At Sirris, I support foundries and their customers in solving technical challenges related to casting processes. Drawing on more than 20 years of experience, I help companies improve product quality, optimise production processes and develop innovative solutions for foundry applications.
In addition to my role as technical advisor, I am responsible for planning and coordinating testing activities in our laboratories, ensuring that tests are carried out efficiently and according to the required quality standards.
Are you facing a casting-related challenge or looking to validate a new solution? I would be happy to discuss how I can help.
Expertise
- Casting processes and foundry technologies
- Technical support for foundries
- Test planning and laboratory coordination
Work experience
After obtaining my Master's degree in Engineering, I joined Sirris, then known as Gieterijcentrum (Foundry Center). I started my career as a researcher, focusing on different aspects of casting processes before becoming a technical advisor for foundries. Over the years, I have supported numerous Belgian foundries and their customers through technical advice, innovation projects and problem-solving.
Studies
- Master's degree in Engineering – Ghent University (1994)
Professional motto
"Many of life's failures are people who did not realize how close they were to success when they gave up." – (Thomas A.Edison)
Fun fact
I enjoy putting my general knowledge to the test and even had the opportunity to compete on Blokken, one of Flanders' most popular TV quiz shows.
Related tests
Hardness test
Measure resistance to indentation to verify material strength and surface durability.
Chemical analysis
Know exactly what your material contains to ensure quality, consistency, and compliance.
Ultrasonic test
Detect internal defects without damage to ensure structural integrity and safety.
Red-white penetrant test
Detect surface-breaking defects quickly to prevent cracks from becoming failures.
Micrography/Metallography
Examine microstructures in detail to understand material quality and processing history.
Macrography
Reveal internal structures and defects to verify material quality and processing.
Electrochemical corrosion test
Assess corrosion resistance quickly and accurately under controlled electrochemical conditions.
Tensile test
Measure strength and ductility to ensure materials perform safely under tension.
Carbon sulphur analysis
Measure carbon and sulphur content accurately to control material quality and performance.