Mazyar Amin Email and Phone Number
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By earning BS and MS degrees in Mechanical Engineering, as well as an additional MS and a PhD degree in Aerospace Engineering, and experience in bio-engineering, my experience spans a wide range of disciplines in engineering.My technical background includes conducting experiments, performing computational simulations, and using analytical approaches. Managerial skills:• Project management of small to mid size projectsTests and measurement skills:• Particle Image Velocimetry (PIV)• Data acquisition using Labview• Infrared (IR) thermal imaging• Hotwire anemometry• Thermocouple temperature measurement• Thermal management by using Heat Pipes• Tracer gas method• Design and build of prototypes bases on dimensional analysisAdvanced computer skills:• COMSOL (Finite Element Analysis, FEA)• ANSYS-FLUENT (Finite Volume Method) • ANSYS-Icepak & FlothermOther skills:• 2D and 3D modeling by Computer-Aided Design (CAD) software such as Solid Edge, AutoCAD, GAMBIT, SolidWorks• Computer-Aided Manufacturing: 3D-Printing• Computer Programming Languages: MATLAB, FORTRAN• Design Failure Mode and Effects Analysis (DFMEA)• Microsoft Word, Microsoft Excel, Microsoft PowerPointMy interest include but is not limited to:• Electronic cooling and packaging• Microelectromechanical Systems (MEMS)• Thermoelectric systems• Biomedical devices• Optimization of Energy Systems• Computational simulations in general
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Computational Fluid Dynamics (Cfd) EngineerEmerson Climate Technologies Inc. Jan 2022 - PresentThe projects includes thermal-fluid analysis and optimization of refrigerated display cases by using Computational Fluid Dynamics (CFD). The project is being done by ANSYS-FLUENT.
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Sr. Mechanical EngineerDeaton Engineering, Inc. Aug 2020 - PresentUsDesign and testing of mechanical and electromechanical systems.
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Sr. Thermal & Mechanical EngineerSheetak Inc. Jul 2018 - Jul 2020Austin, Texas, UsLeads the design, build and testing of the cooling system integrated to thermo-electric cooling (TEC) devices used in novel refrigeration applications. TECs, which use specific types of semiconductor chips, are sought to be the future of a large sector of refrigeration and cooling industry as they use no refrigerant (desirable from environmental aspects), and have no major mechanical components such compressors, which reduces the maintenance costs.My responsibilities include: • project management; ensuring the design and project phases are completed on time• design of sub-systems such as heatsinks to enhance heat transfer and COP (coefficient of performance)• design of cooling system integrated to thermoelectric coolers, and constructing the prototype of the cooler• overseeing the manufacturing and build of parts and sub-systems• instrumentation and performing thermal-fluid tests using various instruments and via DAQ systems using LabView• analysis of collected test data, and CFD results, and troubleshooting• submitting regular progress report• incorporating new technologies, techniques and materials in our designs -
Assistant Professor Of Mechanical EngineeringMiami University Aug 2012 - Jul 2018Oxford, Oh, UsI am both mechanical and aerospace engineer with primary specialty in aerodynamics, thermal-fluid and energy systems (over 16 years), and over 4 years of experience in mechanical and structural design. Most of my past jobs required conducting tests and experiments as the main part of the project. Some of the major tests/experiments that I have been involved, used equipment that required assembly, instrumentation, developing test procedures and protocols, operation, data acquisition, validation and diagnosis. A. Research ProjectsMy research spans from experimental to analytical and computational methods. I use Finite Element Analysis (FEA), and Computational Fluid Dynamics (CFD), and the following commercial software: * ANSYS-FLUENT * COMSOL MultiphysicsI have skills in using the following experimental techniques in my work: * Particle Image Velocimetry (PIV) * Tracer gas measurement techniques * Infrared thermal imaging * Data acquisition I have designed and built several experimental equipment. I have been the director of the Air Curtain Research Lab. Several students have been involved in my lab for design and build of experimental equipment, and conducting tests in these areas: * A novel hospital bed to protect patients as well as the people around patients against the transmission of infectious airborne microorganisms * Improving energy efficiency of open refrigerated display cases commonly used in supermarkets. * CFD study on the spread of chemical agents over the City of Dubai * Packaging of electronic sensorsI have also studied the application of heat pipes in electronics cooling.B. TeachingI have taught courses in the following areas: * Thermal-fluid * Machine Design * 3D Modeling CAD softwareC. Administrative ActivitiesCoordinator of Mechanical Engineering concentration in the department. My duties are hiring adjunct faculties, scheduling courses, etc. -
Postdoctoral Fellow In Biomedical EngineeringSaint Louis University Aug 2010 - Jul 2012Saint Louis, Mo, UsResearch activities:Experimental: Performing mechanical stress-strain tests on blood arteriesComputational: Simulation and modeling of variations in the geometric arrangement and hyperelastic material properties of arterial wall constituents, and their effects on the transmural mechanical stress. -
Graduate Research Assistant In Aerospace Engineering (Thermal-Fluid Sciences)University Of Washington Jan 2004 - Aug 2010Seattle, Wa, UsI extensively used experimental and computational techniques to conduct variety of long-term and short-term projects as follows:1- Improving the aerodynamics of air curtains in energy systems, using:1-a) Computational simulations: I used commercial program ANSYS-FLUENT for the Computational Fluid Dynamics (CFD) analysis.1-b) Experiments:1-b-i: I used Particle Image Velocimetry (PIV) to capture the characteristics of air flow in and around the system.1-b-ii: I developed a new flow measurement method using a tracer gas.2- CFD study on the spread of chemical agents in air and soil of a large open field.3- Real time CFD simulation of pulsed detonation rocket enginesSignificant Achievement: Reducing the energy consumption of open refrigerated display cases in average 24%, which upon implementation, can result in hundreds of millions of dollars in the US. -
Visiting Research Scholar In Thermal-Fluid SciencesUniversity Of Connecticut Jan 2003 - Dec 2003Storrs, Ct, UsI worked on the thermal management in fuel cells, using Heat Pipes. I performed CFD simulations using ANSYS-FLUENT software to analyze the cooling capacity of the heat pipes under given conditions. -
Mechanical EngineerHyundai Engineering & Construction Co.,Ltd. Mar 2002 - Jan 2003Seoul, KrDesign of oil refinery equipment, such as pressure vessels for the largest gas field in the world in the Persian Gulf -
Mechanical EngineerIrankhodro Co. Mar 2000 - Mar 2002At the time the company was the 18th largest automaker in the world.My responsibilities were: 1- Design engineer: In the Body-in-White department of the R&D center of the company I was responsible for designing different sections of the body of a new car.2- Risk management director: Under my supervision, "Design Failure Mode and Effects Analysis (Design-FMEA)" was implemented for the first time in the Body–in-White department.3- Director of the research group at the Body–in-White department.
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Mechanical EngineerFanniroo Co. Aug 1998 - Mar 2000The company designed and manufactured large capacity industrial water purification units.Responsibilities:1- Design for manufacturing of large capacity Multi-Effect Water Desalination (M.E.D.) systems for the largest gas field in the world, in the Persian Gulf. The capacity of the units ranged from 1000 to 2000 cubic meters per day. I worked on the design of several components including amazing convergent-divergent thermo-compressors.2- Developing computer programs, in FORTRAN language, for sizing valves and flow measurement equipment. ASME standards were used for the sizing.
Mazyar Amin Skills
Mazyar Amin Education Details
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University Of WashingtonAerospace Engineering -
University Of WashingtonAerospace Engineering
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University Of TehranMechanical Engineering
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Isfahan University Of TechnologyMechanical Engineering
Frequently Asked Questions about Mazyar Amin
What company does Mazyar Amin work for?
Mazyar Amin works for Deaton Engineering, Inc.
What is Mazyar Amin's role at the current company?
Mazyar Amin's current role is Sr. Thermal and Mechanical Engineer.
What is Mazyar Amin's email address?
Mazyar Amin's email address is ma****@****ing.com
What is Mazyar Amin's direct phone number?
Mazyar Amin's direct phone number is (513) 529*****
What schools did Mazyar Amin attend?
Mazyar Amin attended University Of Washington, University Of Washington, University Of Tehran, Isfahan University Of Technology.
What are some of Mazyar Amin's interests?
Mazyar Amin has interest in Entrepreneurial Activities, Training Martial Arts, Bio Medical Devices, Electronic Cooling, Playing Tennis, Professional, Energy Efficiency Enhancement.
What skills is Mazyar Amin known for?
Mazyar Amin has skills like Matlab, Finite Element Analysis, Teaching, Biomedical Engineering, Autocad, Numerical Analysis, Ansys, Fluid Dynamics, Fortran, Grant Writing, Fluid Mechanics, Aerodynamics.
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