NY Creates President & CEO Dave Anderson Statement on Micron Megafab Construction Milestone

Photo of NY Creates President and CEO Dave Anderson
Photo of NY Creates President and CEO Dave Anderson

“Micron’s announcement that construction is already moving ahead of schedule is exciting  for Central New York and for the future of domestic semiconductor manufacturing. This milestone represents tangible progress on a transformational project that will strengthen America’s memory chips leadership and the related supply chain, create thousands of high-tech careers, and generate lasting economic impact across the region. At the same time, NY Creates is proud to partner with Micron on our High NA EUV Lithography Center and on the Industrial Manufacturing Technician (IMT) Apprenticeship Program, which advance the capabilities and talent needed to further strengthen the nation’s innovation ecosystem.” 

– David Anderson
President & CEO, NY Creates

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About NY Creates

NY Creates serves as a lab-to-fab bridge for advanced electronics, fostering public-private and industry-academic partnerships for technology development and innovation. Creates attracts and leads industry-connected innovation and commercialization projects that secure significant investment, advance R&D in emerging technologies, and generate the jobs of tomorrow. Creates runs some of the most advanced facilities in the world, boasts more than 2,700 industry experts and faculty, and manages public and private investments of $25 billion—placing it at the global epicenter of high-tech innovation and commercialization. Learn more at www.ny-creates.org.

CEG: Capital Region Tech R&D Employment Rising

Cleanroom operators at the NY Creates Albany NanoTech Complex
Cleanroom operators at the NY Creates Albany NanoTech Complex

New data from the Center for Economic Growth (CEG) confirms what we’re seeing every day across New York’s Capital Region and beyond: momentum in tech R&D is accelerating. In 2025, employment in physical, engineering, and biological research reached a record high of 7,761 jobs, underscoring the region’s position as one of New York State’s fastest-growing innovation hubs.

NY Creates is proud to be at the center of this growth—working alongside industry leaders, academic partners, and government stakeholders to drive cutting-edge innovation while strengthening our local workforce and community.

Recent announcements highlight the scale of this progress:

Together, these milestones reflect a powerful trend: with our partners, we are not only advancing the technologies that power everyday life but also creating meaningful workforce development pathways and career opportunities that benefit our neighbors throughout the Capital Region and across New York State, strengthening the U.S. innovation ecosystem.

The future of tech R&D is being built here—and we’re just getting started.

NY Creates Collaborative Quantum Research Published in Journal of Vacuum Science & Technology B

Graphic for Research News at NY Creates
Graphic for Research News at NY Creates

NY Creates Research Scientist in Quantum Technologies, Dr. Ekta Bhatia, alongside collaborators at NY Creates, New Mexico State University, and Brookhaven National Laboratory, recently published a research article in the Journal of Vacuum Science & Technology B

Their paper, “Temperature-dependent dielectric function of tantalum nitride formed by atomic layer deposition for tunnel barriers in Josephson junctions,” adapts a CMOS-compatible materials process, advancing a path toward scalable quantum hardware. 

NY Creates President & CEO Dave Anderson Featured in Semiconductor Digest Article

Photo of NY Creates President and CEO Dave Anderson
Photo of NY Creates President and CEO Dave Anderson

NY Creates President and CEO Dave Anderson shares his perspective on overcoming challenges for the semiconductor industry, the promise of High NA EUV lithography, and the power of collaboration in his recent article in Semiconductor Digest, “Meeting 2nm Node Challenges: Overcoming Scaling Limits Through High NA EUV and Ecosystem Collaboration.” Dave said, “By investing early in standard and high NA EUV lithography infrastructure, and by co-locating chipmakers, equipment suppliers, universities, and government programs under one roof, Creates is shortening the distance between laboratory breakthroughs and manufacturable processes.”

NNME Northeast, Led by NY Creates, Launches to Strengthen Semiconductor Workforce Pathways Across the Greater Northeast

NNME NE Partnership
NNME NE Partnership
Regional collaboration led by NY Creates and SUNY will connect education, workforce, industry, and economic development partners across 12 states as part of the National Network for Microelectronics Education

Albany, NY — NY Creates (the New York Center for Research, Economic Advancement, Technology, Engineering, and Science), in partnership with the State University of New York, industry leaders, workforce organizations, higher education institutions, and economic development partners from across the Greater Northeast, today announced the launch of NNME Northeast, one of the first Regional Nodes of the National Network for Microelectronics Education (NNME).

Led by the Trump Administration’s U.S. National Science Foundation (NSF) in collaboration with the U.S. Department of Commerce (DOC) and implemented nationally by the SEMI Foundation as the NNME Hub Operator, NNME Northeast will help strengthen and scale workforce pathways into semiconductor and microelectronics careers across a rapidly growing region including New York, Connecticut, Delaware, Maine, Maryland, Massachusetts, New Hampshire, New Jersey, Pennsylvania, Rhode Island, Vermont, and Virginia.

The Regional Node is supported by up to $20 million over five years from NSF, along with an additional $900,000 investment from New York State Empire State Development focused on workforce development initiatives within New York.

NNME Northeast brings together more than 90 partners representing community colleges, universities, K-12 systems, workforce development organizations, economic development agencies, community-based organizations, and semiconductor employers to help build a more connected, employer-aligned talent ecosystem for the microelectronics industry.

As the Regional Node lead, NY Creates will help coordinate regional collaboration and industry alignment efforts across the broader Northeast ecosystem, working alongside SUNY as academic convener and key industry partners including Micron Technology.

The initiative builds upon existing regional momentum, including the Micron Northeast University Semiconductor Network, registered apprenticeship partnerships, workforce innovation collaboratives, and growing public-private investments in semiconductor manufacturing, research, and advanced technology development across the region.

“America’s leadership in semiconductors depends on our ability to develop our talent, and we are excited to partner with industry and regional leaders to stand up NNME Northeast to support the innovation capacity, talent readiness, and long-term competitiveness of the region’s semiconductor sector,” said Dr. Erwin Gianchandani, NSF assistant director for Technology, Innovation and Partnerships. “This Regional Node will help ensure America has the next generation of talent ready to ensure that the memory and chips that power America will be made right here in America as well.”

“New York is continuing to build a world-class semiconductor ecosystem, and that success depends on developing a workforce prepared to meet the demands of this rapidly growing industry,” Governor Hochul said. “Through initiatives like the National Network for Microelectronics Education Northeast node, and in partnership with SEMI, NY Creates, Micron, SUNY, and stakeholders across the region, we are creating stronger pathways for New Yorkers to gain the skills needed for high-tech careers while reinforcing our state’s leadership in innovation, manufacturing, and economic growth.”

Empire State Development President, CEO and Commissioner Hope Knight said, “Under Governor Hochul’s leadership, New York has secured unparalleled semiconductor investments that are creating tens of thousands of jobs across the state. At ESD, our priority is empowering New Yorkers with the skills they need to step into these high-demand, good-paying careers. By partnering with SEMI and utilizing our targeted state funding to build this premier training hub at NY Creates, we are further cementing New York’s leadership role in this industry and ensuring our workers are ready to thrive in the growing ecosystem anchored by Micron’s historic investment in Central New York.”

U.S. Senator Schumer said, “Investing in our skilled workforce is key to cementing Upstate New York’s global leadership in semiconductor manufacturing. I’m proud to deliver up to $20 million from my CHIPS & Science Law to launch NNME Northeast in the Capital Region. This new hub for semiconductor workforce training will help our top-notch workers prepare for new, good-paying jobs building the technology that will power the future. Together, we are ensuring the next generation of microchips will be developed and made here in America, including in Upstate NY, not overseas.”

“This announcement reflects the power of regional collaboration through NY Creates’ and our partners’ commitment to strengthen America’s semiconductor workforce pipeline within this new national framework,” said Dave Anderson, President and CEO of NY Creates. “We are proud to work alongside the NNME with the SEMI Foundation, SUNY, Micron, and partners across the northeast and are grateful to the Trump Administration and Empire State Development for their critical investments as we collectively and strategically build scalable pathways into these critical careers.”

“America’s ability to lead in semiconductors depends on whether we can build strong, connected pathways into the workforce at national scale,” said Shari Liss, Vice President of Workforce Development and Initiatives at SEMI. “NNME Northeast reflects the power of regional collaboration aligned through a shared national strategy. By bringing together industry, education, workforce, and community partners across the Greater Northeast, this effort will help expand opportunity, strengthen talent pipelines, and prepare more Americans for the high-demand careers driving the future of microelectronics.”

At Micron, we’ve always known that the strength of the semiconductor industry begins with the strength of its people,” said April Arnzen, EVP and Chief People Officer, at Micron Technology. “NNME NE is exactly the kind of bold, collaborative framework needed to ensure that people across the Northeast, from high school classrooms to community colleges and beyond, have a clear, supported pathway into the careers that will define the next era of American innovation. We are proud to stand alongside NY Creates, the SEMI Foundation, and our many partners in building a talent ecosystem as ambitious as the industry itself.”

“The future of the semiconductor industry depends on building strong, inclusive, and scalable talent pathways,” said John B. King Jr., Chancellor of The State University of New York. “As the academic convener for NNME Northeast, SUNY is proud to work with NY Creates and help bring together higher educational institutions, industry leaders, workforce organizations, and communities across the region to prepare students and workers for the next generation of microelectronics careers. This partnership reflects the power of collaboration at scale to advance innovation, economic opportunity, and national competitiveness.”

Rob Simpson, CEO at CenterState CEO said, “As Central New York plans for unprecedented growth and generational opportunity, we must think at a larger scale and develop new partnerships to best prepare workers for careers in the semiconductor industry. We are proud to be a subrecipient of the National Network for Microelectronics Education award. Through this initiative, we will collaborate with peers across the Northeast to deepen our understanding of how to build and sustain a workforce ready for careers in microelectronics manufacturing. This investment will support implementation of the Micron-approved Future Ready Workforce Innovation Consortium (FRWIC) 2025-2026 Roadmap, aligning jobseeker outreach, career exploration, and curriculum design with the evolving workforce needs of Central New York’s semiconductor sector. We are deeply grateful to our partners at NY Creates and SUNY for their leadership and vision in addressing our region’s critical workforce needs. We also appreciate Micron’s continued engagement and support, as well as Syracuse University’s partnership with FRWIC.”

“The launch of the NNME Northeast Node arrives at a pivotal moment for our region, as highlighted by Micron’s monumental celebration of 1α DRAM manufacturing right here in Manassas, VA,” said Dr. Anne M. Kress, President of Northern Virginia Community College. “This major milestone in U.S. memory manufacturing proves that Northern Virginia is a premier hub for semiconductor innovation. Sustaining this momentum will require a robust, locally grown talent pipeline. With the support of the NNME NE, NOVA is expanding our semiconductor career-exploration ecosystem to meet this demand. By driving regional awareness and securing workforce pathways through hands-on summer bridge programs for high schoolers, educator externships, tuition support for pre-apprentices, and cutting-edge VR-based micro-internships, NOVA is ensuring our students are fully prepared to power the next generation of American manufacturing. We are incredibly proud to partner with industry leaders like Micron to transform regional talent into the pride of our national workforce.”

NNME Northeast is part of the broader National Network for Microelectronics Education, a national initiative designed to establish coordinated workforce infrastructure that connects regional ecosystems into a scalable national strategy for semiconductor and microelectronics talent development.

Collectively, the first Regional Nodes of NNME represent a growing national network of hundreds of organizations working together to strengthen America’s semiconductor workforce pipeline, expand access to high-demand careers, and support the long-term competitiveness of the U.S. microelectronics industry.

Through this collaborative framework, the consortium will help expand educational excellence, technical skill development, and experiential learning opportunities, and the Northeast node is further supported through a complementary first-year commitment of $900,000 from Empire State Development with a focus on New York State-centered workforce development opportunities to enable training-to-career outcomes.

The launch of NNME Northeast further reinforces the growing role of the Greater Northeast as a major hub for semiconductor innovation, research, manufacturing, and workforce development, while helping to ensure that students and workers across the region can connect to emerging career opportunities in one of the nation’s most critical industries.

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About NY Creates

NY Creates serves as a lab-to-fab bridge for advanced electronics, fostering public-private and industry-academic partnerships for technology development and innovation. Creates attracts and leads industry-connected innovation and commercialization projects that secure significant investment, advance R&D in emerging technologies, and generate the jobs of tomorrow. Creates runs some of the most advanced facilities in the world, boasts more than 2,700 industry experts and faculty, and manages public and private investments of $25 billion—placing it at the global epicenter of high-tech innovation and commercialization. Learn more at www.ny-creates.org.

About the State University of New York

The State University of New York is the largest comprehensive system of higher education in the United States, and more than 95 percent of all New Yorkers live within 30 miles of any one of SUNY’s 64 colleges and universities. Across the system, SUNY has four academic health centers, five hospitals, four medical schools, two dental schools, a law school, the country’s oldest school of maritime, the state’s only college of optometry, 12 Educational Opportunity Centers, over 30 ATTAIN digital literacy labs, and manages one US Department of Energy National Laboratory. In total, SUNY serves about 1.7 million students across its portfolio of credit- and non-credit-bearing courses and programs, continuing education, and community outreach programs. SUNY oversees nearly a quarter of academic research in New York. Research expenditures system-wide are nearly $1.5 billion in fiscal year 2025, including significant contributions from students and faculty. There are more than three million SUNY alumni worldwide, and annually one in three New Yorkers who earn a college degree is a SUNY alum. To learn more about how SUNY creates opportunities, visit suny.edu.

About NNME

The NNME is a national workforce development initiative supported by NSF in partnership with the U.S. Department of Commerce. The NNME connects industry, education, workforce systems, and regional partners through a national network designed to accelerate the development of America’s microelectronics workforce ecosystem. Visit the NNME online to learn more.

Media Mentions:

NY Creates and its Albany NanoTech Complex Featured in Advanced Manufacturing Article

3D Rendering of Albany NanoTech Complex

NY Creates, and its Albany NanoTech Complex, was featured in an article by Advanced Manufacturing. 

NY Creates Communications Director, Steve Ference, spoke with Advanced Manufacturing: “Ference describes the site’s mission as threefold: ‘We engage in and support world-class semiconductor-based r&d and related partnerships. We facilitate workforce development and drive economic advancement. And we accelerate the growth of high-value, high-tech companies by attracting them to New York and supporting them through concept-development, incubation, and investment phases.’

“Albany NanoTech has more than 2,700 engineers, industry leaders, academicians and support staff on site, and has seen approximately $25 billion in public and private investments, Ference says.”

“The research conducted at the complex covers a range of emerging semiconductor technologies, such as advanced logic processes, advanced packaging, memory, heterogeneous integration, quantum-integrated photonics and more. And Ference notes that the site has produced ‘multiple world firsts,’ among them the first 2-nm chip components.”

Read more here:  A Hub for Semiconductor Innovation in New York

Brookhaven Lab and Creates Collaborative Research: A Silicon-Compatible Path Toward Scalable Quantum Systems

NY Creates Research News Graphic

View Original Brookhaven National Laboratory News Release Here

Brookhaven Lab researchers built superconducting quantum devices using a new material and a technique adapted from electronics manufacturing processes

Beginning in the 1950s, silicon transformed the electronics industry by enabling smaller and faster devices that could be reliably manufactured at scale. More than six decades later, silicon-based semiconductors remain at the heart of many modern technologies, including so-called “classical” computers.

In pursuit of new quantum technologies, scientists and engineers have turned to specialized materials for building qubits — the fundamental components of quantum systems. For example, many qubits are made from superconducting materials deposited on sapphire substrates. But transitioning from laboratory demonstrations to scalable systems will require scientific and manufacturing infrastructure capable of supporting robust and reliable qubit fabrication.

Marking a milestone toward bridging that gap, researchers at the U.S. Department of Energy’s (DOE) Brookhaven National Laboratory have built superconducting quantum interference devices (SQUIDs) using a silicon-compatible class of materials called transition metal silicides. The research was conducted as part of the Co-design Center for Quantum Advantage (C2QA), a recently renewed National Quantum Information Science Research Center led by Brookhaven Lab.

“Making quantum devices with transition metal silicides is an approach that’s designed to feed right into the engine that’s been used for semiconductor technology,” said Charles Black, C2QA director, deputy associate laboratory director for Brookhaven’s Energy and Photon Sciences Directorate, and co-lead author on the paper that recently published in Nano Letters.

The researchers collaborated closely with NY Creates, a C2QA partner, to develop a fabrication process informed by advanced microelectronics manufacturing techniques. Using the lithography and etching capabilities available in the nanofabrication facility at the Center for Functional Nanomaterials (CFN) — a DOE Office of Science user facility at Brookhaven Lab — the researchers adapted a technique that is regularly used to synthesize the transition metal silicides used in microprocessors.

“We took this manufacturing-friendly approach so that, in the future, we could implement it at larger scales in the NY Creates facility,” explained Mingzhao Liu, a senior scientist at CFN, C2QA researcher, and co-lead paper author.

In this work, the researchers fabricated each SQUID with two superconducting constriction junctions, rather than using more conventional Josephson junctions, which have two superconducting layers separated by an insulator. The authors previously proposed that this architecture, in which the superconducting layers are connected by a thin wire, has potential to make transmon qubits more amenable to mass production. This new work marks their first experimental demonstration of constrictions in functioning quantum devices.

The SQUIDs served as a diagnostic tool, offering insights into how the constriction junctions were operating. Using CFN’s low-temperature measurement capabilities, the researchers cooled the devices to ultracold temperatures as low as 350 millikelvin and measured how current flowed through the SQUIDs under different applied magnetic fields.

“We learned that the design of the device as a whole can dampen the performance of the constriction junction,” Liu said. “But overall, the experiments showed us that the constriction junctions exhibit key properties, like nonlinearity, that are required for high-performing qubits.”

PtSi nanowire with labels.png

From nanoscale measurements to center wide collaboration

Advances like this are enabled by the integrated, multidisciplinary approach inherent to C2QA. By uniting expertise and infrastructure from national laboratories, universities, applied research and development organizations, and industry, the Center is accelerating progress toward high-performing qubits made from manufacturable, silicon-based materials.

SEM with labels.png

Ekta Bhatia, NY Creates research scientist in quantum technologies and co-author on the paper remarked, “This publication reflects the power of our strong partnership with Brookhaven under C2QA and accelerates the development of scalable quantum computing. We look forward to building on this work with Brookhaven to drive quantum innovation together.”

Beyond the Brookhaven-NY Creates collaboration, other C2QA researchers continue to deliver breakthroughs in silicon-based quantum devices. In November 2025, for example, C2QA researchers at Princeton University reported record-breaking coherence times in superconducting qubits built on top of silicon substrates, demonstrating that silicon-based platforms can rival and surpass more traditional sapphire platforms.

By approaching the scaling problem from several perspectives — including device design, materials science, and large-scale manufacturing — C2QA researchers are delivering a synergistic impact that is greater than the sum of their individual achievements.

Black said, “We’re developing a pipeline to take advantage of the strengths of each C2QA partner — and making strides toward scalable quantum systems.”

C2QA is supported by the DOE Office of Science.

Brookhaven National Laboratory is supported by the Office of Science of the U.S. Department of Energy. The Office of Science is the single largest supporter of basic research in the physical sciences in the United States and is working to address some of the most pressing challenges of our time. For more information, visit science.energy.gov. Follow @BrookhavenLab on social media. Find us on InstagramLinkedInX, and Facebook.

Related Links:

NY Creates Receives Capital Region Chamber ChangeMaker Award

Image courtesy of the TImes Union

NY Creates was honored to be recognized as a 2026 ChangeMaker at the Capital Region Chamber’s Annual Dinner, held at the Albany Capital Center. Creates President & CEO Dave Anderson accepted the award on behalf of the organization, joining more than 1,100 business and civic leaders for an evening focused on connection, community, and regional progress.

The ChangeMaker Award celebrates organizations driving measurable economic impact across the Capital Region. As a leader in semiconductor R&D, Creates is proud to help advance a collaborative innovation ecosystem, fueling next‑generation technologies, strengthening the workforce pipeline, and supporting economic advancement in the region, across the state, the U.S., and beyond.

A big thank‑you to the Chamber for this recognition, and to all our partners, and especially our Creates team members – who help make this work possible. 

Learn more about the impact we’re making at the Albany NanoTech Complex and watch the video HERE.

Creates featured in JETRO, RISE-A Memorandum of Cooperation News Release

Susumu Kataoka, President of JETRO; Kazunori Yamashita, Vice Chairperson of RISE-A
Susumu Kataoka, President of JETRO; Kazunori Yamashita, Vice Chairperson of RISE-A
From left: Susumu Kataoka, President of JETRO; Kazunori Yamashita, Vice Chairperson of RISE-A

“Convening organizations to pursue shared goals is critical to advancing the semiconductor industry. We believe our valued partners’ collaboration will advance economic goals and further strengthen the ties between the thriving American and Japanese semiconductor ecosystems. NY Creates looks forward to continuing our close work together to create new opportunities for innovation, knowledge exchange, and workforce development. Together, we are building semiconductor ecosystems for joint research initiatives and industry engagement that will help accelerate cooperative R&D projects and reinforce the global partnerships that are essential for driving new leading-edge technologies in New York, the U.S., Japan, and beyond.”

– Dave Anderson, NY Creates President and CEO.

JETRO

Mar 19, 2026

Japan External Trade Organization (JETRO) (Chairman: Norihiko Ishiguro, Headquarters: Minato-ku, Tokyo, Japan) and RISE-A, the community/platform for semiconductor stakeholders, mainly established by Mitsui Fudosan with volunteers related to semiconductors.(President: Hiroshi Amano, Headquarters: Chuo-ku, Tokyo, Japan), concluded a Memorandum of Cooperation on March 19, 2026…

Comments:
Susumu Kataoka, President, JETRO

Promoting Japan’s strengths and attractiveness in the semiconductor sector to global audiences, establishing platforms that support domestic and international collaboration, and bridging Japan’s regional semiconductor ecosystems all require strong cooperation among industry-academia government. JETRO has long supported the overseas expansion of Japanese companies, the entry of foreign companies into Japan, and collaboration between Japanese and foreign firms, leveraging its network of more than 70 overseas offices and approximately 50 domestic offices.

We also work to strengthen our support and contribute to the development of Japan’s regional semiconductor ecosystems through partnerships with overseas research institutions, including the U.S.-based semiconductor R&D organization NY Creates.

Through our collaboration with RISE-A, we aim to utilize the organization’s extensive networks among Japanese semiconductor-related companies and academic institutions to contribute to strengthening semiconductor supply chains, advancing next-generation technologies, and promoting the circulation of capital and human resources.

Kazunori Yamashita, Vice Chairperson, RISE-A

RISE-A provides a platform where semiconductor suppliers, users, and supporters—such as government agencies and universities—can collaborate to overcome challenges facing the semiconductor industry and rapidly generate new value. Our goal is to contribute to revitalizing Japan’s semiconductor industry and establishing strong industrial capabilities.

RISE-A has concluded cooperation agreements with NY Creates (U.S.), imec (Belgium), the Industrial Technology Research Institute (ITRI) of Taiwan, AIST Solutions (Japan), and OpenSUSI (Japan) to support industrial development. We are delighted to welcome JETRO as a new partner.

We will leverage the networks and expertise of our partner organizations to plan and develop new events and programs, provide advice to member companies, support networking, and contribute to the formation of an ecosystem in which diverse industry players can participate.

Creates’ Education and Workforce Development Coordinator Meredith O’Connell Selected to City & State’s ’40 Under 40′

Congratulations Meredith O'Connell Image
Congratulations Meredith O'Connell Image

Photo courtesy of Siobhan Mullan, City & State

City & State

“At the Center for Economic Growth, O’Connell has managed 45 apprentices, developed a nanotechnology engineering technician apprenticeship program and worked with partners in semiconductor manufacturing. It’s really cool what’s being created in the Capital Region and just how far it’s sent across the United States and even internationally,” she says.

This year, O’Connell started a new role at NY Creates, a research and development innovation hub, partnering with workforce development employers.