Food Delivery App Design is a practical UI/UX design project focused on creating a complete digital experience for ordering food through a mobile application. In Figma, designers can plan the user flow, create wireframes, design high-fidelity screens, build reusable components, create interactive prototypes, and prepare the design for developer handoff.
For professional Figma learning, explore JustAcademy Figma Training and Register for Figma Course Demo.
A Food Delivery App is a mobile or web application that allows users to discover restaurants, browse menus, select food items, customize orders, add items to a cart, make payments, and track deliveries. Designing such an application requires a combination of user experience planning, visual design, interaction design, accessibility, and usability.
A well-designed food delivery application should make the complete ordering process simple, fast, clear, and trustworthy.
The user flow represents the sequence of actions a customer follows while using the application.
Open App
↓
Splash Screen
↓
Login / Sign Up
↓
Location Selection
↓
Home Screen
↓
Search / Categories
↓
Restaurant Listing
↓
Restaurant Details
↓
Food Menu
↓
Select Food Item
↓
Customize Item
↓
Add to Cart
↓
Cart Review
↓
Address Selection
↓
Payment
↓
Order Confirmation
↓
Order Tracking
↓
Delivery
↓
Rating & Review
| Screen | Purpose |
|---|---|
| Splash Screen | Introduces the application brand. |
| Onboarding | Explains important app benefits. |
| Login / Sign Up | Allows users to access their accounts. |
| Location Screen | Allows users to select or confirm delivery location. |
| Home Screen | Displays restaurants, offers, categories, and recommendations. |
| Search Screen | Helps users find restaurants or food items. |
| Restaurant Listing | Displays available restaurants. |
| Restaurant Details | Shows restaurant information, ratings, delivery time, and menu. |
| Food Details | Shows item image, description, price, customization, and quantity. |
| Cart | Displays selected items and total price. |
| Checkout | Collects delivery address and payment information. |
| Order Confirmation | Confirms successful order placement. |
| Order Tracking | Shows the current order and delivery status. |
| Profile | Contains account and preference information. |
| Orders | Displays current and previous orders. |
Create a new Figma design file and organize the project into logical pages and sections. A useful structure can include Research, User Flow, Wireframes, UI Design, Components, Prototype, and Handoff.
Food Delivery App
├── Research
├── User Flow
├── Wireframes
├── UI Design
├── Components
├── Prototype
└── Developer Handoff
Select an appropriate mobile device frame based on the target platform. The exact frame size can be adjusted according to the product requirements, but maintaining a consistent frame size throughout the design is important.
Design the primary screens using Auto Layout and reusable components so that the interface remains easy to modify.
The splash screen is the first visual screen users see while the application is loading. It should be simple and focused on brand recognition.
Onboarding introduces the main benefits of the food delivery application to new users.
Use a clear illustration, short heading, supporting text, and a visible primary action such as "Get Started".
The authentication screen should minimize unnecessary effort. Users may be provided with email, phone number, password, or supported social login options depending on the application requirements.
Important UI elements include input fields, password visibility controls, primary CTA buttons, forgot-password options, and registration links.
Location is an important part of food delivery applications because restaurants and delivery availability depend on the user's location.
The home screen should immediately communicate what users can order and help them discover relevant restaurants or food.
A typical home screen can contain:
Search allows users to quickly find restaurants, cuisines, or specific dishes.
A good search interface can include search suggestions, recent searches, filters, sorting options, and categorized results.
Search
├── Restaurant
├── Cuisine
├── Dish
├── Recent Searches
└── Suggested Searches
Categories help users quickly browse different types of food.
| Category | Example |
|---|---|
| Pizza | Margherita, Farmhouse |
| Burger | Veg Burger, Chicken Burger |
| Indian | Paneer, Biryani, Thali |
| Chinese | Noodles, Fried Rice |
| Desserts | Cake, Ice Cream |
| Beverages | Coffee, Juice, Shakes |
The restaurant listing screen displays multiple restaurants according to the user's location, search query, category, or preferences.
Restaurant cards can include:
A restaurant card should provide enough information for users to compare options without overwhelming them.
Restaurant Image
Restaurant Name
★★★★★ 4.6
Indian • North Indian
30–35 min • ₹40 delivery
20% OFF
The restaurant details screen provides more complete information about a selected restaurant.
A food menu should be easy to scan and should clearly separate different categories. Use headings, food cards, descriptions, prices, and images to establish visual hierarchy.
Example menu structure:
Recommended
├── Paneer Butter Masala
├── Veg Biryani
└── Butter Naan
Main Course
├── Dal Tadka
├── Kadhai Paneer
└── Veg Thali
Desserts
├── Gulab Jamun
└── Ice Cream
The food details screen allows users to understand and customize an individual dish before adding it to the cart.
Some food items require customization. The design should clearly communicate which options are required and which are optional.
| Option Type | Example |
|---|---|
| Size | Small, Medium, Large |
| Spice Level | Mild, Medium, Spicy |
| Add-ons | Cheese, Sauce, Extra Toppings |
| Quantity | 1, 2, 3 |
| Instructions | Special preparation request |
The Add to Cart button should provide immediate feedback after the user selects an item.
Possible interaction:
Select Food
↓
Choose Customization
↓
Tap Add to Cart
↓
Cart Count Updates
↓
Confirmation Feedback
The cart screen summarizes everything the customer has selected before checkout.
A transparent price breakdown helps users understand exactly how the final amount is calculated.
| Item | Example Amount |
|---|---|
| Food Total | ₹480 |
| Discount | -₹80 |
| Delivery Fee | ₹40 |
| Taxes | ₹30 |
| Total | ₹470 |
The checkout screen should be simple because users are close to completing their purchase.
Important elements include delivery address, contact information, payment method, order summary, discount information, and the final order button.
Payment options should be presented clearly and securely.
Use clear selection states so users can immediately identify the active payment method.
After a successful order, display a confirmation screen containing the order number, restaurant, ordered items, total amount, estimated delivery time, and order tracking action.
Order Confirmed ✓
Order #FD10245
Estimated Delivery: 30–40 min
Total: ₹470
[Track Order]
Order tracking allows users to understand the current status of their delivery.
Order Placed
↓
Restaurant Accepted
↓
Food Being Prepared
↓
Picked Up
↓
Out for Delivery
↓
Delivered
Use progress indicators, timestamps, icons, and clear status labels.
The profile section gives users access to account information and application settings.
Allow users to save restaurants or food items they frequently order. Favorite actions should provide clear visual feedback and should not interfere with primary ordering actions.
Ratings and reviews help users evaluate restaurants and food items. A review interface can contain star ratings, written comments, optional images, and predefined feedback options.
A design system ensures visual consistency throughout the application.
| Design Element | Example |
|---|---|
| Colors | Primary, secondary, background, surface, success, warning, error |
| Typography | Heading, subheading, body, caption |
| Buttons | Primary, secondary, disabled |
| Inputs | Default, focused, error, disabled |
| Cards | Restaurant, food, offer |
| Icons | Search, cart, location, profile, heart |
The color system should support brand identity while maintaining readability and accessibility.
A typical food delivery interface may use a strong brand color for primary actions, neutral colors for backgrounds, and semantic colors for success, warning, and error states.
Primary
Secondary
Background
Surface
Text Primary
Text Secondary
Border
Success
Warning
Error
Typography should create a clear hierarchy between restaurant names, food names, prices, descriptions, labels, and supporting information.
| Text Type | Purpose |
|---|---|
| Heading | Main screen titles |
| Subheading | Section titles |
| Body | Descriptions and information |
| Label | Inputs and controls |
| Caption | Secondary information |
| Price | Food and order pricing |
Icons should support recognition and navigation without making the interface confusing.
Create reusable components for frequently repeated UI elements.
Components
├── Buttons
├── Search Bar
├── Restaurant Card
├── Food Card
├── Category Card
├── Rating
├── Quantity Selector
├── Bottom Navigation
├── Input Field
├── Checkbox
├── Radio Button
├── Payment Option
└── Order Status
Auto Layout is useful for building flexible cards, buttons, lists, navigation bars, menus, and other responsive interface elements. It helps maintain consistent spacing when content changes.
Use Auto Layout for restaurant cards, food item rows, button groups, checkout summaries, and vertical screen layouts.
Variants allow multiple states of a component to be organized within a component set.
For example, a button component can have Primary, Secondary, Disabled, and Loading states.
Button
├── Primary
├── Secondary
├── Disabled
└── Loading
After designing the screens, connect them using Figma's prototyping features to simulate the user journey.
Home
→ Restaurant
→ Menu
→ Food Details
→ Cart
→ Checkout
→ Payment
→ Confirmation
→ Tracking
Useful interactions include clicking buttons, opening overlays, changing component states, navigating between screens, and displaying confirmation messages.
Small interactions can make the food ordering experience feel responsive and engaging.
Design meaningful empty states for situations where there is no data.
Each empty state should explain the situation and provide an appropriate next action.
Error states should clearly communicate what went wrong and how the user can recover.
Loading states prevent users from thinking the application is frozen. Use skeleton screens, loading indicators, or progress feedback where appropriate.
Accessibility should be considered throughout the design process.
If the product supports multiple screen sizes, create layouts that can adapt to different viewport dimensions. Use Auto Layout, constraints, components, and consistent spacing rules.
A common mobile navigation pattern can include:
Home | Search | Orders | Favorites | ProfileThe navigation should prioritize the most frequently used areas and maintain consistent positioning across screens.
Food Delivery App
├── Cover
├── Research
│ ├── User Personas
│ └── User Journey
├── Wireframes
├── UI Screens
│ ├── Authentication
│ ├── Home
│ ├── Restaurant
│ ├── Menu
│ ├── Food Details
│ ├── Cart
│ ├── Checkout
│ ├── Payment
│ ├── Confirmation
│ └── Tracking
├── Design System
├── Components
└── Prototype
A user opens the application and sees their current location, a search field, food categories, promotional offers, and recommended restaurants.
User opens app
↓
Selects location
↓
Searches "Pizza"
↓
Views restaurant results
↓
Applies rating filter
↓
Selects restaurant
↓
Views menu
Restaurant
↓
Select Food
↓
Customize Food
↓
Add to Cart
↓
Review Cart
↓
Select Address
↓
Select Payment
↓
Place Order
↓
Track Delivery
A repeat-order experience can reduce user effort by allowing customers to quickly select an item or previous order and add it to the cart.
Orders
↓
Previous Order
↓
Reorder
↓
Review Cart
↓
Checkout
Prepare the Figma file so developers can understand the design specifications.
Consistent naming makes a Figma project easier to maintain.
Button/Primary/Default
Button/Primary/Disabled
Card/Restaurant/Default
Card/Food/Default
Input/Search/Default
Input/Search/Focused
Navigation/Bottom/Default
| Task | Status |
|---|---|
| User flow created | ☐ |
| Wireframes completed | ☐ |
| Design system created | ☐ |
| Components created | ☐ |
| Home screen designed | ☐ |
| Restaurant listing designed | ☐ |
| Food details designed | ☐ |
| Cart designed | ☐ |
| Checkout designed | ☐ |
| Payment flow designed | ☐ |
| Order tracking designed | ☐ |
| Empty states designed | ☐ |
| Error states designed | ☐ |
| Prototype connected | ☐ |
| Accessibility reviewed | ☐ |
| Developer handoff prepared | ☐ |
Food Delivery App Design is an excellent practical project for learning professional UI/UX design in Figma. It covers the complete design process from user flow and wireframes to high-fidelity interfaces, reusable components, interactive prototypes, accessibility, and developer handoff. By designing a complete food delivery experience, designers can practice real-world product design skills and build a strong portfolio project.
For structured learning and professional Figma training, visit JustAcademy Figma Training or Register for Figma Course Demo.
