Release & Quality Project

Task Reminder App Resume Project Example

A reliable task and reminder app with scheduled local notifications, local persistence, tests, and crash monitoring for an App Store release.

SwiftSwiftUICore DataUserNotifications

Free to start · No credit card required

SOFIA ROSSI

iOS Developer

95% ATS matchATS

Project

Release-ready app

Ship-ready
SwiftSwiftUICore DataUserNotificationsXCTest
  • Scheduled reminders with local notifications.
  • Persisted tasks locally with Core Data.
  • Added tests and crash monitoring for release.

Why this project is valuable

Strong shipping signal

This project proves you can build, test, and release a reliable app, not only prototype features.

Clear user value

Task reminders are easy for recruiters to understand as a useful, retention-friendly app.

Good ATS coverage

The project naturally supports Swift, SwiftUI, Core Data, UserNotifications, XCTest, and release keywords.

Good interview depth

You can discuss notification scheduling, persistence, testing, crash monitoring, and App Store release.

Project overview

A task reminder app is strong iOS resume material because it shows how you took an app from features to a tested, monitored App Store release instead of stopping at a prototype.

The app persists tasks in Core Data, schedules reminders with local notifications using calendar-based triggers, includes unit tests, and uses crash monitoring to keep releases reliable.

That gives you concrete ways to describe notification scheduling, persistence, testing, crash monitoring, and the release discipline behind shipping a real app.

Architecture overview

Project flow
1UI

SwiftUI UI

SwiftUI screens manage tasks, due dates, and reminder settings.

2Storage

Core Data store

Core Data persists tasks and reminder metadata with reactive updates.

3Reminders

Notification scheduling

UNUserNotificationCenter schedules local notifications with calendar-based triggers for due times.

4Permissions

Authorization

The app requests notification authorization and handles denied access gracefully.

5Quality

Testing

XCTest unit tests cover scheduling and task logic to prevent regressions.

6Monitoring

Crash monitoring

Crashlytics surfaces issues after release so they can be fixed quickly.

What this project includes

  • Core Data persistence for tasks and reminders
  • Local notifications with calendar-based triggers
  • Notification authorization handling
  • XCTest unit tests for core logic
  • Crash monitoring for release reliability

Tech stack

This stack is useful for iOS hiring because it shows reliability, testing, and release readiness as part of building the app.

SwiftSwiftUICore DataUserNotificationsXCTestCrashlytics

Swift

Implements task logic, scheduling, and reactive state across the app.

SwiftUI

Builds the task management and reminder settings UI.

Core Data

Persists tasks and reminder metadata with reactive updates.

UserNotifications

Schedules local notifications with calendar-based triggers for due times.

XCTest

Covers scheduling and task logic with unit tests to prevent regressions.

Crashlytics

Monitors crashes after release so issues are caught and fixed quickly.

Features implemented

Scheduled reminders

Local notifications with calendar triggers fire reminders at the right due time.

Authorization handling

Notification authorization is requested and handled gracefully when denied.

Local persistence

Core Data keeps tasks available offline and in sync with the UI.

Tested logic

Unit tests make scheduling and task behavior dependable.

Crash monitoring

Crashlytics keeps the released app reliable over time.

Release discipline

The project shows the path from features to an App Store release.

Resume bullet examples

These bullets show how to present this app as tested, release-ready iOS work instead of 'built a to-do app.'

  • Built a task reminder app with Swift, SwiftUI, and Core Data that scheduled reminders using local notifications with calendar-based triggers.
  • Requested notification authorization and handled denied access gracefully to keep the app usable.
  • Added XCTest unit tests for scheduling and task logic to prevent regressions before release.
  • Integrated Crashlytics crash monitoring and shipped the app to the App Store via TestFlight beta testing.
Generate bullets from your project

Skills demonstrated

This project demonstrates strong iOS skills for notification scheduling, persistence, testing, crash monitoring, and release readiness.

Notifications

UserNotificationslocal notificationsschedulingauthorization

Quality

XCTestunit testingCrashlyticscrash monitoring

Release

App StoreTestFlightXcodecode signing

ATS keywords extracted from this project

Use keywords that reflect real reliability and release work, not only the UI framework name.

SwiftSwiftUICore DataUserNotificationslocal notificationsXCTestCrashlyticsunit testingApp StoreTestFlightrelease managementiOS

Interview questions based on this project

Release-focused projects often lead to questions about notification scheduling, testing, and shipping.

What made this more than a to-do app?

It scheduled reminders with local notifications and calendar triggers, persisted tasks, included unit tests, and used crash monitoring for a real release.

How did you schedule reminders reliably?

Explain UNUserNotificationCenter with calendar-based triggers, authorization handling, and updating pending notifications when tasks change.

What did you test?

Scheduling logic and task behavior were covered with XCTest to prevent regressions.

How would you improve it further?

I would add recurring reminders, a WidgetKit widget, and broader UI tests.

Common mistakes

Only saying 'built a to-do app'

Explain the notification scheduling, testing, and release work that made the app reliable.

No reliability story

Local notifications with calendar triggers and authorization handling are strong differentiators.

No quality detail

Mention tests and crash monitoring so the work sounds production-minded.

Ignoring release

Showing the path to an App Store release via TestFlight strengthens the project.

FAQ

Is a task reminder app a good iOS resume project?

Yes. It clearly demonstrates notification scheduling, persistence, testing, crash monitoring, and release readiness in one practical project.

Does this help for production-focused iOS roles?

Yes. It maps well to roles that value reliability, testing, and shipping to the App Store.

Should I mention UserNotifications and Crashlytics on my resume?

Yes, if they genuinely supported the app and you can explain how they fit into reliability and release.

How many bullets should I use for this project on a resume?

Usually two to four bullets are enough. Focus on notification scheduling, persistence, testing, and release.

Turn project details into resume evidence

Use this reminder app to strengthen your iOS resume

Present notification scheduling, testing, and recruiter-friendly release scope with clearer wording and stronger keyword alignment.

Free to start · No credit card required