ASU News

State and federal leaders, led by U.S. Secretary of Commerce Gina Raimondo and U.S. Sen. Mark Kelly and hosted by ASU President Michael Crow, touted the recent passage of the CHIPS and Science Act and got a look at Arizona State University’s MacroTechnology Works facility in Tempe on Tuesday. 

The goal of the gathering?  

To focus on the work ahead. 

Congressional approval of the CHIPS and Science Act delivers $52 billion in funding that will go directly into commercial development of microchips in the United States, but also into research and workforce development.

ASU’s MacroTechnology Works provides an environment where the public and private sectors come together, a model that national and local public policymakers are looking to as a framework for how to advance the industry domestically through CHIPS investment. The facility operates as both a lab and a fab — unique to the microchip research and development space — and is a resource for companies of all sizes.

Joined by Phoenix Mayor Kate Gallego, Tempe Mayor Corey Woods and other Valley and state economic development professionals, Raimondo and Kelly's tour included a look at the workspace of a small startup company, Swift Coat, which is a spinout based on research conducted at ASU that has doubled in size over the past year.  

After the tour, Raimondo and Kelly convened a roundtable discussion that included observations from leaders of companies that are working to make the ambitions of the CHIPS and Science Act come to life. 

Peter Rawlinson, CEO of Lucid Motors, Satheesh Kuppurao from Applied Materials, Mathew Bunker of Microchip Technology, and Brian Harrison, a senior vice president with Taiwan Semiconductor Manufacturing Company, answered questions and offered observations about opportunities and challenges facing their respective high-tech, new economy, microchip-dependent companies. 

In his opening remarks, Kelly said the CHIPS and Science Act presents an incredible opportunity to the country and to the state of Arizona, and its passage enjoyed bipartisan support. 

“Of all of the things I have worked on in the United States Senate over the last year and a half — and there have been a lot of them — this legislation, and this industry and the impact it is going to have, this is the thing I am most proud of.” 

Raimondo and Kelly expressed gratitude to those in attendance, including U.S. Rep. Greg Stanton and Gallego, for their support of the CHIPS Act, but they were quick to note that the work is only beginning. 

Future challenges include building a workforce to fill the jobs that are coming because growing companies need talent.  

Crow said that MacroTechnology Works tenants are required to commit to collaborative research engagements with ASU. As a result, ASU already has a number of partnerships in place to build the workforce needed for the growing microchip industry. 

Raimondo said the role ASU is playing and the work being done to develop partnerships and invest in student success is something that “every public university in the country should be doing.”  

Other challenges that were discussed included: How will the America build and train the diverse workforce needed to take on the tasks ahead? How can a career in the semiconductor industry be made appealing to a diverse sector of new students and future employees? What is the national competitive environment and how can Arizona create partnerships that will assure the state will shine and be successful in the semiconductor industry of the future?  

Raimondo said the Department of Commerce is committed to driving the agenda, building partnerships and tackling all of these challenges.  

“It is my mission, my obsession at the Commerce Department to help America compete, to enhance America's competitiveness in the world,” she said. “And enhancing America's competitiveness in the world begins right here in buildings just like this, which is to say the basic research and development money from the government coming together with business — from the biggest to the smallest — with academics, solving the problems of today and tomorrow.” 

Both Rawlinson and Harrison spoke to the need to inspire a new generation of STEM students, young people who are inspired by the opportunity to address challenges — from climate change to supply chain to manufacturing prowess — through the innovative application of technology. 

“At Lucid, we don’t build cars, we build computers on four wheels,” Rawlinson said, adding that the creative opportunities that come with doing work in that kind of environment is what will help inspire interest in STEM fields, and microelectronics in particular. 

“The idea is to change the picture that is painted of this career path,” Harrison said. “There is an opportunity in the manufacturing industries to let people know that they have an opportunity to change the world … through science and through engineering.”