Computer & IT · Android app · Final year project

Instant Plasma Donor Recipient Connector Android App

An Android app that connects plasma donors with patients. Users post a request for plasma or offer to donate, and the app matches donors and recipients quickly.

Tech stack

What is the Instant Plasma Donor Recipient Connector Android App project?

An Android app that connects plasma donors with patients. Users post a request for plasma or offer to donate, and the app matches donors and recipients quickly.

Key facts

Type
Final year project · Intermediate
Suitable for
Diploma capstone, BCA, B.Sc, B.E / B.Tech final year and MCA
Build time
4 to 6 weeks
Tech stack
Android app
Guidance from
₹7,999 (Starter Plan)

How the Instant Plasma Donor Recipient Connector Android App works

  1. The user installs the app and signs in; credentials are checked against Firebase Authentication or the app's own API.
  2. Screens built in XML (or Jetpack Compose) collect the user's input and show results in lists and cards.
  3. Data is stored in Firebase Realtime Database / Firestore or a local SQLite database and synced when the phone is online.
  4. Notifications and background services alert the user to updates, and an admin side manages the records.

Block diagram

Tech stack and tools

LayerTools
Android appAndroid Studio, Java or Kotlin, XML layouts, Firebase / SQLite

Any of these can be swapped for the stack your college prescribes. Requirements: a laptop with 8 GB RAM, and free, open-source tools only.

How much does this project cost?

OptionWhat you getCost
Starter Plan100% working source code, Basic project report (40–60 pages) PDF, PPT presentation₹7,999
Advanced Plan100% working source code, Black book / project report (100–150 pages) PDF, Step-by-step code explanation₹9,999
Premium Plan100% working source code, GitHub + zip delivery, Black book (100–200 pages)₹11,999

No GST and no hidden charges. Use the cost calculator for a quote with your deadline and add-ons, or see all plans.

Download the project brief (PDF)

Summary, working, tech stack and viva questions on one branded PDF to show your guide or team. To get it developed, contact us on WhatsApp.

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What you submit with this project

  • Source code with setup guide and a GitHub repository
  • Project report or black book in your university's chapter order (DFD, ER, UML diagrams, test cases)
  • Presentation for the review and final viva
  • Synopsis for topic approval, if your college asks for one

Computer & IT viva questions on this project

What is the aim of the Instant Plasma Donor Recipient Connector Android App project?

An Android app that connects plasma donors with patients. Users post a request for plasma or offer to donate, and the app matches donors and recipients quickly.

Explain the working of your project in short.

The user installs the app and signs in; credentials are checked against Firebase Authentication or the app's own API. Screens built in XML (or Jetpack Compose) collect the user's input and show results in lists and cards. Data is stored in Firebase Realtime Database / Firestore or a local SQLite database and synced when the phone is online. Notifications and background services alert the user to updates, and an admin side manages the records.

What is the Activity lifecycle in Android?

An Activity moves through onCreate, onStart, onResume (running), onPause, onStop and onDestroy. Saving state in onPause or onSaveInstanceState prevents data loss when the user switches apps or rotates the screen.

Why did you use Firebase (or SQLite) for storage?

Firebase gives a hosted real-time database, authentication and push notifications without running our own server. SQLite stores data locally on the phone and works offline. We chose based on whether data must be shared between users.

Which SDLC model did you follow?

We followed an iterative (incremental) model: requirements and a basic design first, then modules built and tested one by one, with the guide's feedback after each review. It suits a project where requirements become clearer as we build.

How did you test the project?

Unit testing of each module, integration testing of the complete flow and system testing with real inputs. Test cases with expected and actual results are listed in the report, including invalid inputs.

What are the limitations and future scope?

The current version is tested on a limited dataset or number of users. Future work includes deploying on the cloud, adding more features or languages, improving accuracy with more data and building a mobile version.

Academic use: Project Buddyy offers mentoring, guidance and reference material for learning. You stay responsible for following your institution's academic integrity rules and for understanding everything you submit.

Want to build Instant Plasma Donor Recipient Connector Android App?

Send your college, deadline and team size. We confirm the scope, cost and what you will submit.