About

More about my work

For over two decades, I’ve worked at the frontiers of nanotechnology, developing advanced materials and devices that connect science with innovation. My research spans micro/nanofabrication, biointerfaces, and nanooptics — integrating engineered nanostructures into optical and electronic systems such as LEDs, flash memories, plasmonic devices, and nanobiosensors. 

I thrive in environments where curiosity drives application. Leading multidisciplinary teams, I’ve focused on transforming fundamental research into scalable technologies that bridge laboratory discovery and industrial realization.

I take pride in building diverse, dynamic research groups that balance scientific excellence with creativity, business understanding, and people-centered leadership. Collaboration and team growth remain at the core of my philosophy — innovation only thrives when ideas are shared and nurtured collectively.

Currently, I lead strategic research in nanoengineering of material interfaces at the molecular level, developing advanced tools and high-throughput nanofabrication methods for applications across electronics and biomedicine. My vision is to shape research ecosystems where ideas evolve into products, spin-offs, and technologies that define the next generation of materials science.