• Designing AI agents, prompt engineering, and domain-specific LLM fine-tuning

• Machine learning for computational lithography and image enhancement

• Software prototyping and development

• Numerical techniques for process modeling and optimization

• Manages new product introduction and production support engineering for a specific product or group of products after transfer from design to in-house or outsourced production.

• Interfaces with design, process, test, reliability and manufacturing engineering to solve product issues and production problems.

• Develops and sustains process improvements to reduce production costs and increase yields.

Project: Field-effect Transistor Devices with Thin-film Materials

• Built ultrasensitive (fM-level limit of detection) electrical sensors with micro/nanofabrication techniques for chemical/gas/bio sensing applications

• Measured sensor signals with cryogenic probe station and semiconductor parameter analyzer

• Performed data analysis with MATLAB to identify trends and obtaining core results

Project: Hemispherical Photodetector for Imaging Applications

• Designed shadow mask with Solidworks and built it with high resolution multi jet 3D printer

• Deposited patterned electrodes on curved surface

Project: Nanoprinting Process for Nanoelectronic and Optoelectronic Devices and Heterostructures

• Developed plasma-assisted printing process for producing device arrays of thin-film materials

• Produced well-controlled edge profile and thickness suitable for scale-up electronic applications

Project: Plasmonic nanostructures for Optical Sensor Applications

• Designed new masks and jigs with Solidworks and AutoCAD for advanced optical measurement system followed with micro/macro machining

• Measured sensor signals with SERS (Surface Enhanced Raman Spectroscopy) and optical spectrometer

Project: Micro-valve Actuator for Optofluidic Biosensor Applications

• Designed and implemented a micro-valve system that increased the concentration of the target molecules by 3 times, resulting in the increase of sensitivity

• Proved the mechanism by simulation with COMSOL Multiphysics

• Published 12 papers in peer-reviewed journals (6 first authored)

• A issued patent in US Patent and Trademark Office

Project: Alternating distribution and merging of droplets in a microfluidic device

• Designed novel microchannel system with pillar structure for droplet merging application

• Performed CFD (Computational Fluid Dynamics) analysis with COMSOL Multiphysics for applying hydrodynamic resistance model

• Created a powerful method of timing error correction of microfluidic logic device and synthesis of chemical materials