.
12. Web ViewsCreating the Web View – Building a view capable of displaying web content.
Displaying the Web View – Presenting web content within the application.
Loading Content – Loading and rendering web pages within a web view.
Navigation – Managing navigation behavior within embedded web content.
Delegate Methods – Implementing delegate methods to respond to web view events.
WebDemo: Google Search Utility – A hands-on project building a functional search utility using a web view.
Further Study – Additional resources on integrating web content into iOS applications.
1. Common Controls
2. Preferences Tables
3. Section Lists
4. Progress and Activity Indicators
5. Images
6. Keyboard Properties
7. Pickers
8. Date/Time Pickers
9. Tab Bars
10. Sensors and Device Information
11. Scroll Views
12. Web Views
Topics covered in this module include:
1. Dictionaries and Property ListsCreating a Dictionary – Building key-value data structures to store application settings.
Managing Keys – Organizing and accessing dictionary data through defined keys.
Writing Property Lists – Saving structured settings data to a property list file.
Reading Property Lists – Retrieving and loading settings data from a property list.
Further Study – Additional resources on working with dictionaries and property lists.
2. Preference BundlesAdding Keys – Defining custom keys within a preference bundle.
Reading Preference Bundle Values – Accessing user-configured values from the device's Settings app.
Further Study – Additional resources on building and integrating preference bundles.
1. Dictionaries and Property Lists
2. Preference Bundles
Topics covered in this module include:
CoverFlow: SDK Cover Flow Programming – A hands-on project implementing Cover Flow using the iPhone SDK, giving students practical experience building this distinctive browsing interface.
Further Study – Additional resources to deepen understanding of Cover Flow implementation and customization.
Topics covered in this module include:
PageControl: Page Flicking Example – A hands-on project implementing page flicking functionality using UIPageControl.
Further Study – Additional resources to deepen understanding of page flicking implementation.
A PageScrollView for Many Views – Extending the page-flicking pattern to efficiently manage and display a larger number of views.
Topics covered in this module include:
Movie Player Controllers – Introduction to using movie player controllers for managing video playback within an app.
Properties – Configuring key properties that control movie playback behavior and appearance.
Starting and Stopping the Movie – Hands-on practice implementing playback controls to start and stop video content.
Notifications – Responding to system notifications related to media playback events.
Further Study – Additional resources to deepen understanding of the Media Player framework.
