Investment App Backend &amp; Feasibility Studies | PGrowth | Mohamed Said       [Skip to content](#main)  [ ![](https://cdn.msaied.com/01KT78WE565VEMM3PSNQAAB0MH.png) Mohamed SaidLaravel Backend Engineer ](https://www.msaied.com/public) - [Home](https://www.msaied.com/public)
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5. PGrowth Investment Backend &amp; Feasibility Studies Platform

   Marketplace Fintech 

 PGrowth Investment Backend &amp; Feasibility Studies Platform
==============================================================

PGrowth is a secure backend for a mobile investment app that connects investors with investment companies, feasibility studies, and opportunities. It provides the APIs, data architecture, and admin operations behind browsing studies, managing stocks, and submitting investment orders.

 Shipped ·Backend engineer &amp; API architect

 ![PGrowth Investment Backend & Feasibility Studies Platform](https://cdn.msaied.com/59/01KTCQ6YV27771FJXR21QZDJN3.png) 

 Case study
----------

1. ### The challenge

    The mobile investment app needed a reliable backend to connect investors with investment companies, feasibility studies, opportunities, and stock-related workflows. Because it handles financial and business data, the system required secure data handling, a well-organized database structure, and business logic that could manage investment requests and company-driven opportunities while scaling with the app.
2. ### The approach

    I designed and built the backend around clearly separated domains: feasibility studies, investment companies, investor accounts, investment orders, opportunities, stocks, and financial activity. I exposed this functionality through secure APIs consumed by the mobile app, and structured the database to keep relationships between companies, studies, opportunities, and orders consistent. I also implemented admin-side operations so the platform team could manage companies, publish studies and opportunities, and process investment requests.
3. ### The outcome

    I delivered a completed, structured backend foundation that lets investors browse investment information, review feasibility studies, and submit investment orders from the mobile app. The platform gives admins centralized control over companies, opportunities, and stocks on an architecture built to scale.

 Developed PGrowth, a backend system for a mobile investment application designed to connect investors with investment companies, feasibility studies, investment opportunities, and stock-related workflows. The platform provides the core backend foundation for managing feasibility studies, investment companies, investor accounts, investment orders, opportunities, stocks, and financial activity through a structured and scalable system. PGrowth was built to support the mobile app with secure APIs, organized database architecture, admin-side operations, and business logic required to manage investment requests and company-driven opportunities. The system helps investors browse available investment information, review feasibility studies, submit investment orders, and interact with investment opportunities through a reliable backend built for financial and business use cases. Key features include feasibility study management, investment company management, investor accounts, investment orders, stock management, opportunity management, backend API development, admin operations, secure data handling, and scalable mobile app architecture.

- REST API
- Relational Database
- API Authentication
- Admin Dashboard
- Mobile App Backend

  Project facts
-------------

  Role Backend engineer &amp; API architect 

 Status Shipped 

 Stack  REST API Relational Database API Authentication Admin Dashboard Mobile App Backend  

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### [Mohamed Said — Personal Portfolio &amp; Engineering Website](https://www.msaied.com/public/projects/mohamed-said-personal-portfolio-engineering-website) 

A complete redesign of my personal engineering website, combining selected production projects, detailed case studies, hundreds of technical articles, certificates, open-source work, and lead generation into one clean professional platform.

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 [View case study →](https://www.msaied.com/public/projects/mohamed-said-personal-portfolio-engineering-website)  $refs.close.focus())" :aria-expanded="more" aria-controls="project-more-61-1iEv" class="inline-flex h-9 cursor-pointer items-center gap-1.5 rounded-full border border-line px-3 text-\[13px\] font-semibold text-ink2 transition-colors hover:border-ink hover:text-ink"&gt; +Quick look  

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Mohamed Said — Personal Portfolio &amp; Engineering Website

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  Role Product Owner, Designer &amp; Full-Stack Developer 

 Challenge The main challenge was organizing more than a decade of engineering experience, hundreds of technical articles, numerous production projects, certificates, and open-source contributions without overwhelming visitors. The previous portfolio format also needed to evolve from a simple personal profile into a professional platform capable of serving different audiences, including potential clients, recruiters, companies, and developers. The redesign needed to remain visually minimal while still providing enough technical depth to demonstrate architecture, backend expertise, real production experience, and the decisions behind each project. 

 Approach I redesigned the website around a content-first architecture with clear separation between professional positioning, projects, technical writing, certificates, and contact paths. The homepage focuses on quickly communicating my role, experience, engineering focus, and selected work without requiring visitors to explore multiple pages before understanding what I do. Projects were rebuilt as structured case studies with categories, technologies, project status, technical challenges, implementation approach, outcomes, and dedicated project imagery. The article section was designed as an engineering library rather than a traditional blog. Articles are organized through topics, searchable content, featured articles, and technology-focused hubs so hundreds of posts remain easy to discover. The interface uses a restrained visual system with strong typography, generous spacing, reusable components, and minimal decoration to keep attention on the engineering work. SEO, semantic markup, accessibility, responsive behavior, structured metadata, performance, and lead-generation paths were considered throughout the redesign. 

 Outcome Delivered a cleaner and more focused professional platform that presents my engineering work through projects, architecture decisions, technical writing, and open-source contributions instead of relying on a traditional résumé-style portfolio. The new structure gives clients, recruiters, engineering teams, and developers clear paths to explore relevant work, understand my technical experience, discover articles, and contact me. 

 Stack  Laravel PHP Blade Livewire Alpine.js Tailwind CSS MySQL FilamentPHP JavaScript Vite SEO AEO Structured Data Responsive Design  

  [Read the full case study](https://www.msaied.com/public/projects/mohamed-said-personal-portfolio-engineering-website) 

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Liliana Antonik Shawky — Author Website &amp; Book Storefront

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  Role Full-Stack Developer, Solution Architect &amp; UI Implementation 

 Challenge The main challenge was combining an emotional, editorial author experience with a practical e-commerce flow without making the website feel like a traditional online store. The platform also needed to work for more than the author's first book, support multiple languages, present long-form editorial content, maintain a strong personal brand, and provide a clear path from discovering the author to purchasing a book. 

 Approach I designed the website around two connected experiences: storytelling and commerce. The public experience uses an editorial structure with strong typography, author imagery, book storytelling, journal content, and carefully placed calls to action. Books are structured as reusable content entities rather than hardcoded sections, allowing future publications to be added without redesigning the website. Each book can have its own presentation, editions, pricing, media, description, and purchasing experience. The ordering flow was kept intentionally simple, allowing readers to select an edition and quantity before proceeding through a secure checkout process. The content architecture also supports bilingual pages, journal articles, newsletters, legal pages, FAQs, and future author events. SEO, semantic page structure, accessibility, responsive behavior, and content discoverability were considered throughout the implementation so the website can serve both readers and search engines effectively. 

 Outcome Delivered a complete digital presence that combines author branding, editorial storytelling, book discovery, and direct sales in one cohesive platform. The website gives the author full ownership of her relationship with readers while providing a scalable foundation for future books, journal content, newsletters, events, and new releases. 

 Stack  HTML Tailwind CSS Alpine.js JavaScript Responsive Design SEO AEO Structured Data Payment Gateway Integration Laravel PHP Blade MySQL  

  [Read the full case study](https://www.msaied.com/public/projects/liliana-antonik-shawky-author-website-book-storefront) 

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 Challenge Designing a platform that serves both public viewers and paying camera partners while maintaining strict data isolation and permissions between visitors, users, partners, and administrators. The system also needed to combine public live streaming, geographic camera discovery, package-based feature limits, advertisement management, subscription approval, payment processing, and partner dashboards without making the underlying business logic difficult to extend. 

 Approach I designed the platform around clearly separated user roles and domain boundaries. Public camera streams remain accessible without authentication, while registered users gain personal features such as saved cameras. Partners operate inside an isolated dashboard where all camera, advertisement, subscription, and statistics queries are scoped to their own account. Subscription capabilities are controlled through packages instead of partner-specific hardcoded limits, allowing camera limits, advertisement limits, and additional features to evolve independently. The subscription workflow was implemented as an explicit state-driven process: request submission, admin review, approval, payment, and activation. Asaas was integrated for subscription payments using webhook-driven confirmation and idempotent processing so subscriptions are activated only after verified payment events. OpenStreetMap and Leaflet power geographical camera discovery, while Laravel authorization policies and permissions enforce access rules on the backend rather than relying on UI visibility alone. The administration layer centralizes management of cameras, categories, partners, subscriptions, payments, advertisements, users, content, permissions, and platform activity. 

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 Stack  Laravel PHP FilamentPHP Livewire Tailwind CSS MySQL OpenStreetMap Leaflet Asaas REST API Webhooks RBAC  

  [Read the full case study](https://www.msaied.com/public/projects/suprivale-ao-vivo) 

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  © 2026 Mohamed Said · Built with Laravel, meant to last.Senior Backend Engineer specializing in Laravel, scalable SaaS platforms, APIs, and cloud infrastructure. I build secure, high-performance web applications that help businesses grow.

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