• CO2 Capture Process modeling

Steady state/dynamic simulation and process energy optimization and dynamic process control of a CO2 stripping and regeneration System

• Solar Cell Simulation

Simulation and Optimization of a DSSC solar cell layout using finite element approaches.

• Run to run control for mixed run process and Fault Detection and Classification in semiconductor industry

These works are focus on the development of advanced statistical models for the purpose RtR control and searching the key variables which caused product quality difference by FDC data.

Performance Chamber Matching By Fault Detection and Classification.

• Development of virtual Metrology Technology for back TFT/LCD Process

In this work, we implement statistical methods to predict the final quality values of a TFT/LCD tool.

• Operation based on Local Model Network for Turbine Generator and Cooling Tower and Performance Evaluation Integrated

The optimization problem is formulated as that of maximizing the net power generation of all power producing and consuming devices with Fans operating

• Main Research Interests

The objective of our research is to implement control and optimization theory to the areas of advanced process control and energy integration of the semiconductor and chemical plants:

INFORMATION ENGINEERING LABTORY