As a freelance R&D software engineer, I specialize in database systems, concurrent and distributed systems, and formal methods with a keen focus on simulation and verification. With a knack for delving into complex technical landscapes, I thrive on architecting innovative solutions that push the boundaries of efficiency and reliability.
Outside of my professional endeavors, you'll often find me immersed in various leisure pursuits. Whether it's crafting intricate woodwork, tending to my flourishing vegetable garden, or orchestrating the soundscape as I manage a vibrant music label focused on vinyl releases, I embrace diverse passions that fuel my creativity. When not indulging in my hobbies, I'm out on the football field, or catching wave on the atlantic waves, drawing inspiration from its beauty to infuse into both my work and leisure pursuits
R&D software enginner with strong technical skills. Autonomous, self-motivated and curious, but mostly not afraid of new challenges and eager to learn new technologies. Open minded, sociable and used to work in a multicultural collaborative environment. As an engineering manager, I strive at making a great product for both users and developers : Foster innovation, promote best practice and ensure engineers’ happiness.
INGILAB is the Innovation Lab and POC Factory of INGIMA. It aims at proposing new possibilities via its motto "explore by doing". As part of INGILAB I worked on research studies and proof of concept in several fields (image processing, machine learning, embedded systems, etc.)
- Introduction to Excel (Freshmen)
- Introduction to Relation Databases (Sophomore)
My thesis was oriented around the design, optimization and validation of distributed real-time application for embedded systems. Particularly, it focuses on the use of formal methods to solve problems related to the distributed real-time environment (communication delay, optimization issues, clock drift).
Keywords: Formal methods, model based development, timed automata, compiler, verification.
Main subjects: Advanced Computer Architecture, Reconfigurable Systems, Distributed Software Development.
Main subjects: Mathematics, Programming, Operational Research, Operat- ing Systems, Real-Time Embedded Systems, Hardware Design.
Thesis: Vectorization of compression algorithms using SIMD instructions. Realtors: Prof. S. Viardot, Ing. R. Schulze, Dr. T. Willhalm. Thesis activity carried out during the final year project at SAP SE