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S. Ali Haider
@syed_ali204
FEA Engineer, ANSYS and Abaqus Simulation Expert
Paquistão
Inglês, Urdu
Sobre mim
Mechanical Engineering graduate specializing in Finite Element Analysis (FEA) and CAE simulation. I help product designers and manufacturers validate their mechanical designs, prevent structural failures, and optimize components. Highly proficient in industry-standard software tools including ANSYS, Abaqus, and SolidWorks for static structural,steady-state/transient thermal, CFD, and fatigue analysis. I deliver precise simulation results, high-quality meshing, and clear engineering insights to make your designs production-ready.
Habilidades
S. Ali Haider
offline •
Tempo médio de resposta: 1 hora
Conheça meus serviços
Design para fabricação
I will do fea simulations and stress analysis on ansys and abaqus
Experiência profissional
Educational Engagement
Autônomo • 8 mos
Research and Simulation Engineer (Project based)
Jan 2026 - Jul 2026 • 6 mos
Conducted academic research at the University of Engineering and Technology (UET) Taxila focusing on advanced thermomechanical FEA simulations of Additive Manufacturing (AM) processes, specifically Laser Powder Bed Fusion (LBPF) and Selective Laser Melting (SLM). Analyzed the critical effects of support-part contact area on residual stresses, thermal dissipation, and part distortion during printing cycles. Successfully optimized support structures to minimize deformation and improve structural integrity, gaining deep hands-on expertise in setting up complex, non-linear transient thermal and structural simulations.
Thermal & Fluid Simulation Analyst (Academic Lab Projects)
May 2026 - Jun 2026 • 1 mo
Conducted steady-state and transient thermal diagnostics on mechanical assemblies to observe heat flux, temperature distributions, and thermal stresses. Modeled fluid flow characteristics and boundary layers using computational tools to optimize geometry for heat dissipation.
FEA Simulation Specialist (Academic Lab Projects)
Apr 2026 - May 2026 • 1 mo
Performed diverse static structural and fatigue simulations based on standard engineering lab manuals. Modeled, meshed, and analyzed standard mechanical components including brackets, pressure vessels, and bolted assemblies using ANSYS and SolidWorks. Verified simulation safety factors and stress concentrations against theoretical analytical calculations.
