Simon Den Haene

Development of an eco-friendly pneumatic endoscope as a safe alternative to single-use devices, reducing cross-contamination risk: - 3D CAD modeling and prototype fabrication - Design and implementation of test benches to characterize prototype performance - Led testing and optimization to ensure reliability, safety, and ergonomics - Collaborated with physicians to ensure clinical suitability of the developed solution - Applied eco-design strategies and life cycle assessments (LCA) in compliance with ISO 14040/14044 standards ------------------------------------------------------------------------------------------------------------------- The École Polytechnique de Bruxelles (ULB) is a leading engineering school known for its strong focus on innovation and interdisciplinary research. Within the school, the BEAMS department brings together expertise in biomedical engineering, electronics, and mechanical systems to develop advanced technologies that address real-world clinical challenges.

Development of an implantable optoelectronic neurostimulator: - Optimized the mechanical and optical design of implantable components to ensure performance and safety - Designed and implemented test benches and equipment for development, inspection, and production (CAD & EDA) - Participated in validation and verification activities within a FIH clinical study (ISO 10974: MRI compatibility, IEC 60601 & IEC 62133: electronic safety, ISO 14708: mechanical performance) - Technical documentation in compliance with ISO 13485 requirements - Coordinated and monitored subcontractors involved in production and assembly activities - Managed and calibrated equipment according to ISO 17025 standards ------------------------------------------------------------------------------------------------------------------- Synergia Medical is pioneering optoelectronics for neural stimulation therapies by developing an innovative, powerful and versatile neural stimulation technological platform. By doing so, Synergia Medical will improve patients’ quality of life and pave the way to new personalized therapies.

Research project : Implementation of a real-time position tracking system for rodents during behavioural experimentations

Options : Biomechanics and Instrumentation Master thesis research project : Development, calibration and testing of a soft strain sensor for the real-time monitoring of the human knee kinematics Other relevant projects : Development of a cardiac simulator (MATLAB) for in-silico studies of various cardiovascular diseases, Modeling and prototyping of a human hip prosthesis (SolidWorks), Design of a palpation device for detecting pulmonary nodules during minimally invasive surgeries