Nearby Places Explorer Resume Project Example
A location-aware app that requests permissions, shows nearby places on a map, and combines device location with a places API.
Free to start · No credit card required
DIEGO MARTINEZ
Android Developer
Project
Location app
Maps-ready- Requested and handled runtime location permissions.
- Showed nearby places on a Google Map.
- Combined device location with a places API.
Why this project is valuable
Strong device-API signal
This project proves permissions, location, and maps skills that many app-only candidates lack.
Clear user value
Finding nearby places is easy for recruiters to understand as a concrete, useful feature.
Good ATS coverage
The project naturally supports Kotlin, Jetpack Compose, Google Maps, location services, and permissions keywords.
Good interview depth
You can discuss runtime permissions, location accuracy, map rendering, and API combination.
Project overview
A nearby places explorer is strong Android resume material because it shows how you handled runtime permissions, device location, and maps instead of building only basic CRUD screens.
The app requests location permissions, gets the device location, queries a places API for nearby results, and renders them on a Google Map with details in a Compose UI.
That gives you concrete ways to describe permissions handling, location services, maps integration, and combining device and remote data into a useful feature.
Architecture overview
Project flowPermission flow
The app requests and handles runtime location permissions with clear rationale and fallbacks.
Location services
Fused Location Provider retrieves the device location accurately and efficiently.
Places API
Retrofit queries a places API for nearby results based on the current location.
Map rendering
Google Maps SDK renders markers for nearby places with interaction.
Compose UI
Compose shows place details, filters, and a list synced with the map.
State handling
ViewModels manage permission, loading, and result states cleanly.
What this project includes
- Runtime location permission handling
- Fused Location Provider integration
- Places API queries with Retrofit
- Google Maps markers and interaction
- Compose UI synced with map state
Tech stack
This stack is useful for Android hiring because it shows device-API, permissions, and maps work as one coherent feature.
Kotlin
Implements permission flows, location handling, and state logic.
Jetpack Compose
Builds the place list, detail, and filter UI synced with the map.
Google Maps SDK
Renders the map and nearby-place markers with interaction.
Location Services
Provides accurate device location via the Fused Location Provider.
Retrofit
Queries the places API for nearby results based on location.
Hilt
Wires location, network, and repository dependencies cleanly.
Features implemented
Permissions handling
Runtime permission flows with rationale make the app robust and user-friendly.
Accurate location
Fused Location Provider gives efficient, accurate positioning.
Maps integration
Markers and interaction make results easy to explore.
Device + remote data
Combining location and a places API shows real integration skill.
Synced UI
List and map stay consistent through shared state.
Resilient states
Permission-denied and empty states are handled gracefully.
Resume bullet examples
These bullets show how to present this app as real device-API and maps work instead of 'added a map.'
- Built a nearby places explorer with Kotlin, Jetpack Compose, and the Google Maps SDK that combined device location with a places API.
- Implemented runtime location permission flows with clear rationale and graceful denied-permission handling.
- Retrieved device location via the Fused Location Provider and rendered nearby results as interactive map markers.
- Kept the list and map in sync through shared ViewModel state with clean loading and empty states.
Skills demonstrated
This project demonstrates strong Android skills for permissions, location services, maps integration, and combining device and remote data.
Device APIs
Networking
UI
ATS keywords extracted from this project
Use keywords that reflect real location and maps work, not only the UI toolkit name.
Interview questions based on this project
Location projects often lead to questions about permissions, accuracy, and combining device and remote data.
What made this more than adding a map?
It handled runtime permissions, retrieved accurate device location, queried a places API, and synced an interactive map with a list UI.
How did you handle permission denial?
Explain the rationale flow, graceful fallbacks, and how the UI behaved without location access.
How did you keep location efficient?
The Fused Location Provider balanced accuracy and battery use for nearby queries.
How would you improve it further?
I would add clustering for dense areas, caching, and offline map fallbacks.
Common mistakes
Explain the permissions, location services, and API combination that made the feature work.
Runtime permission handling is a strong differentiator; show it.
Mention combining device location with a places API.
Denied-permission and empty states show robust handling.
FAQ
Is a nearby places app a good Android resume project?
Yes. It clearly demonstrates permissions, location services, maps, and API integration in one practical project.
Does this help for location-heavy Android roles?
Yes. It maps well to roles that use maps, device APIs, and permissions.
Should I mention Google Maps and location services on my resume?
Yes, if they genuinely supported the app and you can explain how they fit into the feature.
How many bullets should I use for this project on a resume?
Usually two to four bullets are enough. Focus on permissions, location, maps, and API combination.
Turn project details into resume evidence
Use this location app to strengthen your Android resume
Present permissions, location services, and recruiter-friendly maps scope with clearer wording and stronger keyword alignment.
Free to start · No credit card required