Mon Driver 94

<h2><strong>Project overview</strong></h2><p>Mon Driver 94 needed a custom web platform to manage their entire driving school operations digitally. Their workflow relied on spreadsheets, manual planning, and paper contracts — which made it difficult to scale and track student progress properly.</p><p>The objective was to build a centralized, secure tool that would streamline student management, session planning, and internal monitoring — while offering a modern experience for both staff and students.</p><h2><strong>Project execution</strong></h2><p>The platform includes secure role-based access (with 2FA for admins), a full scheduling system, and real-time management of student hours, instructors, and packages.</p><p>Students have detailed profiles with uploaded documents and webcam photos. Admins can create and send contracts for <strong>digital signing</strong>, track payments, and receive <strong>automatic notifications</strong> for pending sessions. The platform also includes a full <strong>accounting module</strong>, real-time <strong>performance stats</strong>, and tools to manage offers, pricing, and instructor planning.</p><h2><strong>Project results</strong></h2><p>Mon Driver 94 now runs entirely on a secure, modern platform tailored to their specific needs. No more spreadsheets or paper — every session, contract, and payment is traceable and centralized.</p><p>The platform offers better internal organization, more precise student tracking, and significant time savings on daily operations. It also improves client experience with online access, reminders, and paperless processes.</p><p>‍</p>

Custom Software : schedule, contracts, payments, instructor planning, digital signatures & real-time student tracking

WeWeb

Xano

Fullstack Development

Driving School Software - Mon Driver 94

La Consignerie

<h2><strong>Project overview</strong></h2><p>La Consignerie is a web platform for ordering eco-friendly food services in the workplace — breakfast, snacks, cocktail dinners, and more. The goal was to digitize a complex ordering process that includes formulas, options, multiple delivery addresses, and logistics preferences, while keeping the UX smooth and user-friendly.</p><p>Each order had to be highly customizable, allowing companies to manage events with ease, track their carbon footprint, and create better habits through simple, guided steps.</p><p></p><h2><strong>Project execution</strong></h2><p>Users can create an event, pick a formula (e.g. breakfast), then customize it with add-ons like drinks, staff, furniture, and logistics options (setup time, delivery windows, equipment pickup preferences, etc.).</p><p>The interface also includes a <strong>personalized dashboard</strong>, showing past orders and the positive <strong>impact generated (CO2 saved, waste avoided, local purchases)</strong>. The system supports <strong>multi-address delivery</strong>, <strong>custom recurrence</strong>, and full control over the event flow — from participants to pricing and time slots.</p><p></p><h2><strong>Project results</strong></h2><p>The result is a clean, intuitive SaaS used by companies to organize office events quickly and with full flexibility. Ordering takes just a few clicks, but gives users precise control over logistics and preferences.</p><p>Thanks to the guided process and detailed impact tracking, the client improved retention and now offers a fully autonomous platform aligned with its zero-waste values. The UX is simple, mobile-friendly, and optimized for recurring use.</p>

Ordering platform for sustainable food services with customizable formulas, delivery logistics, and impact tracking dashboard

Ordering platform - La Consignerie

Fictional

<h2><strong>Project overview</strong></h2><p>EZ Rent is a <strong>fictional peer-to-peer vehicle rental platform</strong>, designed and developed as a portfolio project to showcase my ability to build complex, real-world SaaS solutions. The concept: connect car owners with renters through a seamless and secure web experience.</p><p>The platform allows owners to manage their cars, pricing, and availability, while renters can browse, book, and upload required documents—all in a smooth and modern interface.</p><p></p><h2><strong>Project execution</strong></h2><p>Developed with WeWeb and Xano, this portfolio project includes two user roles: renters and owners. Owners can list vehicles, set pricing, manage bookings, and receive <strong>automated Stripe payouts</strong>. They also have access to <strong>PDF invoices, payout logs, and stat dashboards</strong> to track income and performance.</p><p>Renters can book cars by uploading their documents and selecting time slots. The platform was designed to reflect real business logic, with an emphasis on UX clarity and workflow automation.</p><p></p><h2><strong>Project results</strong></h2><p>While fictional, the platform was built with production-level standards and reflects the typical needs of a live rental marketplace. It handles real user flows like booking, payments, file uploads, and dashboard visibility.</p><p>This project demonstrates my ability to structure and build an entire multi-role platform from scratch, using modern tools and real-world logic.</p>

Peer-to-peer rental SaaS built for my portfolio: Stripe payments, PDF docs, bookings, car listing & stats dashboard

Car Rental Marketplace - EzRent

Portfolio

Product Builder | Low-code & AI

I help startups & SMEs grow faster by building tools that save time, boost efficiency, and unlock revenue

Rayane -

Product Builder | Low-code & AI

About me

Work experience

Product Builder