I consider myself an aspiring software craftsman specially interested in distributed systems design, agile methodologies and performance. During my experience I have had the opportunity to participate in long-term technical decisions for designing critical parts of big impact systems. I'm a good team player with a can-do attitude that enjoys helping others and learning new things.
Non-engineering stuff I do: 🎸🎹🎶⚽🎾🌱📚🍳
My latest resume: Download
I am designing and implementing an internal tool for the company whose objective is to provide trustworthy enterprise metrics and insights of internal teams, empowering them to make better decisions and apply good engineering practices. Our tool connects to platforms like GitHub and Azure DevOps to provide insights that include: defects per product backlog item ratio, DORA metrics, outage correlations and more.
Working on the identity team designing and building identity services for the company's next generation of applications, providing reliable authentication for all users, services, devices, and applications by leveraging OAuth2.0 and OpenID Connect protocols.
I'm designing and developing payment services, putting special effort on reliability, resiliency and scalability.
Also applying best practices in architecture, code quality, test driven development and CI/CD. In addition, always
looking to improve our engineering processes with simplicity and maintainability.
Building an A/B testing tool in collaboration with Machine Learning teams to configure recommendation algorithm routings in the context of scientific article review platform.
Working on an internal project called ROCS. It consists of a big project based on several
microservices using CQRS and event sourcing patterns. We follow Domain-Driven Design and Test-Driven
Development.
At infrastructure level we use Jenkins pipelines for Continuous Integration and Continuous Delivery.
We deploy our environments at AWS. The application is mainly for internal use for managing resources
of Ryanair.
I was in charge of the design and development of an application that aims, through artificial intelligence, to recognize, process and certify lottery games, to legally share before a notary the shared ownership of these.
We develop from microservices written in Java and .NET to backoffice for business management (Angular). We also administer the company's microservices and manage them in production (Google Cloud Platform and Azure).
The company is dedicated to the creation of virtual assistants with
Artificial Intelligence and I was part of the development team of the
backend serves the company as a management system.
The deployment of the microservices was done in linux virtual machines.
The strategy of decentralized backups was also designed using Bacula.