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Analysis of Makassar Strait current data and establishment of fatigue and extreme design profiles for Tension Leg Platform (TLP) production risers and steel catenary export risers.
Establish seismic ground motion estimates and assess submarine canyon slope stability for pipeline routing.
Analyze measured wind data to infer associated sea states and extrapolated those sea conditions to 50 and 100 year return period design levels.
Established wind and wave tow criteria for the transport of a TLP on heavy lift transport vessel across the East and South China seas during any month of the year.
Analyze measured Gulf of Thailand wind, wave, and current data and develop metocean climate statistics needed for operational planning.
Develop and maintain Gulf of Thailand offshore weather station data archive for over 10 years.
Analyzed Gulf of Thailand wind, wave, and current measurements and developed metocean climate statistics needed by operational personnel.
Developed environmental design criteria for Thailand’s national energy company for their gas distribution platform in the Gulf of Thailand.
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Managed the program of retaining American Bureau of Shipping (ABS) class on all major Unocal Thailand offshore structures.
Managed projects for installing added wells on existing well platforms.
Carried out a structural analysis of the Unocal Indonesia platforms under seismic loading to verify to the Indonesia certifying authority that the platform was fit for purpose.
Developed hardware, software and procedures for monitoring structural vibrations for the purpose of assessing structural integrity and potential for structural fatigue.
Performed design calculations for the first stacked template structure for the Sepinggan field in Indonesia.
Developed a numerical method for calculating forces and response of large vessels.
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Crew member setting up vibration monitoring 
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