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.
Expertise & Methodology
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.
Industry Applications
Applications of My Work
Semiconductor Materials
Optimizing the stability of high-purity silica slurries for CMP; developing advanced polymer-magnetic composites for passive components; and ensuring the interfacial reliability of next-generation IC substrates.
Medical Technology & Biosensors
Engineering stable bio-interfaces to mitigate signal drift in continuous glucose monitors and other wearable sensors; designing bioactive ceramics and polymer composites for orthopedic implants and regenerative medicine.
Advanced Manufacturing & Energy
Developing functional materials for high-end consumer electronics (e.g., glass-ceramics); and optimizing materials for high-voltage energy systems, such as submarine cable insulation and armoring.
Professional Memberships
- Tissue Engineering & Regenerative Medicine International Society (TERMIS)
- The Institute of Materials, Minerals & Mining (IMO3), Associate of the Institute of Materials, Minerals and Mining
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Open to strategic collaborations, senior R&D engineering roles, and high-level consulting engagements globally.