Capstone 24 · Logistics

Address Pin NG

Save landmarks so riders find you the first time.

  • 12 frames · MVP
  • Last-mile delivery
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Project overview

Reusable landmark pin for deliveries. Seller-side product.

Platform
Mobile app · Android-first · portrait
Screens
11 screens + 1 unhappy path (12 frames)
Features
3 core features
Bottom navigation
Places · Share · History · Profile
Prototype
4 linked flows

Build order: Auth (screens 1–4) → nav tabs (5–8) → core flow (9–11) → unhappy path → link prototypes.

Problem & primary user

Formal street addresses are weak in Nigeria. UK/US use postcodes; riders rely on phone calls and WhatsApp pins that fail for deliveries.

Primary user

"Tolu, a 35-year-old ecommerce seller in Abeokuta who loses orders because couriers cannot find her shop."

Geographic scope: National-level

Goals

User goal: Save landmark directions and share a delivery pin customers and riders understand.

Business goal: Delivery platforms, ecommerce sellers, and logistics APIs license address pins.

Success: User saves place, shares pin, preview matches rider view.

Market context

Question
Answer
Who pays
Logistics APIs and ecommerce sellers pay for verified pins.
Why not WhatsApp
WhatsApp location pins drop riders at wrong gates; voice calls repeat landmarks.
Design focus
Landmark text plus photo plus share link built for Nigerian compounds.

Competitors to check:

  • Google Maps pin (weak landmark context)
  • Courier call on arrival (default)
  • Kwik, GIGL apps (driver-side, not seller pin library)

Validate before you design

Interview 3–5 people who match your primary user. Update this brief if interviews contradict it. Do not start hi-fi until you complete the confirmation below.

Validated user (name, age, city)
Problem in one sentence
One interview quote
Success metric for your test
Primary colour and tone
One competitor you checked

Interview prompts

  • "Walk me through the last time this happened."
  • "What did you use instead? WhatsApp, paper, or nothing?"
  • "What would make you trust this on a cheap Android phone?"
  • "What would stop you from using this every week?"

Features & scope

v1 · three features

  1. Create a saved location with landmarks and gate instructions
  2. Share pin link via WhatsApp or SMS
  3. See rider notes history for that location

Out of scope

  • Full courier dispatch
  • GPS routing engine
  • International addresses

Screens

Design every row in wireframe, high-fidelity UI, and prototype (where the flow applies).

#LayerScreenWhat to show
1AuthSplash ScreenApp logo, name, and tagline for Address Pin NG.
2AuthOnboarding (1 screen)Explain the app in one sentence. One Get Started button.
3AuthSign Up ScreenName, phone number, state, and PIN. No email required.
4AuthSign In ScreenPhone number and PIN. Forgot PIN link.
5App shellPlaces (tab)Saved locations list. Add New Location button. Show bottom nav with Places active.
6App shellShare (tab)Pick a place and preview share card with copy link button. Show bottom nav with Share active.
7App shellHistory (tab)Recent shares and rider delivery notes per place. Show bottom nav with History active.
8App shellProfile (tab)Name, phone, default city/LGA, and sign out. Show bottom nav with Profile active.
9Core flowAdd location · SavedLandmarks and optional gate photo saved. Show bottom nav on post-sign-in screens.
10Core flowShare previewPin card ready to copy link. Show bottom nav on post-sign-in screens.
11Core flowRider viewWhat courier sees: landmarks and call button. Show bottom nav on post-sign-in screens.

Layers: Auth = 1–4 · App shell = 5–8 · Core flow = 9–11

Prototype flows

Link these in Figma. Examiners should click through without your voice-over.

Flow 1 · App entry

SplashOnboardingSign Up or Sign Infirst main tab

Flow 2 · Core task (all three features)

Sign InPlaces tabAdd locationShare tabHistory tab

Core flow screens: Add location · Saved · Share preview · Rider view

Flow 3 · Navigation

Link every nav tab so examiners can tap each bottom nav item. Tabs: Places · Share · History · Profile

Flow 4 · Unhappy path

Trigger the unhappy path edge case and link to that screen.

Unhappy path

Design this as its own screen state (frame 12):

User tries to share without landmark text. Show: Add at least one landmark so riders can find you.

Link in Flow 4.

Design system

Colour
You choose. Keep it simple and readable.
Type
You choose. Keep body text easy to read on a phone.
Tone
Design for your user, not for a tech audience.

Reuse on every screen:

  • Primary button (active and disabled states)
  • Input field (empty, filled, and error states)
  • Card or list item used across the app
  • Navigation bar with correct labels and icons
  • Empty state: what the screen looks like with no data

Submit & defense

Deliverables

#DeliverableWhat good looks like
1WireframesEvery screen in this brief, plus the unhappy path. Layout and labels clear.
2High-fidelity UISame frames polished. You choose colour and type. Bottom nav on every post-sign-in screen.
3PrototypeFour linked flows (entry, core task, navigation, unhappy path). Examiners can use the app without your voice-over.
4AI prototypeFigma Make: at least 2 screens. Share link.
5Case study (1 page)Problem · User · Who pays · Competitors · Solution · One design decision
6Presentation (6–8 slides)Name · Problem · User · Solution · Key screens · Flow demo · One decision

Before you present

  • Every screen designed in wireframe and hi-fi
  • Unhappy path screen designed and linked in the prototype
  • Four prototype flows linked end to end
  • At least one empty state on a list tab
  • Shared components reused: button, input, card or row, bottom nav
  • Case study names who pays and one competitor you checked
  • You can explain one design decision in critique (why, not what)
  • Completed 5 user interviews or 1 usability test
  • Checked at least one competitor listed under Market context

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