Consulting company focused at making smart solutions using microelectronics, prototype manufacturing and web integration.

In my role as a system developer at FXC, I was responsible for creating a new and easier to use authorization system using graph databases. This system was inspired by the principles of Relationship-based Access Control (ReBAC) but evolved to offer a highly flexible and intuitively understandable access control mechanism on a granular level using cryptographic signatures for a zero trust architecture. To reduce the complexity I made an abstraction layer, making it straightforward to adopt and integrate within various facets of the platform's operations.I took on the primary responsibility for planning and executing the backend systems' architecture, focusing on a modern and scalable approach. By setting up a monorepository structure, I facilitated the integration and management of microservices, enhancing the development workflow and operational efficiency. My work included configuring the infrastructure through GitOps using Kubernetes using AKS, which provided a robust and flexible environment for deploying and managing our microservices at scale. This also included setting up logging, operators and security tools. In addition I developed event driven backend systems for customer onboarding, dataroom capabilities and also a module system for database drivers and other auxiliary tools (i.e import typescript types from OpenAPI to FE).Furthermore, I implemented a comprehensive platform agnostic DevOps pipeline that underpinned the microservices architecture based on semver and conventional commits, ensuring a smooth and reliable transition from code commits to deployment. This included employing using a signature validation process and CVE scanning, which verified each stage from the initial commit to the final deployment, ensuring the highest levels of security and reliability were maintained. This approach not only streamlined our deployment processes but also significantly bolstered the platform's overall security posture and operational resilience.

As a summer project, I developed a recipe and ingredient website which allows users to look up recipes based on ingredients. The project used a Neo4j database and a joined several public datasets for ingredients and their macro and micro nutrients. This allowed users to select a recipe see the exact composition of it. It also allowed users to for example find ingredients and then look up potential recipes.The project was also a part of BOOST IT hosted by Total Innovation.

During my consultancy at SageSpot, I specialized in utilizing my deep understanding of graph networks to architect and implement a cutting-edge recommendation engine. My contributions extended into key areas of the platform, including the enhancement of payment and user systems.I played a pivotal role in refining our DevOps practices, leveraging GitLab for continuous integration and continuous deployment (CI/CD) processes. Additionally, I employed AWS Lambda and the AWS Cloud Development Kit (CDK) for the efficient setup and management of networks, further demonstrating my proficiency in cloud infrastructure. My work with AWS Neptune was particularly instrumental in underpinning the recommendation engine, enabling sophisticated, scalable graph database solutions.My efforts at SageSpot were central to optimizing operational efficiency, improving user engagement through the recommendation engine, and ensuring a robust, scalable cloud infrastructure.

Primary tasks have been extraction, analysing and reporting of asphalt samples. I have also worked with other tasks that's been involved in the quality control of asphalt.Secondary tasks have been developing an in-house website for organising and searching documents.