Task Reminder App Resume Project Example
A reliable task and reminder app with scheduled notifications, local persistence, tests, and crash monitoring for a Play Store release.
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DIEGO MARTINEZ
Android Developer
Project
Release-ready app
Ship-ready- Scheduled reminders with WorkManager and notifications.
- Persisted tasks locally with Room and Flow.
- 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 Kotlin, Jetpack Compose, Room, WorkManager, JUnit, and release keywords.
Good interview depth
You can discuss scheduling, notifications, testing, crash monitoring, and Play Store release.
Project overview
A task reminder app is strong Android resume material because it shows how you took an app from features to a tested, monitored Play Store release instead of stopping at a prototype.
The app persists tasks in Room, schedules reminders with WorkManager and notifications, includes unit tests, and uses crash monitoring to keep releases reliable.
That gives you concrete ways to describe background scheduling, notifications, testing, crash monitoring, and the release discipline behind shipping a real app.
Architecture overview
Project flowCompose UI
Compose screens manage tasks, due dates, and reminder settings.
Room storage
Room persists tasks and reminder metadata with reactive Flow queries.
Scheduling
WorkManager schedules reliable reminders that survive reboots and process death.
Notifications
Notification channels deliver reminders with clear actions.
Testing
JUnit unit tests cover scheduling and task logic to prevent regressions.
Crash monitoring
Crashlytics surfaces issues after release so they can be fixed quickly.
What this project includes
- Room persistence for tasks and reminders
- WorkManager-scheduled reliable reminders
- Notification channels with actions
- JUnit unit tests for core logic
- Crash monitoring for release reliability
Tech stack
This stack is useful for Android hiring because it shows reliability, testing, and release readiness as part of building the app.
Kotlin
Implements task logic, scheduling, and reactive state across the app.
Jetpack Compose
Builds the task management and reminder settings UI.
Room
Persists tasks and reminder metadata with reactive Flow queries.
WorkManager
Schedules reliable reminders that survive reboots and process death.
JUnit
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
Reliable scheduling
WorkManager ensures reminders fire even after reboots or process death.
Clear notifications
Notification channels and actions make reminders useful.
Local persistence
Room 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 a Play Store release.
Resume bullet examples
These bullets show how to present this app as tested, release-ready Android work instead of 'built a to-do app.'
- Built a task reminder app with Kotlin, Jetpack Compose, Room, and WorkManager that scheduled reliable reminders surviving reboots.
- Implemented notification channels and actions to deliver clear, actionable reminders.
- Added JUnit unit tests for scheduling and task logic to prevent regressions before release.
- Integrated Crashlytics crash monitoring and prepared the app for a Play Store release with staged rollout.
Skills demonstrated
This project demonstrates strong Android skills for background scheduling, notifications, testing, crash monitoring, and release readiness.
Background work
Quality
Release
ATS keywords extracted from this project
Use keywords that reflect real reliability and release work, not only the UI toolkit name.
Interview questions based on this project
Release-focused projects often lead to questions about scheduling reliability, testing, and shipping.
What made this more than a to-do app?
It scheduled reliable reminders with WorkManager, delivered notifications, included unit tests, and used crash monitoring for a real release.
How did you make reminders reliable?
Explain WorkManager constraints, persistence, and handling reboots and process death.
What did you test?
Scheduling logic and task behavior were covered with JUnit to prevent regressions.
How would you improve it further?
I would add recurring reminders, widget support, and broader instrumentation tests.
Common mistakes
Explain the scheduling, testing, and release work that made the app reliable.
WorkManager-based scheduling that survives reboots is a strong differentiator.
Mention tests and crash monitoring so the work sounds production-minded.
Showing the path to a Play Store release strengthens the project.
FAQ
Is a task reminder app a good Android resume project?
Yes. It clearly demonstrates scheduling, notifications, testing, crash monitoring, and release readiness in one practical project.
Does this help for production-focused Android roles?
Yes. It maps well to roles that value reliability, testing, and shipping to the Play Store.
Should I mention WorkManager 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 scheduling, notifications, testing, and release.
Turn project details into resume evidence
Use this reminder app to strengthen your Android resume
Present background scheduling, testing, and recruiter-friendly release scope with clearer wording and stronger keyword alignment.
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