As the Chief Technology Officer at Botronics, I spearheaded the development of our flagship product - the golf trolley of the future. My role as the technical creator involved ensuring that we delivered the best possible user experience by overcoming numerous engineering challenges. Key responsibilities included:- Implemented the full ROS 2 stack, encompassing control, navigation, and perception systems, to enable intelligent and autonomous navigation.- Developed custom ML models that analyze specific golf scenarios and make real-time decisions, enhancing the trolley's adaptability.- Designed advanced algorithms to ensure precise movements and decision-making in dynamic golf course environments.- Led the development of mobile and smartwatch applications to allow seamless interaction between the golfer and the trolley.- Created the backend logic to enhance user experience beyond golf coursesAdditional Technical Challenges:- Created a Yocto-based distribution to optimize system performance and reduce costs.- Managed the migration from ROS1 to ROS2, enabling the use of Nav2 and ensuring long-term system viability by avoiding outdated frameworks.- Successfully integrated multiple sensors for robust and accurate navigation in outdoor environments.

I led a team of 10 consultants, ensuring both their professional growth and client satisfaction. My responsibilities included:- Conducted comprehensive performance evaluations to assess progress, set future goals, and provide feedback.- Collaborated with each consultant to establish clear objectives and regularly tracked their progress throughout the year.- Oversaw daily activities, ensuring smooth client-consultant relationships, monitoring client satisfaction, and addressing consultant needs.- Assisted consultants in finding new projects or roles when required, aligning their expertise with the right opportunities.

- HWS initiative (2020-202x) - Microservice architecture around our intranet. Environment : Azure (AAD, AKS, APIM), Golang, Angular, Python, .NET core, NATS, NodeJS, Deno- Lead of the Data Science initiative- Internal projects in Data Science & Data Viz- Organization of several workshops

- Improve the CI/CD flow of the different product teams- Migrate Openshift 3 applications to Openshift 4 with ArgoCD integration- Migrate a monolithic application running on a VM to Openshift- Setup the AWS infrastructureEnvironment : Golang, NodeJS, Docker, AWS, Pact (contract testing), Pulumi (IaC), ArgoCD, Openshift, Helm

1 week as an expert - to create the Kubernetes cluster in Azure (AKS), enforce best practices and connect it to on-premise.- to give some best practices on how to use APIM

As an integration expert, my mission was : - To implement a canonical data model following the enterprise model. This model is exposed by a set of REST JSON webservices and NServiceBus over RabbitMQ endpoints. - To migrate from .NET framework to .NET Core - To create corporate libraries and best practices documentation for common tasks like Monitoring, Unit Testing, Auditing, Security, logging & SchedulingEnvironment : C# .NET Core, NServiceBus, RabbitMQ,   Redis (cache), UML, Enterprise Architect Sparx, MSTest, MSBuild, Splunk (Auditing), Azure Devops (CI/CD), ASP.NET Web APIs (REST), JWT, JMeter, API Versioning, Quartz.net (Scheduler), OAuth2 with AD FS

As part of the enterprise integration layer team, my mission was :  - To implement a canonical data model following the transmodel template. This enterprise model is exposed by a set of SOAP, REST JSON webservices and Masstransit over RabbitMQ endpoints.  - To create an enterprise Identity Provider (IDP) - To teach integration layer development best practices/clean code to other teams. - To supervise other developers work - To implement Domain Driven Design (DDD)Environment : C# .NET (framework & core), WCF (SOAP), MassTransit, RabbitMQ,   Redis (cache), Identity Server 4 (OAuth + OpenId connect), UML, Enterprise Architect Sparx, MSTest, MSBuild, SoapUI, Graylog (Auditing), TeamCity (CI/CD), ASP.NET Web APIs (REST), JWT, JMeter, API Versioning, Nagios (Monitoring), Quartz.net (Scheduler)

The purpose of the project was to create a standalone backup solution able to deal with admissions even when the CHL network is totally down. My role was :- To give architecture insights for this solution- With the help of code reviews, I helped junior developers from Hermes to improve the code quality of the final product. - Technical contact for the business. Environment : .NET core, Angular, sqlite

The purpose of the project was to develop a solution ables to compute a quality scores for companies based on data retrieved from different data sources.In this project, I was involved in the definition of the architecture as much as in the implementation of the solution.Environment : Azure functions, Python