Sr. Principal Engineer

Name

Shuqin Wang, PhD, Holding US and Finnish citizenships

Contact Information

E-mail : *******@*******.***; Phone number : 1-310-***-****

Education

PhD, Science in Technology, Arctic Marine Technology and Computational Dynamics, Aalto University (formerly Helsinki University of Technology), Finland

MS, Offshore Engineering, Tianjin University, Peoples Republic of China

BS, Offshore Engineering, Dalian University of Technology, Peoples Republic of China

Training

Training Seminar in Jacket Design, DNV

Structural System Reliability Training Seminar at Northwestern Polytechnic University, Peoples Republic of China

Languages

English (Fluent), Chinese (fluent), Finnish (intermediate level)

Experience

Over thirty year experience in offshore engineering and analysis:

More than twelve years of experience in all stages of fixed structures and FPSO design, including structural planning, in-place analysis (yield, buckling and fatigue), pile design and pile-soil interaction, weight control; Structural Reliability. Riser design related to Jacket Platform.

More than seven years research experience on ice mechanics, ice and structure interaction including ice-induced dynamic problems; proposed Ice-Structure failure model is still in use.

Joined Technip of Finland in 2001. Over 15 year experience on Floaters (Spar, Semi-submersible and, FPSO) structural analysis and design (yield buckling, fatigue and load scantling).

Joined Technip Subsea Structures and Foundations department (later Genesis) in 2009. More than 5 year experience in the design and analysis of subsea structures. Experienced in M-type, L-type and Z-type Jumper Design and analysis including local and global; Suction pile – Soil interaction and PLET Design and analysis with 3D FE model, especially local and global in one (3D geometry model as the main body of the PLET could be transferred to the drafter directly).

Experienced in J-Lay Collar Strength Analysis under installation Loads; PLET Transition Bulkhead, Two-way Tee, Three-way Tee and Jumper Elbow design and Analysis; Pipeline and Pipeline support design and strength analysis.

Knowledgeable of Offshore Pipelines Design, Installation, and Maintenance; Piping and Pipeline Calculations Manual; Pipe Stress Engineering; Mechanics of Offshore Pipelines: Volume 1 Buckling and Collapse.

Sound understanding of hydrodynamics of offshore structures, flow-induced vibration and random vibration.

Skillful with ANSYS (Classical and ANSYSWORKBENCH); SACS; FEMGEN, Isymost, ASAS, BEAMST, Sesam-PatranPre, Patran, SESAM (SESTRA, FRAMEWORK), GeniE, Abaqus and HydroD

Genesis, Houston, TX, 06/2014 to 10/16/2015

Sr. Principal Engineer

Shell APPOMATTOX

Buckle-arrestor and Buckle Arrestor collar installation analysis 02/01/2015 to 10/16/2015 with ASME code

J-Lay Collar design and strength analysis 06/2014 to 08/31/2015

Shell Jumper-Elbow Design and Analysis 06/2014 to 09/30/2014

Review of Buckle Arrest and Pipe Joint Design

Principal Engineer, 11/2011 to 06/2014

Herdeberg Suction Pile Review, 10/29/2013 to 05/06/2014

Aasta Hansten Project, 06/2013 to 06/30/2014

Provide Marine Operation Aide Structure

Anodes structural design and strength analysis

Topside Float-over Pi Chocks Structural strength analysis

Vertical Tow Padeye design and strength analysis

Caisson Support strength analysis

Bollard Strength Analysis

Temporary Tower Support Location Re-layout and Strength Analysis

Eccentricity Impact study on Topside Main Support Casting

Piping and Piping Support Strength Analysis

Shell, Deep Troika, 03/2013 to 06/2013

Subsea PLET (production) structural design (global layout of the structure) and analysis with ANSYSWORKBENCH (start with local models of Transition Bulkhead, Two-way Tee and Three-way; key components are later are installed to the global model, one geometry model covers all stage analysis of a typical PLET).

Shell, Princess Project, 07/2012 to 03/2013

Subsea PLET (production) structural design (global layout of the structure) and analysis with ANSYSWORKBENCH (start with local models of Transition Bulkhead, Two-way Tee and Three-way; key components are later installed to the global model, one geometry model covers all stage analysis of a typical PLET).

BP, Mad Dog Phase II, 03/2012 to 07/2012

Subsea PLET (production, gas lifting and water injection) structural design and analysis

PDVSA Project, 01//2012 to 03/2012

Subsea PLET structural design and analysis

Nautilus Mining Project, 12/2012 to 01/2013

Design and analysis of the hose storage structure

BP, Mad Dog North Project, 11/2012 to 01/2012

Concept design and analysis of pull tube tier structure

BP, Atlantis, 11/2011 to 12/2011

Structural strength analysis for lifting basket capacity

GVA, KBR, Houston, TX, 07/10 to 11/11

Senior Technical Professional Leader/Advisor

Upper Hull Umbilicals Support Load Scantling on Jack St. Malo project

Perform JSM suction pile FEA for fabrication, installation and in-place condition

Misc. structural support work on Chevron Jack St. Malo project

Seawater Intake Hood Design and Analysis (Yield, Buckling and Fatigue)

Internal training for Semi global and local strength analysis

Technip USA, Inc., Houston, TX, 2007 to 2010

Senior Staff Specialist

Midgard Compression Platform Truss strength analysis

Fatigue Assessment for Aasgard Spar

Pile Launch Arm Structural Strength Analysis for Kikeh

Subsea Equipment Engineering Support, paid-eye strength analysis for thunder horse

Rig foundation strength analysis

Deck and jacket steel design, weight control for South N'dola

Suction pile design and analysis for EDP

Tahti Onshore Support, Wet tow analysis, Pull Tube strength analysis (pull tube global analysis and its support on spar, VIV analysis wet tow)

Tahti Onshore Support, Strake Panel, Panel-to-Pin Spacer/Nut Remedial

Tahti Onshore Support, Panel-to-Pin As-Built Connection Evaluation Report

Tahti Onshore Support, Strength Analysis of TR-02 Pull Tube and Support Structure on Deck 2

Tahti Onshore Support, TR-02 Pull Tube Damage Evaluation (geometry nonlinear, elastic-plastic analysis)

Software unification

Z, type Jumper for Jublee Project (Flow-line Jumper Redesign Height Restriction, Wellhead Jumper Height Restriction And Sampler Inclusion)

Atlantis Project (Installation Engineering)

100 Ton Spreader Bar

HOSE Development Frame Analysis

DDII Sheave Padeye Analysis

Finite Element Analysis of CETCO Filter Unit

Welding study (internal development)

Compression vessel design and analysis (internal development)

Tahti Diffuser (Cantilever and A frame design and analysis, nonlinear contact simulation of Bolts connection)

PI-Rauma Ltd, Technip of Finland, Pori, Finland, 2001 to2007

Structural Analyst

API code checking of yield, stability and punching strengths of the truss on the spar for three assumed installation positions and the comparison of the results both by program (Framework and Sestra) and hand calculations (with simplified model), found out the mistake of company in-house software.

Murphy Kikeh Project

Strength analysis of deck man holes, riser guides, rip-out plug closure cover, boat landings and spar deck equipment for green-water

Strength and fatigue analysis of TTR guide

Chevron Tahiti

Strength calculations for chain lockers, positioning bollards and supply boat mooring pad-eyes, SCR hang-off pad-eyes at Deck 1, steering winch and chain jack foundation and lockers

Strength analysis of chain jack foundation, platform, HPU, deck house, pulling guide on heave plate and pit hook

Wellhead template strength analysis

BP Holstein Project

Strength analysis of spacer beam on assembly track and fixed ballast pipe and its support

Fatigue strength analysis for the insert of external anodes and water caisson support

Fatigue strength of the insert of external anodes

Local strength and fatigue analysis for fixed ballast pipes and support and caisson supports

Local strength analysis for center well ventilation supports, hypochlorite pipe and support, installation and scaffolding hard point and HPU foundation

Anadarko Kerr-McGee Gunnison Project

Strength of support structure, H1 beams of the spar and transport cradle

BP Shah Deniz Field Development Project

Runway beams in hull STRI 0, 1, 2, and 4 and runway beams in topside strip

Hull Local Strength Analysis

Anadarko, Kerr-McGee Constitution Project

Strength analysis of walkway, single roller chocks foundation heave plate 1, towing horn at Deck 1, rip-out diaphragm closure cover, hull towing platform, supply boat pad-eyes, boat landing and chain pipe and lockers

Green water effect on deck house, ballast pipe control panel and chain

Analysis of the jack foundation structure, ballast piping with valves (central walkway piping) and mooring local control pane

BP Horn Mountain Project

Strength analysis of walking way and deck house

Strength calculations for deck 8 facilities

Truss strength analysis (unity check and punching shear)

Anadarko Kerr-McGee Boomvang and Nansen Projects

Strength of temporary work deck support cup, fixed ballast pipe and its support, cooling water caisson support and rip-out closure cover support

Fatigue Strength of the insert of external anodes

Fatigue analysis of caisson supports

Strength analysis of riser and its supports

Constitution Spar Project

Wet tow structure analysis

Local structural strength and fatigue analysis

Ship Laboratory, Helsinki University of Technology, Finland, 1993 to 2000

Research Scientist

Worked in Ship Laboratory, HUT as research scientist. Mainly concentrated on ice vibration, ice-structure interaction problem; Theoretic description of experiment results of ice forces

Ice-resisting platform: Ice-structure interaction model, ice mechanics, static and dynamic ice load and the response of the structure under ice load condition

Ice experiment data process and analysis (geometric and material nonlinear analysis)

Numerical simulation of ice-cone interaction (Bending and crushing failure modes’ simulation)

Bohai Oil Design Company, Tanggu, Tianjin, Peoples Republic of China, 1982 to 1993

Structural Engineer/Senior Structural Engineer

Basic design and design of JZ-93 Oil Field Artificial Island in Bohai Bay of P. R. C. and lead engineer for upper deck design of model of drilling and production

Lead engineer for detail design of Shengli Jacket-platform

The reliability analysis of offshore structure; project financially supported by China National Nature Science Fund Project

Detail design of BZ28-1 (FPSU) Oil Field in Bohai Bay of P. R. China, leader engineer for the design and analysis of dynamics modulus

Basic design of BZ28-1 Floating Production System Unit, leader engineer for the design and analysis of dynamics modulus

The basic and detail design of BZ34-4 Jacket Platform of Bohai Bay of China (received the First-Class Prize for Science Progressing of Ministry of Petroleum)

Strength analysis of Bohai-9 Jack-up Drilling Platform Under Earthquake loading condition

Jacket-up platform and soil interaction project. The penetration depth for Jack-up Drilling Platform in Bohai Bay area

Detail design and analysis of JZ-202 (1) Jacket Platform including foundation, Jacket, riser and pipeline in Liandong Bay, P. R. China

Fabrication Design of Chengbei Platform B of Production (The co-operation project of China and Japan) and modification of Bohai-5 Jack-up Drilling platform

Wave force on large body: Irregular wave load distribution on large size body

The reliability analysis of static ice load on structure

Ice load on conical structure (ice bending and crushing failure modes sensitivity to the structure)

Modification of Bohai-5 Jack-up drilling platform

Crane Support Design and Analysis

Publications

China Nation Offshore Engineering Conference, 1992 - Investigation on Structural Reliability of Deeply Embeded Ice-resistant Platform

Mechanical Engineering Series No. 156 2001, A Dynamic Model for Breaking Pattern of Level Ice by Conical Structure

Proceedings of the ASME 2014 33rd International Conference on Ocean, Offshore and Arctic Engineering, OMAE 2014, FEA Analysis of Subsea PLET Installation and Operation

Proceedings of the ASME 2015 34th International Conference on Ocean, Offshore and Arctic Engineering, OMAE 2015, FEA Analysis of Subsea Suction Anchor under Operation Condition

Reference:

Tobias Kärrsten GVA

Bob Zhang Technip

Kristen Delack Technip

Jim malachowski Genesis

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