I am a materials scientist and sustainability professional with a PhD in Materials Science and Nanoengineering, combining deep technical expertise with practical experience in Safe and Sustainable by Design (SSbD), environmental life cycle assessment (eLCA), regulatory frameworks, and ESG evaluation. I specialize in translating complex scientific insights into actionable solutions that guide product development, portfolio-level decision-making, and strategic innovation.

In my current role, as a postdoctoral researcher, I lead projects that assess and optimize the sustainability of chemical products, integrating industrial design principles with SSbD frameworks. I have developed interactive tools and calculators to support R&D and management decisions, quantifying both environmental impact and commercial value. My work spans experimental research—such as bioreactivity assays, oxidative damage evaluations, and life cycle assessments—alongside strategic guidance for product innovation and portfolio management.

Previously, I gained hands-on experience in formulation development, process validation, and scale-up of pharmaceutical and chemical products. My research background includes polymer engineering, additive manufacturing, bio-inspired robotics, and advanced ceramics, with a focus on sustainable, high-performance material solutions. I have collaborated internationally with academic and industrial partners, supervised student research, and contributed to high-impact publications and conferences.

I am passionate about driving sustainable innovation by merging scientific knowledge with business insights. I thrive in cross-functional, collaborative environments where I can create measurable impact through sustainable design, process optimization, and strategic decision support.