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The problem
Most swimming pools still manage lanes with a paper register at the desk or a WhatsApp group: members call to ask if a lane is free, staff scribble names into slots, and double bookings are discovered only when two swimmers arrive for the same lane. Fast and slow swimmers end up mixed in one lane, coached squads lose their reserved water to walk-ins, and no-shows silently waste prime-time slots. AquaLane moves the whole operation onto a live web grid: six lanes across 30-minute slots from 06:00 to 22:00, colour-coded by session type, with pace rules enforced per lane so a sprint swimmer never books into the slow lane. Members self-serve their bookings and get a booking code for the desk; staff get an honest utilization view per hour instead of a dog-eared register. The build is a classic, viva-friendly web stack — Laravel, MySQL and a responsive front end — with the booking rules (one active booking per member, 15-minute no-show release, coaching-lane protection) implemented as real, testable logic rather than decoration.
Configures lanes and sessions; watches utilization.
Follow the working sequence
How it works
- The administrator configures lanes (pace bands, coaching-only flags), session types and the daily 06:00–22:00 operating window.
- Members open the live grid, pick a date from the 7-day strip and see every lane × 30-minute slot as free or booked.
- The member selects a session type, taps a free cell and enters name, email and phone; the summary panel shows lane, time and fee.
- On confirmation the booking is stored with a unique code, the cell flips to booked, and a confirmation email is queued.
- At the pool, the member shows the code at the desk; arrival is marked against the booking.
- If nobody arrives within 15 minutes of slot start, the booking auto-releases and the slot reopens on the grid.
- Staff watch the utilization view to spot peak pressure and adjust lane allocation or pricing for the next quarter.
Tech stack:
- PHP · Laravel (booking logic, admin panel)
- MySQL (lanes, slots, bookings, members)
- HTML5 · CSS3 · JavaScript (responsive member UI)
- Blade templates + REST-style JSON endpoints
- Email notifications (booking confirmations)
- Chart rendering for utilization (server-side data, client charts)
- Role-based access (member vs staff)
- Git version control
| Parameter | Value |
|---|---|
| Lanes supported | 6 per pool (configurable, design target) |
| Slot granularity | 30 minutes (configurable) |
| Operating window | 06:00–22:00 daily (configurable) |
| Booking horizon | 7 days ahead (configurable) |
| No-show release | 15 minutes after slot start (configurable) |
| Active bookings | 1 per member at a time (rule) |
| Cancellation window | Free up to 2 hours before slot |
| Users | Members + staff roles |
| Deployment | Shared hosting / VPS (LAMP-compatible) |
Project features
- [Live lane-availability grid] A pool schematic plus a time × lane grid shows every 30-minute slot as free or booked, colour-coded by session type, updating as bookings are made or cancelled.
- [30-minute slot booking] Members choose session, date, lane and slot and receive an instant booking code (e.g. AQ-58214) to show at the pool desk.
- [Pace-based lane rules] Lanes carry pace bands (fast, medium, slow, coaching-only) and the booking flow steers each session type to suitable lanes.
- [No-show auto-release] Unclaimed bookings release automatically 15 minutes into the slot, returning prime-time water to the pool instead of sitting empty.
- [Member bookings dashboard] Members see upcoming bookings with one-tap cancellation, plus membership plan, validity and monthly swim count.
- [Hourly utilization analytics] Staff see booked slots per hour as a bar view, making peak windows (07–09, 17–19) obvious for capacity planning.
- [Session-type scheduling] Lap swim, coaching, aqua aerobics and family splash each get their own rules and lane eligibility.
- [Admin panel] Staff manage lanes, session types, members, pricing and blackout periods without touching code.
What is included
- Complete Laravel web application source code
- MySQL database schema with seed data (lanes, session types, demo members)
- Staff admin panel (lanes, sessions, members, pricing, blackouts)
- Booking-code generation and email notification wiring
- Utilization analytics views
- Project report PDF (problem, design, schema, booking rules, testing)
- PPT presentation for final review
- Viva Q&A preparation document (sessions, concurrency, normalization, validation)
Limitations & prerequisites
- One pool per installation — multi-branch chains would need an added branch module (listed as future scope).
- The no-show release is time-based; it does not integrate with turnstile or biometric hardware as shipped.
- Payment is recorded as a fee line on the booking; online payment gateway integration is an optional extension.
- Peak-hour fairness (e.g. per-member weekly caps) is configurable but not enabled by default.
- Email delivery depends on the buyer's SMTP configuration; the build documents the setup steps.
Frequently Asked Questions
How does the system prevent double booking?
Each lane × slot is a unique record with a database-level uniqueness constraint, and the booking transaction checks availability inside the transaction — so two members tapping the same free cell at the same second cannot both succeed.
What happens if a member doesn't show up?
The booking auto-releases 15 minutes after the slot starts and the cell reopens on the live grid. The member's history records the no-show, and clubs can configure penalties.
Can lane rules be changed?
Yes — pace bands, the coaching-only flag, operating hours, slot length and the release window are all admin settings, not hard-coded values.
Does it work on phones?
The member UI is responsive and works in a mobile browser; members can book from poolside. A native app wrapper is listed as future scope.
How do staff verify a booking at the desk?
The member shows the booking code from the confirmation screen or email; staff search the code in the admin panel and mark arrival.
Is this project suitable for a final-year project?
Yes — for Computer Science, IT and Web Development programs. It demonstrates CRUD, relational modelling, transactions, role-based access and a real booking-rules engine with an analytics view. Suitable for B.E./B.Tech final-year projects in Computer Science, IT and Web Development.
Components & software requirements
- PHP · Laravel (booking logic, admin panel)
- MySQL (lanes, slots, bookings, members)
- HTML5 · CSS3 · JavaScript (responsive member UI)
- Blade templates + REST-style JSON endpoints
- Email notifications (booking confirmations)
- Chart rendering for utilization (server-side data, client charts)
- Role-based access (member vs staff)
- 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.
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