Projects
CFD Simulation of Reactant Transport in Low-Temperature PEM Fuel Cells
Main Poster
CFD Simulation of Reactant Transport in Low-Temperature PEM Fuel Cells - by Usman Ahmad
Comparison of Velocity Contour
CFD Simulation of Reactant Transport in Low-Temperature PEM Fuel Cells - by Usman Ahmad
Comparison of Pressure Contour
CFD Simulation of Reactant Transport in Low-Temperature PEM Fuel Cells - by Usman Ahmad
Polarisation Curves
CFD Simulation of Reactant Transport in Low-Temperature PEM Fuel Cells - by Usman Ahmad
Inlet Conditions
I’m an early-career mechanical engineer with an MSc in Mechanical Engineering and Sustainable Energy Technology. I specialise in thermal-fluid systems and CFD, using SolidWorks, ANSYS, and COMSOL. I’m pursuing opportunities across the energy industry and research, where simulation drives real-world design decisions.
My thesis used CFD to investigate how rectangular baffles in a PEM fuel cell’s flow channel improve reactant delivery to the electrode. By forcing oxygen into the porous gas diffusion layer, baffles raise performance at high current densities a step toward more efficient, durable fuel cells for clean transport
https://uk.linkedin.com/in/usmanahmad10?trk=people-guest_people_search-card
Type of employment sought
Seeking a graduate engineering role in CFD, thermal-fluid systems, or sustainable energy applying ANSYS Fluent, COMSOL, and SolidWorks to real design problems. Open to fuel cells, clean energy, HVAC, and aerospace, plus PhD/research positions. Eligible to work in the UK via the Graduate Route.
Areas available to work
I'm willing to relocate anywhere.
Contact Usman