•In charge of a major LNG modules fabrication contract executed by China Offshore Oil Engineering Co. (CNOOC subsidiary)•Lead the Contract & Cost Control department composed of both local and expatriate staff•Responsible to establish the commercial strategy and settle all commercial dispute and claim•Provide support to the Contract Team within the Joint-Venture Directorate for any claim related to the Prime Contract

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• Overall project schedule, budget, contract, quality, risk, change order and claim • Management of multidisciplinary team; i.e. commercial, cost control, schedule, engineering, procurement, quality control, manufacturing, logistic, expediting, etc. • Progress monitoring and reporting

• Project schedule, budget, quality, risk, change order and claim• Coordination between engineering disciplines and manufacturing workshop • Supplier and sub-contractor management

• Development of technical and commercial tender• Technical clarification and commercial negotiation with Client• Feasibility Study, Pre-FEED/FEED, EP and EPC projects

• Governance and Strategic Planning• Operation Control (i.e. consolidation of KPIs, P&Ls reforecasting, etc.)• Sales ControlVarious projects:- Deployment of Customer Relationship Management tool across entities in Asia- Implementation of a Resource Management System tool for workload forecast

EPC project: chemical coke grinding and feeding system for a Hazardous Waste IncineratorPlanning and scheduling (Microsoft Project: Gantt chart), detail design review (PFD, PID, Logical Block Diagram), safety review (HAZOP), equipment specifications review, sourcing, construction work follow-up.Other projects: technical and economical feasibility study of an oxy-fuel burner, feasibility study of a pumping and atomizing system for high viscosity fluid, control valves replacement (sizing calculation and sourcing), feasibility study of an emergency water treatment tank.

Conception of a circulating fluidized bed combustion (CFBC) power plant of 250MWe.The main steps of the project included: mass and energy balance (M&EB), sizing of the main equipments involved in the process, carbon footprint calculation and economic feasibility study.

Comparison of commercial ultrafiltration membranes used in the innovative treatment of drinkable water. The study was carried out on the technical characteristics of the membranes in order to suit different processes.

Detection of Food Additives by Voltammetry at the Liquid-Liquid Interface.Electrochemical behaviour of haemoglobin at the liquid/liquid interface.These studies were published in two peer-reviewed journals of international standard: Electrochimica Acta and The Journal of Agricultural and Food Chemistry.