"Industrial engineer with a specialization in energy. I am an Explort+ talent from the @AWEX program. Passionate about AI and watchmaking. "
During my internship in Martigny, Switzerland. I worked for Kaemco on the City Sim Pro software. You can access my work on Github and Youtube.
Helmo Gramme is accredited CTI : Commission for Engineering Degrees
During my 6 years at this Jesuit school, I acquired a strong foundation in mathematics (7 hours per week) and sciences (6 hours per week)
Taking on the role of President within a student corporation has significantly enhanced my soft skills, particularly in areas related to people management. This experience has equipped me with the ability to lead and manage diverse groups of individuals effectively.
I mentored scouts with behavioral disorders and disabilities for two years. This experience greatly enriched and matured me.
Beyond my engineering journey, I have a deep-rooted passion for artificial intelligence and the transformative impact it brings to our society. I have a fondness for the intricacies of watchmaking and the art of sartorial elegance. I thrive in social settings, cherishing quality time spent with friends. Since the age of nine, golf has been my sanctuary, a sport where I find both discipline and relaxation.
The individuals who inspire me hail from various spheres: Laurent Alexandre for his insightful perspective on artificial intelligence, Éric Dupond-Moretti for his unparalleled eloquence in the realm of justice, Elon Musk for his audacious innovation prowess, and George Orwell for the depth of his sociopolitical contemplation. Hugo Jacomet for is way of thinking.
This project involved the energy renovation of a school located in Namur, Belgium. We designed the entire heating and ventilation system and selected the insulation materials. I invite you to review the project for a comprehensive overview.
In this mathematical project, we applied a 4th order Runge-Kutta method to the Hodgkin-Huxley neural activity model. We utilized Python to achieve satisfactory computations.
We were approached by an industrial client with the aim of designing a 'wind wall' to harness energy, thereby alleviating the company's energy consumption. Ultimately, we produced a prototype of the wind wall, which can be viewed in this project at the end of the document.
In C#, we realised a monitoring computer program who manage the temperature, the name, the available space and other details from your computer