Alexis Morin Email & Phone Number

Metz, Grand Est, France

Munimentum is my freelance structure, through which I deliver software solutions for commercial projects and collaborate with clients like IQVIA, a Fortune 500 company. Munimentum allows me to manage both large-scale client projects and personal initiatives, focusing on simple, effective solutions that address real-world problems.One significant project under Munimentum is a React Native application that simplifies the process of securing a Thai driving license. The app, used by a growing user base, provides a practical, no-nonsense tool to help users prepare for their driving tests. Its multilingual support, powered by OpenAI for Chinese translations, has made it particularly valuable for non-native speakers in Thailand. The project was delivered on time with high user satisfaction.Through Munimentum, I also built Facture-Relax, a billing tool for French auto-entrepreneurs. This tool simplifies the complex process of generating compliant invoices, helping freelancers focus more on their business and less on legal complications.Another exciting project I developed is Oracle Gé, an AI-powered mobile application capable of recognizing Oracle de Gé cards from user-uploaded images. Using a custom-trained PyTorch model deployed on Google Vertex AI, the app accurately identifies the cards and provides detailed readings. The application leverages TypeScript for automated data scraping, continuously improving the model’s performance.

Paris, Île-De-France, France

During my 2 years and 4 months as a Freelance Software & DevOps Engineer at IQVIA, a Fortune 500 firm, I contributed to the HealthCare Authenticator SDK, an open-source solution for HCP mobile apps and web portals. I developed a UI customization service API, designed a validation request system using Temporal.io for real-time identity verification, and created an integration testing library for microservice endpoints.I also worked on multiple microservices that went into production, expanding app features and driving customer acquisition. These services ensured the app met complex legal and functional requirements, increasing user adoption. Additionally, I developed a React-based tool for testing customized login pages for clients.As a DevOps-oriented engineer, I optimized development processes, implemented CI/CD pipelines, and maintained Kubernetes configurations, improving system performance. I used technologies such as Go, Kubernetes, Terraform, Docker, Azure Cloud, and CI/CD, while honing my skills in Azure DevOps, working across B2C and B2B contexts.Collaborating closely with the product owner and other developers, I contributed to high-level design decisions and followed Agile methodologies like Scrum to ensure smooth project delivery and alignment with business objectives.

Luxembourg

SFEIR is a company of expertise specialized in the development of applications in all their forms (web, mobile, IOT, cloud, data, etc.). Always at the forefront, our role is to support customers in their digital transformation by creating the best products/applications for them.

Luxembourg

Optyce is an optical fiber engineering company. I'm tasked with the development of robust Python applications, utilizing the Django framework to ensure streamlined, efficient performance. Leveraging Docker and Kubernetes, I've created comprehensive configurations that allow for flexible deployments on Scaleway, thereby optimizing resource utilization and application performance.For new projects, I engage in crafting high-quality React code, while also maintaining existing production code to ensure seamless continuity and business operations. Additionally, I've developed Serverless services utilizing Golang on the Google Cloud Platform (GCP), which helps to boost efficiency by offloading server management responsibilities, allowing for a focus on core development.An integral part of my role is documenting the software architecture of various ecosystems. I follow the C4 model for software visualisation, a process that aids in understanding the system structure, context, container, and code-level components, which significantly improves the maintainability of the projects over time.