Amy Marconnet

Amy Marconnet Email and Phone Number

Chairperson @ ASME K-16 Committee on Heat Transfer in Electronic Equipment
West Lafayette, IN, US
Amy Marconnet's Location
West Lafayette, Indiana, United States, United States
Amy Marconnet's Contact Details
About Amy Marconnet

Amy Marconnet is a Chairperson at ASME K-16 Committee on Heat Transfer in Electronic Equipment. She possess expertise in heat transfer, characterization, mechanical engineering, thermal, finite element analysis and 8 more skills.

Amy Marconnet's Current Company Details
ASME K-16 Committee on Heat Transfer in Electronic Equipment

Asme K-16 Committee On Heat Transfer In Electronic Equipment

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Chairperson
West Lafayette, IN, US
Amy Marconnet Work Experience Details
  • Asme K-16 Committee On Heat Transfer In Electronic Equipment
    Chairperson
    Asme K-16 Committee On Heat Transfer In Electronic Equipment
    West Lafayette, In, Us
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  • Purdue University
    Professor
    Purdue University Aug 2024 - Present
    West Lafayette, Indiana, United States
    Professor of Mechanical Engineering Professor of Materials Engineering (by Courtesy)Perry Academic Excellence Scholar
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  • Purdue University
    Associate Professor Of Mechanical Engineering
    Purdue University Aug 2019 - Aug 2024
  • Purdue University
    Assistant Professor Of Mechanical Engineering
    Purdue University Aug 2013 - Aug 2019
    West Lafayette, In
    Research in the MTEC Lab intersects heat transfer, energy conversion, and materials science to enable advances in technologies where energy conversion and thermal transport are key factors in performance. Prof. Marconnet has developed an interdisciplinary research program to evaluate, understand, and control the physical mechanisms governing the multi-functional properties of materials, machines, and systems. Cross-cutting all the specific research directions, work in the MTEC lab focuses on1) Design, development, and validation of novel experimental metrology tools for characterizing multi-functional properties of materials across length and temperature scales;2) Enhanced understanding and control of fundamental transport and energy conversion mechanisms through multi-scale computational modeling; and3) Strategic, physics-based design and development of materials with multi-functional capabilities The combined experimental and computational research approach enables the MTEC lab to make contributions across a range of fields including materials discovery, high power dissipation energy storage, mobile and high-powered electronics cooling, and renewable energy and green buildings.
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  • Ieee Itherm
    General Chair
    Ieee Itherm May 2024 - Present
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  • Asme K-16 Committee On Heat Transfer In Electronic Equipment
    Vice Chair
    Asme K-16 Committee On Heat Transfer In Electronic Equipment Jul 2023 - Present
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  • Purdue Mtec
    Director
    Purdue Mtec Aug 2013 - Present
    West Lafayette, Indiana, United States
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  • Raytheon Technologies
    Visiting Professor
    Raytheon Technologies Jan 2023 - Aug 2023
    East Hartford, Connecticut, United States
    Visiting Professor at Raytheon Technologies Research Center for the Spring Semester of 2023.
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  • Karlsruhe Institute Of Technology (Kit)
    Humboldt Fellow
    Karlsruhe Institute Of Technology (Kit) Aug 2021 - May 2022
    Karlsruhe, Baden-Württemberg, Germany
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  • Mit
    Postdoctoral Associate
    Mit Sep 2012 - Jul 2013
    Cambridge, Ma
    Postdoctoral Associate in the NanoEngineering Group (http://web.mit.edu/nanoengineering/) under the direction of Prof. Gang Chen
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  • Stanford University
    Graduate Researcher
    Stanford University Oct 2007 - Aug 2012
    Stanford, Ca
    Thesis Topic: Thermal Phenomena in Nanostructured Materials & Devices (Link: http://purl.stanford.edu/hf944pf2976)+ Used advanced thermal characterization techniques, including IR thermometry and nanosecond time-domain photothermal reflectance, to measure the thermal conductivity of novel nanostructured materials, including CNT arrays and nanocomposites. + Investigated the performance of two-phase microfluidic heat exchangers with integrated hydrophobic porous membranes, which allow the vapor phase to vent from the channels to overcome the flow instabilities and high pressure drop.For more details on my research, please see my website: https://sites.google.com/site/tennocrama/research/doctoral
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  • L-3 Communications
    Intern \ Consultant
    L-3 Communications May 2005 - Sep 2008
    Intern: Summer 2005, 2006, and 2007; Winter Break 2006, 2007Part-Time Consultant: September 2007 - September 2008+ Contributed to the design of several novel proprietary devices using HFSS to simulate the electromagnetic structure, creating mechanical designs, and evaluating the designs through thermal and mechnical simulations with CosmosWorks and GeoSTAR.+ Conducted a variety of experiments related to the manufacturing, design, and simulation of Traveling Wave Tubes (TWT) and Klystrons including:- Measuring the emissivity of materials for improved heat transfer simulations- Characterizing the breakdown procedure of cathodes used in klystrons- Optimizing the simulated electron beam profile in a TWT
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  • University Of Wisconsin-Madison
    Research Assistant
    University Of Wisconsin-Madison Jun 2003 - Jun 2007
    Under the direction of Professor John Booske in the Electromagnetic Material Processing Center.+ Design a system to etch silicon to form inserts and antennas for millimeter-wave and terahertz-regime waveguides using stages controlled by LabVIEW to create pyramidal tip shapes, performing simulations of the etched shape to determine optimal tip shape, and develop an imaging system to validate final tip shape+ Assist with graduate student research via searching journal articles, procuring necessary equipment, setting up and running experiments and simulations, and preparing samples for analysis for projects ranging from anodization of alumina membranes to microwave rapid thermal annealing of ion implanted silicon samples+ Operated the microwave and ceramic tube furnace systems to assist with a study the pore closure of alumina membranes in each system and assisted in the preparation and examination of the samples under the SEM
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  • University Of Wisconsin-Madison
    Pre-College Research Intern
    University Of Wisconsin-Madison May 2001 - Sep 2002
    Under the direction of Professor Roxann Engelstad in the Computational Mechanics Center.+ Characterized the residual stresses of freestanding thin films via the resonant frequency technique+ Designed a three-point mounting system for holding pellicle while it was mechanically vibrated in a vacuum chamber+ Simulated the vibration modes of the pellicle and compared with the actual data+ Assisted with graduate students research and design projects
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Amy Marconnet Skills

Heat Transfer Characterization Mechanical Engineering Thermal Finite Element Analysis Ansys Engineering Thin Films Thermal System Design Experimentation Solidworks Nanotechnology Research

Amy Marconnet Education Details

Frequently Asked Questions about Amy Marconnet

What company does Amy Marconnet work for?

Amy Marconnet works for Asme K-16 Committee On Heat Transfer In Electronic Equipment

What is Amy Marconnet's role at the current company?

Amy Marconnet's current role is Chairperson.

What is Amy Marconnet's email address?

Amy Marconnet's email address is a.marconnet@kit.nl

What schools did Amy Marconnet attend?

Amy Marconnet attended Stanford University, University Of Wisconsin-Madison.

What skills is Amy Marconnet known for?

Amy Marconnet has skills like Heat Transfer, Characterization, Mechanical Engineering, Thermal, Finite Element Analysis, Ansys, Engineering, Thin Films, Thermal System Design, Experimentation, Solidworks, Nanotechnology.

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