In this project, I served as Technical Lead, overseeing the end-to-end design and development of a planning platform built from scratch for EUTELSAT. The goal was to centralize and modernize the management of operational procedures for a multi-satellite fleet, replacing the legacy system with a robust and scalable web-based solution.
Full-Stack Architecture Design#
From the conceptual phase, I took charge of defining the system’s overall architecture, ensuring a balance between operational flexibility and technical rigor:
Highly Complex Backend: I designed an engine capable of processing critical planning logic, operational constraints, and dynamic scheduling rules, all within a modular architecture that ensured long-term maintainability.
Operations-Oriented UX: I led the interface design, working closely with operators to translate complex workflows into an intuitive web experience that minimized human error.
Technical Leadership and Quality Standards#
As the chief technical officer, my role was to ensure excellence at every layer of the technology stack:
In an environment where failure is not an option, I implemented design patterns focused on security, reliability, and high performance, directly overseeing the backend implementation to ensure compliance with the client’s most demanding standards.
Deployment in Production Environments#
I not only designed the solution but also led its transition to production environments. I oversaw the installation and deployment in production, ensuring a seamless transition from the legacy system to the new platform and that the system was validated for large-scale operations from day one.
Strategic Evolution and Continuity#
Currently, I continue to lead the platform’s evolution. My focus is on:
Sustainable Scalability: Incorporating new features without compromising system integrity.
Continuous Optimization: Refining existing services and adapting the architecture to emerging technologies to address new operational challenges facing the fleet.