Since 2006 I have been working with NMR/MRI method development for microstructure assessment. I've been involved in pioneering new methods including incoherent flow quantification, membrane permeability assessment, isotropic diffusion weighting and the emerging tensor-valued encoding framework for diffusion tensor distribution measurements unconfounded by tissue orientation and heterogeneity. More recently, I have focused on motion-compensated tensor-valued encoding and analysis of time-dependent diffusion effects in tensor-valued encoding.Besides sustained scientific publishing of my academic work, I have been intensely involved in commercial R&D, training and supporting clinical partners and project management. I have been instrumental in intellectual property creation and optimization, and responsible for curation of the company's patent portfolio.I'm excited by outside-the-box thinking and open-ended challenges. Besides the joy of collective successes in my professional life, I value my free-time and my creative side-projects involving audio and visual arts.