Belgium
Engineer with experience in simulation, industrial systems, and client support. Fluent in French, English, Arabic, and Italian; basic knowledge of Spanish. Experienced in solving technical problems, collaborating with cross-functional teams, and delivering practical solutions. • Simulation & Modelling: Designed and implemented real-time dynamic simulators and applied computational fluid dynamics (CFD) to analyze patient-specific blood flow hemodynamics. • Industrial Systems: Troubleshot and resolved HVAC and refrigeration issues across Europe. Coordinated with R&D, Quality, Sales, and logistics teams to optimize client solutions. • Cybersecurity: Built foundational knowledge in threats, vulnerabilities, architecture, and governance. • Communication & Collaboration: Skilled in conveying technical and non-technical information clearly to colleagues and clients.
• Designed and implemented full-scope simulator models using real-time dynamic process simulation and physical modeling. • Owned the simulator IT scope. • Acted as contract owner for a SCADA network interface.
• Provided expert technical support for industrial HVAC cooling systems across Europe. Diagnosed and resolved issues efficiently while communicating in French, English, and Italian to minimize downtime and ensure operational continuity. Collaborated closely with internal teams (R&D, Quality, Sales) to implement effective solutions and enhance client service. • Built and maintained strong client relationships, aligning technical interventions with commercial objectives. Coordinated with logistics and quality teams to ensure timely and efficient case management. • Partnered with senior engineers to commission and service commercial refrigeration units across Europe, ensuring correct installation, optimal performance, and compliance with operational standards.
• Developed and validated a patient-specific computational fluid dynamics (CFD) methodology to analyse pulmonary artery blood flow. Managed clinical imaging data pre-processing, customized boundary condition scripts, and performed statistical shape analysis to link anatomical variations with hemodynamic parameters. • Conducted detailed post-processing and analysis of velocity fields, providing insights into how individual anatomical differences influence pulmonary blood flow patterns.
• Actively suggested and executed a product redesign using 3D CAD to resolve assembly issues, leading to substantial reductions in rework and waste. • Analyzed non-compliant products to measure their impact and pinpoint the root cause. • Established contact with the supplier to comprehend manufacturing process limitations and adjusted the prototype to prevent non-compliance.