Simon Deng Email & Phone Number

Shenzhen, Guangdong, China

• CNOOC RC Compliant Piled Platform FEED• CNOOC RC Flexible Riser Third Party Verification. • Trex Delfin Sur Platform Transportation and Installation. • Key technology Study for CCS TianJin for the large offshore structure transportation and installation. • ZOMC/NOBEL Tom Prosser Jack-up Transportation. Responsible for the detail engineering including loading/off-loading and voyage analysis, loading manual documentation.• ZOMC/McDermott DB30 Transportation Project. Responsible for the detail engineering for the McDermott derrick barge DB30 transportation, size inspection and instruction.• Dragados Tekel-a Jacket Engineering. Basic design and detail design of Tekel-A jacket, including: transportation, launch, floatation and upending analyses of the jacket.• Pemex Jacket Design. Provide engineering basic design of 2 jacket (PP-PIT-A and PG/H-PIT-A platforms) for Pemex.• ZPMC Transporting SSCV H206 SEMI. • Anardako Red Hawk Spar Decommissioning Analysis. The topside on the Spar would be lifted off by heave lift vessel and the Spar hull reefs down to the seafloor by flooding its tanks. • DOCKWISE HZ 25-8 DPP Jacket Independent Verification. Involved in the jacket transportation marine analysis, responsible for jacket launch analysis and slamming check. • SHELL Malaysia Malikai TLP Engineering. • CNOOC / RC HZ 25-8 DP Floatover Study. • Savia/San Gabriel Jacket Project. Lead marine engineer. • BPZ/Horton Wison Deepwater Buoyant Tower Floatover Study.

Kuala Lumpur, Malaysia

Maliki TLP detail designBeing assigned to TMH (Technip MTH Hull Engineering) as a senior naval architect (from Aug 2012 to Dec of 2013), to perform detail design for TLP.Be responsible for ballasting and stability analyses in pre-service phase. Be responsible for the design wave analysis and load mapping for global/local strength. Participated in global performance post-processing and the tendon fatigue analysis. Frequency domain coupling analysis for the TAD system (DTV-TLP coupling). MOSES/AQWA/WAMIT was used to carry out the hydrostatic/hydrodynamic analysis, and piles of in-house program for post-processing were developed by Python language.