As a founder with a specialty in technical due diligences and value creation, my expertise lies in guiding firms through the complex process of technology assessment and enhancement. With a keen focus on uncovering the potential for growth and optimization, I offer thorough technical due diligence ser vices to inform investment decisions and strategic planning. My work is centered on evaluating software architectures, code quality, and security to ensure sound investments and to drive innovation. By identifying areas for improvement and devising actionable value creation strategies, I empower businesses to realize their full potential, delivering sustainable performance gains and competitive advantage. ð Planning Expertise in Modernization: Proficient in conducting thorough code and architecture assessments, devising modernization and migration strategies, and setting realistic timelines and milestones. ð Implementation of solutions: Hands-on experience in executing the modernization p

● First mission: Primary point of contact for expertise on the North American territory, supporting multi-million-dollar annual targets and revenues:
• .NET Modernization with Major Cloud providers (Azure, AWS, and Google) Responsible for maintaining relationships and evangelism with the CSPs for the North American territory, as well as enabling their partners to use CAST products during engagements. Supported different types of operations from
• Application modernization with Financial Institutions
● Leveraging deep knowledge of both .NET and the specific needs and constraints of financial institutions to provide tailored modernization strategies that address compliance, security, and performance requirements.
• Analysis and Process Improvement
● Expert in analyzing existing application to identify bottlenecks, areas for improvement and define a precise roadmap and effort estimation.

Specialized in integrating the CAST platform within client environments to tackle intricate challenges, particularly those related to application modernization. I consulted directly with clients to understand their tech landscape, active projects, and specific pain points, often in the context of transitioning from legacy to modern architectures in .NET , Java and Mainframe. Based on client needs, I defined and executed tailored scopes of work that included creating prototypes, pilots, or proofs of concept. I conducted analyses predominantly on legacy applications, showcasing CAST's capabilities in identifying performance bottlenecks, security vulnerabilities, or code quality issues to facilitate a smooth modernization process. I also highlighted the platform's return on investment (ROI) in the Microsoft context, providing economic proof and cost estimates for progressing to the next phase of the sales cycle.

year)
Development and deployment of an application for a Renewable Energy company. Designed and developed an application to streamline the process and improve overall productivity. The application allowed the technicians to create reports on their mobile devices, which could then be submitted directly to the company's database. Worked alongside the IT department to ensure the application was fully integrated with the existing system and could handle large amounts of data in a secure and efficient manner. Technologies: C#, MSSQL

Directed a team of 4 students, in partnership with the Computer Vision Laboratory of the University. Led the team through a study to accelerate the decision-making process in an autonomous car context, by multithreaded interpolation of image recognition from onboard video, and element tracking with trajectory prediction.

Internship + 8 weeks short-term contract)
• First mission: Led the search for a new development platform for ENGIE Solutions to easily create mobile applications. Conducted a benchmark of various "Low-Code" development platforms to help the team choose the most suitable option. After careful analysis, I recommended Microsoft PowerApps as the most optimal solution for their needs. Facilitated the migration to the new platform and accompanied the organization during the transition, while providing guidance to the IT department. Organized workshops and application creation sessions to promote the team's comfortabil ity with and utilization of the new platform. This initiative enabled ENGIE to create new applications in a streamlined manner, resulting in increased efficiency and productivity.
• Second mission: Spearheaded the modernization of an information distribution platform that had been deployed within Engie branches. The project required a complete overhaul of the existing platfor

• First mission: This project involved the calibration of a 3D city reconstruction tool that was based on aerial views from drones and airplanes, using the epipolar line technique. By using the epipolar lines, correspondences were found between points in two images of the same scene (cities and buildings) that were taken from different viewpoints of the aircraft. These correspondences were then combined with machine learning to correct the errors and build up a 3D model. Responsible of the accuracy comparison of the 3D model against other techniques such as a lidar scan, to extract the percentage of errors and adjust the algorithm meta parameters.
• Second mission: Participated in the FMOW xView competition organized by the Department of Defense (USA) as part of a team that analyzed a da taset to identify the area of dispatch of relief efforts during natural disasters. Created the tooling to preprocess the images and used an R-CNN for object detection. Utilized the R-CNN model