Driving American Innovation: a Legacy of Land Grant Colleges to Chips and Science Act

From the inception of land-grant colleges to the enactment of the
CHIPS and Science Act, federal support for innovation has been
instrumental in shaping America’s economic and technological landscape

The Morrill Land-Grant Acts of 1862 and 1890 were enacted to endow land-grant colleges across the United States. These institutions were tasked with teaching practical agriculture, science, and engineering in response to the industrial revolution and changing social class. The land-grant colleges played a key role in the education and industrialization of society by promoting engineering and scientific solutions to regional and local communities. Over a century later, these types of Federal Research and Developments continue to fuel our economic growth, national capabilities, and societal progress. The mission of these land-grant colleges is essential to the science and technology that drives our society forward. Through these types of fundings, we have seen drastic improvements in quality of life and prosperity, not only nationwide, but also globally, as it has become a global model for prosperity. This would not have been possible without continued funding from the government throughout the last century for a variety of scientific research.

The technology development ecosystem in the United States has been responsible for some of the biggest innovations in history. The Second World War was a turning point for this ecosystem, as the federal government began to invest more heavily in research and development (R&D). Today, the United States continues to depend on government-funded technology development for its economic success. This funding plays a vital role in promoting innovation by supporting the work of scientists and engineers across the country. In addition, this funding helps to create an ecosystem of innovation in which new ideas can be developed and shared among a community of researchers. This ecosystem is essential for maintaining the United States’ position as a world leader in technology development.

Innovation has long been a key driver of economic growth in the United States. In part, this is due to the strong federal support for basic and applied science research. This has resulted in major breakthroughs in many fields that have had significant societal benefits, ranging from ARPANET foundation of internet and Google search engine to Artificial Intelligence Speech Recognition and biomedical advances made possible through genome sequencing. Innovation will continue to occur throughout the world. However, without continued strong federal support for scientific research, the likelihood increases that much of this will happen outside the United States, with negative consequences for US economic growth. Therefore, it is essential that the US government maintain its commitment to investing in science and innovation if the country is to remain the global leader in this area.

In recent years, technology development has been moving at an accelerating pace, with new innovations appearing every year. This is partly due to the increasing availability of federal funding for R&D. But it is also due to the existence of a strong ecosystem of technology development, where companies and academic institutions work together to create new technologies. This ecosystem is supported by government funding, which allows researchers to take risks and explore new ideas. The industry and academic institution collaboration was further strengthened by the passage of the Bayh-Dole Act in 1980. Also known as the Patent and Trademark Act Amendments, which is a federal law that grants universities, nonprofit research organizations, and small businesses the right to own, patent, and commercialize inventions made within their organizations with federal funding. So far, over 4.2 million jobs, over 11,000 new startup companies from the country’s universities, and well over $1.3 trillion in economic growth have all been directly attributed to the Act since its implementation in 1980. When we take into account joint research projects with federal laboratories and research institutions, Bayh-Dole has had a tremendous impact on innovation and American competitiveness.

Continuity and high expectations

Therefore, it should come as no surprise that expectations from the “once-in-a-generation” investment in America in the form of Chips and Science Act of 2022 is on par with previous legislation, in terms of contributions to the economic growth and living standards across the country. More specifically, the second part of the Chips act states that the National Science Foundation (NSF) should develop a technology, innovation, and partnerships directorate to concentrate on areas like semiconductors and advanced computing, advanced communications, advanced energy, quantum information, and biotechnology. It will support the commercialization of science and technology, ensuring that American products are manufactured here. In order to maintain American innovation leadership in the sciences and engineering, the Act will also renew and expand basic and use-inspired research at the Department of Energy Office of Science and the National Institute of Standards and Technology.

This includes a $10 billion investments in creation of regional innovation and technology hubs to promote regional partnerships among universities, businesses, community-based organizations, state and local governments to develop technologies and production sites locally. These hubs will generate employment, promote local economic growth, and put localities across the nation in a leadership position in high-wage, high-growth industries.

The CHIPS and Science Act also authorizes new and expanded investments in STEM education and training from K–12 to community colleges, undergraduate and graduate education. This is done to ensure that more people from all backgrounds, all regions, and all communities across the nation, particularly those from underserved, and under-resourced communities, can gain from and participate in STEM education and training opportunities. An equitable future for all and equal opportunity access is the requirement for not only a prosperous future, but also a secure one.