Built to order

Restaurant Table Reservation System with Floor Plan Booking

This project is a complete web application for managing restaurant table reservations, built around a visual floor-plan picker where staff can see every table's live status and book guests in seconds. It includes reservation search and filtering, guest notifications, no-show tracking and occupancy reports for the manager. The system follows a real single-outlet restaurant workflow — from the first phone booking to the end-of-service report. Suitable for B.E./B.Tech final-year projects in Computer Science, IT and Web Development.

Restaurant Table Reservation System with Floor Plan Booking — project thumbnail preview
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The problem

Most small and mid-size restaurants still manage tables on a paper register, a whiteboard, or the manager's memory. That breaks down on busy evenings: double bookings, forgotten phone reservations, tables held for guests who never arrive, and no record of which slots actually make money. This project replaces that chaos with a proper reservation system. The centrepiece is a live floor plan — every table shown with its real-time status (available, reserved, occupied) — so staff can seat and book without walking the floor. Reservations carry guest details, party size, time slot and status; confirmations go out by SMS or email; and the manager gets occupancy and no-show reports. The design is deliberately scoped to one outlet done well: roles for staff and manager, validation that prevents over-seating a table, and a clean relational schema a student can fully explain in a viva.

How it works

  1. The manager sets up the outlet once: tables with seat counts grouped into zones (main hall, terrace, cabins) on the floor plan.
  2. Staff take a booking by phone, walk-in or web form; the app suggests tables that fit the party size and are free in the chosen slot.
  3. The reservation is stored with a unique ID, and a confirmation is sent to the guest via the configured SMS/email gateway.
  4. On arrival, staff mark the guest seated; the table flips to occupied on the floor plan for everyone to see.
  5. When the party leaves, the table is marked free and the reservation moves to completed, feeding the occupancy reports.
  6. Cancellations and no-shows are recorded with one click, freeing the table and updating the guest's history.
  7. The manager reviews covers, turnover and no-show trends on the reports dashboard at close of service.

Tech stack:

  • HTML5 · CSS3 · JavaScript (ES6)
  • Node.js · Express
  • MySQL · relational schema design
  • REST API architecture
  • Responsive mobile-first UI
  • Canvas/SVG chart rendering
  • Git · version control
Parameter Value
User roles Staff and manager (design target)
Tables supported Up to ~200 per outlet (expected)
Booking window Up to 30 days ahead (configurable)
Page load Under ~2 s on broadband (design target)
Database MySQL with migration scripts and seed data
Notifications SMS/email gateway hooks (Twilio/MSG91-ready)
Deployment Shared hosting or VPS; no special hardware needed
Browsers Modern Chrome, Firefox, Edge, Safari (expected)

Project features

  • [Live floor-plan booking] Visual floor plan with every table's real-time status — available, reserved or occupied. Clicking a free table opens the booking form pre-filled with that table.
  • [Reservation management] Create, edit, cancel and reassign reservations with guest name, phone, party size, date and time slot, all validated against table capacity.
  • [Guest notifications] Booking confirmations and reminders through SMS/email gateway hooks (Twilio/MSG91-ready), with console logging in test mode.
  • [Table status tracking] One-click transitions as guests arrive, are seated and leave, keeping the floor plan truthful through the whole service.
  • [Search & filters] Instant search across guest name, phone and table, plus status filters (confirmed, seated, completed, cancelled).
  • [Occupancy reports] Covers by day, table turnover and booking-channel split rendered as charts for the manager's weekly review.
  • [No-show tracking] Flags guests who miss reservations so repeat no-shows can be spotted and policies applied.
  • [Walk-in handling] Seats walk-in parties directly from the floor plan without a prior reservation, keeping one system of record.

What is included

  • Complete source code: frontend, backend API and database schema
  • Database migration scripts with realistic seed data
  • Setup and deployment guide (local + shared hosting/VPS)
  • User manual written for restaurant staff
  • Project report PDF (problem, design, schema, testing)
  • PPT presentation for final review
  • Viva Q&A preparation document

Limitations & prerequisites

  • Scoped to a single restaurant outlet; multi-branch management is future scope.
  • SMS delivery needs the buyer's own paid gateway account; test mode logs messages to the console instead.
  • Reservations are confirmation-only — no online advance payment or table-hold deposits.
  • The floor plan is a 2D schematic for operations, not a CAD-accurate architectural layout.
  • Real-time status assumes a stable internet connection; there is no offline mode.
  • Reports are only as complete as the reservations staff enter — garbage in, garbage out.

Frequently Asked Questions

How does the floor-plan booking work?

Each table is drawn on a schematic floor plan coloured by live status. Staff click a free table and a booking form opens with that table pre-selected; party size is validated against the table's seats before saving, so over-seating is impossible.

Can guests book online themselves?

The build ships with a staff-facing app. A public guest booking page is included as a documented extension path, with the API endpoints already in place to support it.

Does it really send SMS confirmations?

The notification module is wired to standard SMS/email gateway APIs. In the demo it logs to the console; connecting a real gateway is a documented 15-minute configuration step needing the buyer's own API key.

What stops two staff booking the same table?

A unique database constraint on table + date + time slot rejects the second write, and the UI re-checks availability at save time. The report documents this as the concurrency strategy.

Is this project suitable for a final-year project?

Yes — for Computer Science, IT and Web Development programs. It demonstrates CRUD, relational schema design, REST APIs, role-based access and reporting — the full web-development stack in one coherent product. Suitable for B.E./B.Tech final-year projects in Computer Science, IT and Web Development.

Components & software requirements
  • HTML5 · CSS3 · JavaScript (ES6)
  • Node.js · Express
  • MySQL · relational schema design
  • REST API architecture
  • Responsive mobile-first UI
  • Canvas/SVG chart rendering
  • Git · version control
Delivery information

Built-to-order project. Delivery timeline is shared after order confirmation based on current queue.

Support terms

Complete documentation, setup guide, and viva preparation included. Support for setup and explanation provided.

Download abstract (PDF)

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