Thermal management of Solid oxide fuel cell (SOFC) systems.-Heat exchanger design & sourcing-Burner design and optmisation using CFD code-Ejector design and optimisation using CFD code-Ensuring optimised air flow using CFD codeFuel cell and hydrolysis system simulation using MATLABUsing PLC code for simulation of systems.

Analyzing different systems on board a Marine vessel through modelling and simulation. A special emphasize on holistic system simulation and analysis where opportunities are found and exploited for better performance and optimisation.Model reduction (Neural network, Surrogate etc.) for digital twin applications.

Supporting R&D of Wärtsilä with fluid dynamics & heat transfer applications, for instance the fuel injection department. Focusing on spray formation, multiphase flow, cavitation and etc. - In nozzle flow, cavitation studies, optimization to reduce wear resulting from cavitation. Multi objective optimization cycles require rapid simulation models which has been achieved with RANS approach towards turbulence modelling. LES turbulence modelling is utilized for further validating. - In Cylinder cold flow/combustion simulation. In order to observe the air fuel ratio etc. during combustion in different engine loads and types (Diesel, spark ignited, HCCI, RCCI etc.) - Charge air box cooler simulation and optimization in order to reduce pressure loss and more efficient heat transfer. - High pressure pump cavitation studyand etc. - Planning/managibg and breaking down projects. - Managing and driving outsourced projects. - Making purchase orders for outsourced projects.Additionally, executing 1D CFD in order to optimise system design and to obtaining dynamic boundary conditions.Utilising optimisation tools (Multi objective pareto design) for better and more robust designs.

Fuel injection system design (e.g. Injectors, Relief Valves, Flow regulating valve, Nozzles, Spindles, Heat shields and etc.)Hydraulic system designFinite element analysis on fuel injection systemsCFD analysis on fuel injection systemsStress and strain analysis on high pressure applicationsFatigue calculation; Low & high cycle (stress & strain life methods)Heavy duty Spring designHigh pressure pipe design

Conducted my Master Thesis research with Foster wheeler Ltd. on " Computational modeling (CFD) Bio-Fuel penetration in a fluidized bed of gas and solid inert particles".Grade: 4 (5)

Mechanical engineering-Energy engineeringFluid dynamics, Computational Fluid Dynamics (CFD), Transport Phenomenon, Heat transfer, Mass transfer, Thermodynamics

Mechanical engineering-Mechanics of Heat & Fluids