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Driving innovation through global R&D and consulting.
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I am a Ph.D. Materials Scientist specializing in the intersection of fundamental physics and industrial applications. My work focuses on predicting and programming how materials will behave in the real world.
I develop deterministic synthesis protocols and predictive kinetic models to solve critical challenges in material stability and performance. From the cleanrooms of semiconductor giants to the laboratories of regenerative medicine, I provide the analytical depth to solve 'unsolvable' material anomalies.
Currently based in Taiwan's high-tech ecosystem as a Special Talent (Gold Card holder), I am seeking to apply my expertise to global challenges in materials science and engineering.
Deterministic Synthesis & Formulation
I build materials from the atom up. Using advanced aerosol-assisted techniques like Spray Pyrolysis, I engineer functional fillers (magnetic, ceramic, plasmonic) and polymer composites with perfect stoichiometry for your most demanding applications.
Interfacial Engineering & Stability
99% of material failures happen at the interface. I engineer these critical junctions to guarantee long-term reliability in harsh environments, using advanced characterization (XPS, SEM) and root-cause analysis to solve degradation and adhesion issues.
Industrial Process Optimization
I bridge the gap between R&D and the factory floor. I am an expert in creating standardized, repeatable processes (SOPs), supporting technology transfer, and implementing quality control (SPC, FMEA) to improve yield and reduce defects.
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Open to strategic collaborations, senior R&D engineering roles, and high-level consulting engagements globally.