• Projects coordination with customers and technical support for HAZOP/LOPA study • Business development for China region

Research Topic: Integration of Human Factors in Offshore Blowout Risk Assessment• Develop models to incorporate human factors in offshore drilling risk assessment quantitatively and provide guidance to effectively improve human performance• Construct Event Tree (ET) for kick escalating to blowout • Construct Fault Tree (FT) for kick and other safety barriers with focus on human errors• Convert FT and ET into Bayesian Network to consider the influence of human factorsCase Study - Fire and Explosion at Hazardous Waste Facilities• Collected data of previous incidents in hazardous waste facilities to analyze the direct causes• Analyzed root causes of fire and explosion with fault tree• Provided recommendations to hazardous waste facilities and government regulations to prevent similar incidentsOcean Energy Safety Institute (OESI) – Responsible for developing ideas for OESI research topics, forums and assess existing databases in offshore safety ;Consequence Modeling –Developed unique simulations using PHAST 6.7 for a risk analysis of H2S radius of exposure for several processes defined by an Oil & Gas companySafetyTraining – Developed training slides for Advanced Health and Safety Management course that was given to companies in Qatar

Proposed a series of review procedures for nuclear power plants safety; Designed a residual heat removal exchanger to meet the requirement of ASME Boiler & Pressure Vessel Code -Section III

Performed stress analysis of chemical process equipment with ANSYS based on Chinese JB4732 standard (Similar to ASME VIII – 2 Code); Chemical process equipment and pipe design, such as pressure vessels, heat exchangers and compressors;Analyzed the effect of weld and variable thickness on the bucking behavior of oil storage tanks by ABAQUS and evaluated their safety under different earthquake magnitudes