Dr. Tina Kaarsberg, Program Manager (Acting)

 

Dr. Kaarsberg is physicist and an experienced R&D manager, as well as an R&D, climate and energy efficiency policy expert. As technology manager at the Department of Energy’s (DOE) advanced materials and manufacturing technologies office (AMMTO), she is the lead for the semiconductors (microelectronics and power electronics). In this capacity, she leads DOE’s microelectronics Energy Efficiency Scaling (EES2) initiative that has enlisted 49 organizations to date to sign the EES2 pledge and participate in the EES2 RD&D Roadmap.

She has more than 20 years of experience across DOE in facilitating technology commercialization through its small business programs and in overseeing projects in the power sector, distributed Power, and in the geothermal, buildings and manufacturing technology offices. Dr. Kaarsberg has published or contributed to more than 50 technical papers and book chapters including Nature publication, technical reports, roadmaps, and government documents.

Tina has an undergraduate degree from Yale University, an MA in physics from Cornell, and a PhD from Stony Brook University.

Jesse Gubert, Technology Manager

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Jesse Gubert is a Technology manager in the Advanced Materials and Manufacturing Technologies Office. In this role, Jesse is responsible for the office’s stakeholder engagement and technical partnerships strategies.

His portfolio includes the development of the office’s stakeholder engagement strategy and conceptualization of how the office engages with the clean energy manufacturing innovation ecosystem to drive technological advancement in materials and manufacturing technologies.

Jesse comes to AMMTO from ICF having supported various local and federal energy efficiency and decarbonization efforts as a Senior Energy & Sustainability Specialist. Prior to his career in energy, Jesse worked in stakeholder engagement and programming for Randall’s Island Park, one of New York City’s largest parks, and on food security and microfinance initiatives in Guinea as a Peace Corps volunteer.

Jesse holds an M.S. in Environmental Science & Policy and an M.B.A. with an emphasis in Sustainability, both from Clark University in Worcester, Massachusetts. He also earned a B.A. in Economics from the University of California, Davis.

Changwon Suh Ph.D., Technology Manager

Changwon Suh

Changwon Suh, Ph.D. works as a Technology Manager for the Advanced Materials & Manufacturing Technologies Office (AMMTO). Changwon’s area of expertise includes energy storage and battery manufacturing for mobility and stationary applications.

He spent more than two decades in technical consulting and manufacturing industry, academia, and national laboratory, where he worked in data-driven materials discovery and computational materials design for energy harvesting and storage research as senior technical consultant, researcher, and scientist. He has more than 40 technical papers and book chapters including Nature publication and many technical reports, roadmaps, and has contributed to a variety of government strategy documents.

He graduated with BS and MS in Physics from Hanyang University, South Korea and earned his Ph.D. in Materials Informatics from Rensselaer Polytechnic Institute.

Brian Valentine, Ph.D., PE, Technology Manager

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Brian G Valentine, Ph.D., PE is a General Engineer for the US Department of Energy’s Advanced Materials and Manufacturing Technology Office (AMMTO) and contributes as a Technology Manager specializing in advanced material processes.

Brian has worked for EERE for over thirty-five years, as technology manager for the Solar Thermal Technology program, the Industrial Technology program, the Advanced Manufacturing program, and as consultant to DOE’s Office of Basic Energy Sciences for applied engineering science.  Brian worked for the US Government’s Iraq reconstruction mission from 2004 through 2006.

Brian is also a part time faculty member at the Maryland Applied Graduate Engineering (MAGE) college of engineering at the University of Maryland.  Brian has a Bachelor of Science in Physics and Chemistry from Siena College and a Ph.D. of Engineering from the Rensselaer Polytechnic Institute.

Paul Syers, Ph.D., Technology Manager

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Paul Syers Ph.D., works as a Technology Manager for the Advanced Materials and Manufacturing Technologies Office with a background in energy conversion, semiconductors, cybersecurity in industrial systems, and entrepreneurial technology transfer. Paul is responsible for overseeing AMMTO’s High Performance Computing for Manufacturing (HPC4Mfg) program, entrepreneurial innovation programs (including the Lab Embedded Entrepreneurship Program), and Power Electronics strategic development, which includes the development of new initiatives and inter-office coordination and collaboration.

Prior to joining DOE, was a research at the Potomac Institute for Policy Studies, supporting the microelectronics policy team in technology analysis and forecasting as well as project management.

Paul has an undergraduate degree from Emory University, a Masters degree from the University of Cambridge, and a Ph.D. from the University of Maryland.

Dr. Jessica Blackburn, Oak Ridge Institute for Science and Education (ORISE) Fellow

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Dr. Jessica Blackburn is as an ORISE Research Fellow for AMMTO. In this research role, Dr. Blackburn focuses on strategic communications, rhetorical applications in stakeholder engagement, and DEI initiatives. Her areas of expertise include professional and technical writing, cultural rhetorics, regional engagement, and DEI applications.

Dr. Blackburn has over twenty years of experience teaching and researching in areas of professional/technical writing/communications, community engagement, place-based rhetorical strategies, and DEI. 

She graduated with a BA in English from Brenau Women’s College and earned her Ph.D. in Composition, Rhetoric, and Literacy Studies from the University of Arkansas.

Sabine Brueske, Energetics Program Director (Contractor)

Contractor: Energetics

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Sabine Brueske works as a Program Director for Energetics’ strategic technical analysis division in support of the Department of Energy’s Industrial Efficiency and Decarbonization and Advanced Materials and Manufacturing Technologies Offices. In this role, Sabine is responsible for managing Energetics’ workforce and deliverables, supporting strategic and analysis efforts, and industry engagement efforts. Her team of contractors is critical to providing in-house analysis to support IEDO’s project selection and management activities. Her areas of expertise include petroleum refining and chemicals, stakeholder engagement and strategic planning, and R&D portfolio assessment.

Before joining DOE 23 years ago, Sabine worked as a process engineer in the petroleum refining industry, an electroplating engineer, and environmental consultant, working onsite at CoorsTek and then Total Refinery. She also worked as a consultant for CH2MHill and Dames & Moore in Colorado and Washington State.

Sabine has a degree from the Colorado School of Mines in Chemical and Petroleum Refining Engineering and is certified by the Association of Energy Engineers as a Certified Energy Manager and Certified Measurement and Verification Professional.

Nick Johnson, Ph.D., Engineer/Scientist (Contractor)

Contractor: Energetics

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Nick Johnson works as an Engineer for the Advanced Materials and Manufacturing Technologies Office (AMMTO). In this role, Nick is responsible for support and strategic planning of the Microelectronics portfolio, primarily Energy Efficiency Scaling for 2 Decades (EES2) Roadmap; along with assistance in the High Performance Computing 4 Energy Innovation (HPC4EI) Program.  Prior to this, Nick worked as a process engineer at Micron, expertise includes semiconductor processing and technologies along with chemistry and material properties.

Before joining Energetics and supporting the Advanced Materials and Manufacturing Technologies Office, Nick worked as a Senior Technology Development Engineer for Micron in Boise, Idaho. Nick was focused on research related to next generation novel thermal based etching techniques as a replacement for plasma and wet etching techniques for NAND and DRAM.  In addition, he was responsible for next generation process development of high-K materials through equipment and process techniques.

Nick has a B.S. in Chemistry from University of California Santa Barbara and a Ph.D. from Colorado University, Boulder focused on thin film processes with applications in battery, fuel cell and semiconductors in 2018.

Rebecca Smith, Ph.D., Sr. Scientist (Contractor)

Contractor: Energetics

Rebecca Smith, Ph.D., works as an Energy Storage Technical Consultant for the Advanced Materials & Manufacturing Technologies Office (AMMTO). She is a Senior Scientist with over 10 years of academic and industrial experience, specializing in grid-scale battery storage technology. She provides research and analysis of energy storage materials and devices, their manufacture, and associated programs and projects.

Prior to joining Energetics, Rebecca worked as a Scientist at Eos Energy Storage in New Jersey where she led battery electrochemistry and materials research programs. She oversaw product development from early-stage research to prototype testing to production. During her five-year tenure at Eos, she built a track record of driving improvements in battery performance, taking out cost and increasing ease of manufacturing. She is listed as a co-inventor on three resulting patent applications.

Her previous academic research focused on chemistry and materials science. Working as a doctoral research assistant at the University of Sheffield, she developed a special class of porous crystalline materials, the structure of which can be intelligently controlled on the molecular level. The types of novel materials she helped develop may be applicable to industrial chemical production processes and gas separation/storage technology. 

Rebecca holds a doctoral degree in chemistry from the University of Sheffield (United Kingdom), master’s and bachelor’s degrees in chemistry from the same university.