Timothée Jung Email and Phone Number

- Control and management of water resources, stormwater management, discharge-modeling, climate adaption, nature-based solutions and coastal flood control.- Erosion and sediment transport, investigations of erosion processes and sediment transport in the watercourses.- WS & S (Water Supply and Sewage) managing and maintaining infrastructure operations.- Hydraulic Modeling, Bridge Analysis, Flood Modeling, Culvert Design, and Flood Study

Led various high-profile projects related to field management, flow design, and optimisation, resulting in significant improvements in separation processes and heat/mass transfer efficiency.Played a pivotal role in developing and mentoring the Flow Assurance and Computational Analysis teams in Krakow, Poland. Successfully transitioned the teams to become independent and proficient within a short period.Led pivotal analyses on Separation, Erosion, and Thermal studies, directly influencing the success of major projects including Subsea 2.0, Equinor Snorre, and Inpex Ichthys.

Upon the success of Forsys Subsea by decreasing the production price and first oil date, I was integrated into the merger of FMC Technologies and Technip. In my role as a Flow Assurance Engineer, I focused on ensuring the smooth and efficient operation of fluid systems. Key contributions during this time include:- Conducted in-depth Computational Fluid Dynamics (CFD) analyses and Thermal Finite Element analysis (FEA) using tools such as Fluent, CFX, ANSYS Mechanical, and MATLAB/Python (Erosion/Cavitation, FIV and life fatigue assessment).- Designed product standardisation and developed compact modeling development/Model Order Reduction, leading to improved system performance and cost efficiencies.- Played a crucial part in the success of projects like Total Egina, ENI-Block 15/06, Shell - Gumusut, and various research and development initiatives.- Demonstrated proficiency in insulation optimisation, cool down testing, and evaluation of flow meters, among other tasks.- Collaborated with cross-disciplinary teams to ensure seamless project execution and fostered strong relationships between satellite offices worldwide.As an Engineer Field Support (Flow Manager) at TechnipFMC, I played an integral role in the operations of the Statoil Vesund Sør/Vesund project for six months. I focused on managing multi-flow production and providing crucial on-site support. This hands-on experience greatly improved my understanding of field operations and contributed to the project's execution.

Awarded a spot (in the 320 employees out of 55 000) in the joint venture between FMC Technologies (my previous employer) and Technip, to reinvent subsea equipment architecture and operations. Strongly worked on the interphase improvement between all the different systems and equipment of the two parent companies. Had all doors open to multiple internal and external teams worldwide to find solutions for improvement. Part of the R&D team.Flow Assurance Engineer in the Life of Field- Development of the Subsea 2.0 system- CFD analysis and flow path design- Thermal FEA - Compact modelling development/Model Order Reduction- Standardisation- Cool Down testingEquipment: Manifolds, X-trees, Heat ExchangerProjects: Egina, R&D

Engineer Flow Assurance: - CFD, Thermal FEA- Insulation optimization- Cool Down testingEquipment: Manifolds, X-trees, Flow MeterProjects: Total Egina, ENI-Block 15/06, R&D

Wind tunnel testing for a wind turbine and CFD simulation.

Development of a close loop system between several heat exchangers to avoid oil leakage into the river and having the correct temperature difference between the inlet and outlet of the power plant. Piping design, heat and mass transfer calculation, pump dimensioning and pressure lost calculation.

Insolation optimisation on gate valves for weight control and fulfilling the Cool Down requirement. Decrease installation and insulation cost by reducing the total weight of a Manifold. Saved the project over 2M nok in insulation material.PT/TT meshing improvement to decrease computational time and improve computational stability and convergence.