About

I’m an interdisciplinary scientist with more than 15 years of experience across the life sciences, working at the intersection of biology, engineering, and technology development. My work centers on advanced, personalized New Approach Methods (NAMs)—including Microphysiological Systems (MPS), Organ‑on‑Chip (OoC) platforms, and next‑generation in vitro models—alongside deep expertise in Regenerative Medicine and Tissue Engineering.

I hold a Ph.D. in Biomedical Sciences & Engineering, completed at the Leiden University Medical Center within the NOCI Gravitation Program—a national flagship initiative focused on advancing organ‑on‑chip technologies and next‑generation in vitro models. Working within this multidisciplinary consortium gave me deep experience in bridging engineering, microfabrication, and complex cell biology, and exposed me to the full innovation pipeline: from fundamental mechanistic research to translational applications and industry collaboration.

Throughout my career, I’ve helped technology teams validate biological claims, design meaningful experiments, and integrate devices into robust laboratory workflows. Equally, I support biological groups in adopting new technologies, building physiologically relevant disease models, and developing functional assays that generate decision‑ready data. This dual perspective allows me to translate seamlessly between disciplines and ensure that innovations are both technically feasible and biologically impactful.

My approach is pragmatic, goal‑oriented, and grounded in problem‑solving. I focus on what truly moves a project forward—clarifying assumptions, aligning priorities, and designing solutions that work in real‑world lab environments. I’m available for interim scientist roles, project delivery, scientific due diligence, and advisory engagements for teams navigating complex interdisciplinary challenges.