# Ali Moghadam, Ph.D. > Research Scientist Location: San Jose, California, United States Profile: https://flows.cv/alimoghadamphd A versatile engineer with a Ph.D. in Mechanical Engineering and expertise in modeling and simulation, thermal analysis, computational modeling, system integration, and automation. Over eight years of experience developing models to solve complex problems. • Software Development & Automation: Skilled in Python, MATLAB, and C++ for developing in-house, physics-based models, statistical data analysis, and automation of engineering workflows. • System Engineering & Troubleshooting: Strong background in integrating cameras, optical systems, motion stages, and sensor calibration for precision imaging and inspection applications. • Image Processing & Computer Vision: Experienced in image analysis, automated inspection system development, and motion control integration using Python (OpenCV) and MATLAB. • Strong problem-solving skills, cross-functional collaboration experience, and a passion for applying computational techniques to real-world engineering challenges. • Computational Fluid Dynamics (CFD) & Simulation: Extensive experience in thermo-fluid analysis, heat transfer modeling, and multiphase flow simulations using Ansys Fluent, MATLAB, and high-performance computing (HPC). ## Work Experience ### Algorithm Software Engineer @ Bruker Jan 2025 – Present | San Jose, California, United States ### Research And Development Scientist @ Eastman Kodak Company Jan 2022 – Jan 2024 | Dayton, Ohio, United States ### Postdoctoral Research Associate @ University of Georgia College of Engineering Jan 2020 – Jan 2022 | Athens, Georgia, United States • Performed CFD modeling using Ansys Fluent to optimize air flow to enhance thermal micro-environment considering relative humidity and heat generation by the objects. • Developed multiscale models for fluid-solid interaction (FSI) of alveolar sacs using Ansys Fluent and Transient Structural. • Integrated multi-physics models with machine learning for respiratory health applications. ### Research Associate @ Virginia Commonwealth University Jan 2020 – Jan 2020 | Richmond, Virginia, United States • Developed Molecular Dynamics simulation using LAMMPS package to study droplet residue on a surface. • Developed a model based on energy minimization to study partial-engulfing compound droplet on a surface. • Presented 2 manuscripts from the Molecular Dynamics simulation in the American Physical Society, Division of Fluid Dynamics Meeting. ### Graduate Research Assistant @ Virginia Commonwealth University Jan 2016 – Jan 2019 | Richmond, Virginia Area • Performed CFD modeling for multi-phase fluid transport in porous/fibrous media. • Developed a model to simulate multi-phase fluid transport through fibrous structures in a free, open-source software with 10 times faster CPU time than prior models while having 90% accuracy compared to experiments. • Developed the first model ever to study effects of media with heterogeneous wettabilities having applications in nonwovens comprised of different polymer. • Developed an easy-to-use test setup for experimenting the adhesion of nonwoven layers using a mass scale. • Developed a predictive model in the free Surface Evolver software to study adhesion between nonwoven layers. • Developed a desktop test setup to measure the contact angle of fibers as small as 15 microns in diameter. • Conducted high-speed imaging to investigate dynamic phenomena in micro-scale fibrous mats. • Led a group of 5 students on a research project aimed at investigating effects of surface wettability on fluid transport between similar and dissimilar nonwoven layers. • Experienced in technical writing and preparing professional presentations. • Published 4 manuscripts in peer-reviewed journals, delivered 7 presentations to industrial executives during IAB meetings and AFS conference. ### Researcher @ The Nonwovens Institute Jan 2016 – Jan 2019 | Raleigh-Durham, North Carolina Area • Conducted research for an industry-sponsored project (project no. 15-184SB) through the Nonwovens Institute. • Presented the project deliverables to more than 100 technical experts in nonwoven and filtration industries during 6 IAB semi-annual meetings in the course of 3 years. • Experienced in communicating academic research with industrial sponsors. • Expressed experimental/computational results in the form of structure-property modules for industry. • Developed a nonwoven characterization model to create the most realistic virtual representation of a filter media supported by SEM images. • Produced nonwoven mats for experiments via wet-laying and electrospinning techniques. • Conducted surface characterization of the produced mats via SEM. ### Graduate Research Assistant @ University of Tehran Jan 2013 – Jan 2016 • Developed an in-house modeling program to minimize the flow-induced pulsations in a gas compressor station. • Predicted the efficiency of orifice in 5 times weakening the undesirable pulsation amplitude. • Gave lectures and helped students with Fluid Mechanics experiments. ## Education ### Doctor of Philosophy - PhD in Mechanical Engineering Virginia Commonwealth University ### Master of Science (M.Sc.) in Mechanical Engineering University of Tehran ### Bachelor of Science (B.Sc.) in Mechanical Engineering Amirkabir University of Technology - Tehran Polytechnic ## Contact & Social - LinkedIn: https://linkedin.com/in/ali-moghadam-ph-d-7843b0a5 - Portfolio: https://www.researchgate.net/profile/Ali_Moghadam10 --- Source: https://flows.cv/alimoghadamphd JSON Resume: https://flows.cv/alimoghadamphd/resume.json Last updated: 2026-04-11