Amir Ahmadi, M.A.Sc., Eit Email & Phone Number

Canada

Guelph, Ontario, Canada

Montreal, Quebec, Canada

Montreal, Canada Area

- Developed and validated computational tools to solve transient fluid dynamics and heat transfer in complex fluid flow problems.- Assessed the accuracy of CFD simulations with different mathematical models for viscosity and different numerical schemes.- Acquired advanced skills in numerical simulations implementing functions into commercial codes such as ANSYS FLUENT and developing open-source CFD codes such as OpenFOAM- Published the research findings as three papers in the Journal of non-Newtonian fluid mechanics and CSME.- Developed post-processing and visualization tools using MATLAB and Python.- Delivered complex CAD geometries using ANSYS SpaceClaim/SolidWorks and mesh with ICEM.

Montreal, Quebec, Canada

Montreal, Quebec, Canada

Worked as a tutor, marker, and lab demonstrator for the course following courses:- Heat Trasfer I- Heat Transer II- Numerical Methods in Engineering- Thermodynamics IIn this role:- Demonstrated the experiments to groups of students and supervised them to conduct their experiments safely for Heat Transfer II course.- Developed and presented tutorials on Numerical Methods in Engineering and Heat Transfer I course.- Held problem solving sessions for Numerical Methods in Engineering and Heat Transfer I course.- Marked written exams, programming assignments, and lab reports

Isfahan, Iran

- Performed heating and cooling load calculations using Revit MEP; selected HVAC equipment and prepared layout in Revit based on the calculations.- Designed, reviewed, and revised piping and duct systems based on ASHRAE; designed and prepared layout for fire protection systems and sprinklers complying with NFPA 13 regulations.- Generated clash detection tests using Revit and Navisworks and revised architectural, HVAC and plumbing plans through coordination with multiple disciplines.- Created energy models and power consumption estimation with Revit and HAP; presented daylight simulation plans and successfully optimized energy modeling by 10%.- Performed LEED and sustainable design building analysis using Autodesk Insight 360 and Green Building Studio based on ASHRAE 90.1.- Reviewed engineering design proposals, design drawings, specifications, and recommended improvements.- Modeled and designed mechanical fixtures and HVAC equipment using Revit family.- Created material take-off (MTO) and schedule tables using Revit and Navisworks.- Determined pressure drop and heat loss through pipes and ventilation systems, sized pipes and ducts.- Completed 3D drawings for construction developments using Revit and AutoCAD.- Collaborated and coordinated works with other disciplines including electrical, interior design, and structural.

- Proposed a new design to improve the uniformity of the temperature distribution on the fuel-cell stack.- Indicated that the modifications improve the cooling performance by %20 using a Computational fluid dynamics study on forced convection using ANSYS FLUENT.- Delivered robust meshing for complex 3D geometries using ICEM and SolidWorks.- Published the findings at the 25th ISME Conference, Tehran, Iran.

Master Of Science Degree, Mechanical Engineering, 4.15/4.3

Bachelor’S Degree, Fluid Mechanics, Fuel-Cells,Nanofluids, 3.8/4