Enterprise LMS Platform
Led development of a complete LMS platform (content, assessments, certifications) rigorously applying Software Engineering patterns (TDD, CQRS, SOLID). Scalable architecture with Phalcon PHP and Vue.js to support Flipped Learning methodology and ensure enterprise-quality code for the long term.
The Problem
Develop an enterprise-quality LMS platform that supports educational multimodality (Flipped Learning, varied multimedia content), ensures critical data integrity (traceable assessments and certifications), and long-term maintainability with clean architecture for constantly evolving educational requirements.
The Solution
As Software Developer Lead, I established architecture and development standards ensuring impeccable, maintainable code. Rigorously applied TDD for reliability, CQRS to optimize read/write performance, and SOLID principles for a modular and extensible system. Developed critical modules: content management, virtual classroom, assessments, and certifications.
Key Results
Technical debt (TDD + SOLID)
Sustainable scalability
Tech Stack
Case Study
Rigor and Advanced Engineering Patterns
The Challenge: Creating an Enterprise-Quality Educational Platform
Educational Multimodality
Support courses with Flipped Learning methodology and manage varied multimedia content.
Data Integrity
Ensure that assessments and certifications were traceable and accurate (critical for academic integrity).
Long-term Maintainability
The system required clean architecture and disciplined code to support the constant evolution of educational requirements.
The Engineering Solution: Rigor and Advanced Patterns
Software Engineering Patterns
I led the development rigorously applying advanced design patterns, including TDD (Test-Driven Development) to ensure code reliability and CQRS (Command Query Responsibility Segregation) to optimize database read/write performance and scalability.
Design Principles
I implemented SOLID principles and other patterns to ensure the system was modular, extensible, and loosely coupled.
Critical Functionality
I developed key modules such as academic content management, virtual classroom, assessment control, and certification modules, all built on a high-performance stack (Phalcon PHP and Vue.js).
The Impact and Evidence of Discipline
Code Quality and Maintainability
TDD and SOLID standards resulted in a platform with minimal technical debt and high resilience, facilitating platform evolution over subsequent years.
Sustainable Scalability
Using patterns like CQRS ensured the platform could scale and handle user growth and multimedia content complexity without compromising performance.
Complex Content Management
The modular design effectively supported the Flipped Learning methodology, enabling integrated management of content, assessments, and certifications.