Dr. James Edmondson
BSc MPhys MSc PhD, Technology Analyst - IDTechEx
Dr. Edmondson, (BSc MPhys MSc PhD) is a Technology Analyst at IDTechEx and specializes in the field of market research for thermal management in emerging technologies. James’ recent work focuses on material opportunities in electric vehicles and 5G infrastructure and smart phones, including full market and technology reports on “Thermal Management for Electric Vehicles”,
“Thermal Management for 5G” and “Thermal Interface Materials”.
Research Manager for High-Frequency Compound Semiconductor Electron Devices – FUJITSU
Naoya Okamoto is a research manager for high-frequency compound semiconductor (CS) electron devices such as GaN and InP-based high electron mobility transistors (HEMTs) at Fujitsu Limited. Recently he has been working on thermal management for GaN HEMT power amplifier using GaN and AlN substrates.
Dr. Yueping Fu
ADA Technologies, Inc.
Dr. Yueping Fu is an experienced professional with extensive corporate R&D experience with on advanced materials and their chemistry. He has broad industry experience with polymer composite applications, spanning from the chemical industry, to electronic device to and medical device space. He has successfully introduced many innovative products to market. His research includes design, formulation, fabrication, processing and characterization of polymer composite systems for application in electronic and medical devices. He has published a dozen of journal articles and has authored of several book chapters. He holds 10 patents.
Professor in the Department of Mechanical and Aerospace Engineering – University of Virginia
Patrick E. Hopkins is an\ Professor in Department of Mechanical and Aerospace Engineering at the University of Virginia, with courtesy appointments in the Department of Materials Science
and Engineering and the Department of Physics. Patrick received his Ph.D. in Mechanical and Aerospace Engineering at the University of Virginia in 2008. His dissertation research was focused on developed pulsed laser-based diagnostics to measure temperature and energy transfer in solid materials.
PhD candidate in the Multiscale Thermofluidics Laboratory - Drexel University
Deborah is a PhD candidate in the Multiscale Thermofluidics Laboratory at Drexel University, where she also received her BS and MS degrees in Mechanical Engineering. Her undergraduate research concentrated on the development of high-performance dry cooling technologies in power plants to prevent water loss. She also wrote a Master’s Thesis on the experimental characterization of the melting and freezing of encapsulated phase-change materials under convective boundary conditions.
Electronics Business Development Manager - Mentor Graphics
John Wilson joined Mentor Graphics Corporation, Mechanical Analysis Division (formerly Flomerics Ltd) that is
now part of Siemens Digital Industries Software in 1999 and has over 19 years of thermal design experience relating to simulation and testing. He has worked on or managed more than 100+ thermal and airflow design consulting projects ranging from component level, PCB, Enclosure and System Level inclusive of a wide range of applications including consumer, communications, industrial and automotive electronics. John developed a practical and comprehensive knowledge of IC package level thermal test and analysis correlation through his work in the Mentor, Fremont, CA. test facilities.
MSc Application Scientist - C-Therm Technologies Ltd.
Arya Hakimian is an Application Scientist and thermal conductivity expert. With a master’s in science – chemistry, he has a wealth of knowledge in material composition and the related thermal properties. At C-Therm Arya works with the transient heat transfer testing sensors on Trident, assisting users worldwide.
Vice President - Pixus Technologies
Justin Moll is Vice President of Sales & Marketing at Pixus Technologies. He has been a senior-level manager for embedded computing companies for over 20 years and is a well-known technology expert and industry speaker. Justin has chaired various VITA and PICMG committees and was the Vice President of Marketing for PICMG. His degree is in Business
Administration from UC Riverside.
Thermal Management Solutions Sales – Advanced Cooling Technologies, Inc.
Bryan Muzyka is a leading sales and marketing executive responsible for a broad range of thermal management solutions, focused on addressing the most challenging problems across various industries. His background includes a Bachelor of Science in Mechanical Engineering from Penn State University and a Master of Business Administration & Engineering from Lehigh University. He has 10+ years of experience at Advanced Cooling Technologies, Inc. in both engineering and business development capacities, and he has worked closely with industry partners to tackle thermal problems ranging from high-power industrial, defense terrestrial electronics cooling, and large-scale satellite thermal management.
Director - Electronic Cooling Solutions
Guy Wagner has 45 years experience in the electronics industry and has been doing consulting since 2001. He has authored over 40 papers and presentations at international conferences and has 29 issued patents. Before joining Electronic Cooling Solutions as a Director, Guy held the position of Director of Engineering at Cornice Inc., Chief Scientist at HP and Agilent Technologies and MTS at Bell Laboratories.
Lead Engineer, Thermal Management
Colder Products Co.
Beth Langer is the Lead Technical Engineer in the Thermal Management Business Unit at CPC. She earned her Bachelor and Master of Science degrees in Mechanical Engineering from the University of St. Thomas in St. Paul, MN. Over the course of her career, she has been responsible for product design, reliability and technical innovation for industrial products. Besides leading design solutions that serve CPC customers, she is an active consulting member on ASHRAE and OCP committees.
Dr. Yong Joon Lee
R&D Director Polymer Composite Materials • Nanoramic Labs
Joon has extensive industry experience working on hands-on engineering and product development. Before he recently joined Nanoramic Laboratories as R&D Director -Polymer Composite Materials, he had over 10 years experience with a global manufacturer of thermal interface materials (TIMs), conductive plastics and EMI shielding products. He was a technical team leader for TIM product development and commercialization utilizing different resin chemistry, surface treatment, ceramic and metallic fillers and processing development.
Dr. Michael Ohadi
Professor of Mechanical Engineering - University of Maryland
Michael Ohadi is a Minta Martin Professor of Mechanical Engineering at the University of Maryland, College Park. His research focus is on heat/mass transfer and process intensification utilizing innovative designs, materials, and manufacturing techniques. From 2016 to 2020, Ohadi served as Program Director (PD) at the U.S. department of energy, Advanced Research Project Agency-energy (ARPAE) where he led the development of programs in high-temperature heat exchangers and energy conversion systems, and lightweight and ultra-efficient electric motors, drives, and associated thermal management systems for electrification of air transportation.
EMI Shielding & Thermal Composites Product Manager - Vanguard Products Corp.
Merima Trako is the EMI Shielding And Thermal Composites Product Manager at Vanguard Products Corporation. She has a BS in Electrical Engineering and Mathematics from the University of Evansville, and an MBA with a concentration in Management and International Business from the University of Connecticut. She holds various advanced certificates in mechanical modeling and design with a focus on the thermal properties of fluids and advanced assembly techniques.
Director of Aviation and Power Turbine Solutions - VELO3D
Will Hasting is Director of Aviation and Power Turbine Solutions at VELO3D. He has over 14 years
of design & systems engineering experience in jet engines, race cars, & additive manufacturing.
Prior to being an engineer, he operated nuclear power plants in the United States Navy. He holds 18
patents and is fluent in both English and French. Will holds a Bachelors of Science in Aerospace
Engineering from Embry-Riddle Aeronautical University, and is currently finishing his Masters at
University of Cincinnati.
Dr. Karthik Kumar Bodla
Senior Thermal Design Engineer - Holo, Inc.
Karthik Kumar Bodla, Ph.D. is a Senior Thermal Design Engineer at Holo, Inc. where he works on designing internal thermal management products and assists customers in optimizing their designs for improved performance. Prior to joining Holo, Karthik was at GE Global Research where he worked on GE’s many electrical devices, such as MRI equipment, CT targets, transformers, inductors and motors/generators, improving their performance through patented thermal solutions. During his time there in 2018, Karthik won GE Global Research’s biennial team award, the Whitney award. Karthik has 9 granted patents with several others pending. Karthik has published over 25 research articles in peer reviewed journals and conferences, including a book chapter.
Department of Mechanical Engineering - Virginia Tech
Bharath Bharadwaj is a graduate (M.S) student in Mechanical Engineering at Virginia Tech, Blacksburg.
His professional interests include electronics cooling, thermal management and heat transfer and
product development. Currently, he is working on understanding viability of coal-derived graphene-
based Thermal Interface Materials (TIMs) and additively manufactured metal lattice heat sinks for
electronics cooling applications. Prior to Virginia Tech, Bharath obtained his B.S from PES University in
India and briefly worked as a visiting research scholar on surface modifications for enhanced heat
transfer at New Mexico State University, Las Cruces.
Dr. Ryan Lewis
Director of R&D - Kelvin Thermal Technologies
Ryan Lewis is Director of R&D at Kelvin Thermal Technologies. Ryan received his B.A. degree in physics from Whitman College in 2008 and Ph.D. from the University of Colorado in 2012 with a focus on micro cryogenic coolers. During a postdoctoral fellowship to make a slim TGPs 3x thinner than the commercial state-of-the-art, he developed the technology that Kelvin Thermal and partners now use in mass production to make thermal solutions for major smartphone vendors. By leveraging knowledge in microfabrication, micro-fluidics design, nano-scale energy transport, materials chemistry, and manufacturing processing, Kelvin Thermal continues to advance the state of the art of vapor chambers and TGPs.