Digital products / Campus services
Tuck
Developed at EUI
Campus food that fits around the day.
A campus food pickup product with a public website, vendor workspaces, and a bilingual ordering app prototype for students and staff.
- Context
- Egypt University of Informatics (EUI)
- Scope
- Product design, web and mobile development
- Platform
- Web / iOS and Android prototypes
- Status
- In development · Public website
Pickup organised around collection windows. Editorial illustration for Tuck.
The context
Make the pickup work for both sides.
A short break leaves little room for an uncertain food queue. Students and staff need to see what is available and choose a realistic collection time, while campus vendors need control over what their kitchen can prepare.
What we built
One pickup journey, from menu to collection.
Developed at Egypt University of Informatics, Tuck brings a public website, vendor and admin workspaces, and an English–Arabic ordering app prototype around one pickup journey: browse a campus menu, choose an available window, and collect with a code.
A clear public introduction
The website explains campus menus, pickup windows, and collection in three steps, with responsive layouts and a concise FAQ.
Ordering in two languages
The app prototype covers cafeteria discovery, dish options, cart editing, pickup windows, order progress, and history in English and Arabic, including right-to-left layouts.
A workspace for operations
Vendor and admin workspaces organise menus, availability, orders, and support around the same pickup process.
Design decisions
The choices behind the experience.
Start with campus pickup
The core journey centres on collection from existing campus vendors. Student delivery and wider delivery remain future product ideas.
Respect kitchen capacity
Pickup windows have a limited number of orders. The prototype closes full windows and keeps one cafeteria per order, making the handoff easier to coordinate.
Validate the flow before launch
The ordering app uses sample menus and simulated order progress to evaluate the experience. Live authentication, payments, and fulfilment remain part of the launch work.
The result
A foundation for a campus pickup service.
A coherent product direction expressed through a live website, operational workspaces, and a bilingual mobile prototype. The work establishes the ordering and collection experience for further integration and campus validation.
- React Native
- Expo
- TypeScript
- Next.js
- Supabase
- Arabic / RTL
Inside Tuck
A clear introduction to campus pickup.
