Between FY2007-12, research and development (R&D) spending at U.S. universities grew 27.5 percent, from about $51.6 billion to $65.8 billion, according to the latest edition of the National Science Foundation’s (NSF) Higher Education Research and Development (HERD) survey. The survey provides a look at R&D spending at U.S. universities, with data broken down by state, institution, research area and funding sources.
With buy-in from the state and private industry, the University of Wyoming (UW) School of Energy Resources will move forward with plans to build a major new energy and engineering research complex. The recently enacted 2014-16 biennial budget also includes $8 million in support of UW’s efforts to gain “Tier 1” status for the engineering school, matching funds to establish endowed chairs, and $15 million for a test center to study carbon sequestration.
University-focused initiatives that help bring new technologies and products to market help drive regional economic development and encourage an entrepreneurial culture on campuses. SSTI’s latest Trends in TBED report featured a number of commercialization efforts launched in 2013, including university-based funds to support ideas from faculty, staff and alumni. So far, 2014 also has proven active in this area with the announcement of several new initiatives to support university technology startups.
The United Kingdom (UK) recently announced that it will petition the European Commission, the European Union’s executive body, for permission to increase the size of tax relief for social investments that address significant social issues. In the U.S., Georgetown University and Portland State University recently announced new initiatives to promote innovation that will address social issues. These universities join a growing number of institutions of higher education that are working to grow domestic social innovation, train a generation of social entrepreneurship and spur social impact investing.
Having world-class facilities to train workers or support research in fields most likely to benefit the state is a draw for many reasons. Attracting outside investment, retaining talent and generating buzz are just a few of the benefits. Last year, Connecticut lawmakers dedicated more than $2 billion to expand science and technology education on the campuses of the University of Connecticut, including construction of new STEM facilities and for building research and teaching labs. Michigan Gov. Rick Snyder is the latest state leader to announce funding proposals aimed at either constructing new facilities or making capital improvements for training students in high-wage, high-demand fields. Similar announcements were made earlier this year in Florida, Georgia, Rhode Island and Wyoming.
Delaware Gov. Jack Markell outlined a FY15 budget proposal with further detail and funding levels for TBED priorities announced in his recent State of the State address. The budget would provide $1 million to create a faster path to degree or certificate completion in advanced manufacturing and establishes a $3 million cyber workforce initiative. Higher education institutions would be tapped as partners for the new initiatives, and also would receive an additional $2 million for federal R&D matching grants as part of the budget recommendations
Filling the pipeline with skilled workers able to perform the high-tech jobs employers say are sitting vacant has long been advocated by state leaders and policymakers as essential to competing in the global economy. Governors in Florida and Louisiana are stepping up efforts this legislative session with proposed multi-million dollar investments through training and scholarship programs to change the landscape of their states’ workforce.
The FY15 budget proposal outlined last week by Gov. Andrew Cuomo would provide funding to continue many of New York’s innovation-focused efforts while investing in new initiatives, including a genomic medicine network and STEM scholarship program.
The third installment of SSTI’s Tech Talkin’ Govs series includes excerpts from speeches delivered in Delaware, Michigan, Missouri and New Mexico.
Michigan’s University Research Corridor (URC), an alliance between the state’s three largest higher education institutions, leads its peer clusters in generating high-tech talent and ranks second overall in innovation activity, according to a report commissioned by URC.