The University of Wisconsin-Milwaukee is home to a diverse portfolio of research, scholarly, programmatic, entrepreneurial, and outreach activities.
UWM in the News
$10 million donation puts UWM on path to new research vessel
An anonymous donor of the Greater Milwaukee Foundation has committed $10 million toward a new research vessel for the UWM School of Freshwater Sciences.
In recognition of the gift, which equals the largest ever received by UWM, the vessel will be named the Maggi Sue. It will replace the current vessel, the Neeskay, a converted Army T-boat that is more than 65 years old.
“This gift will transform UWM’s efforts to protect the Great Lakes, our nation’s largest freshwater resource,” UWM Chancellor Mark Mone said. “Its impact extends well beyond UW-Milwaukee and, frankly, beyond Wisconsin. It strengthens our efforts to protect the Great Lakes – all of them.”
大奖娱乐官方网站主页More than 40 million people rely on the Great Lakes for clean drinking water, and the lakes sustain 1.5 million jobs and generate over $62 billion in annual wages. But they are ecologically fragile and monitoring their condition requires physical data collection.
“On behalf of UWM and our research partners, I extend my deepest thanks for this incredible act of generosity and for the Greater Milwaukee Foundation’s role in making it happen,” Mone said.
The gift amount covers half of the $20 million cost of the new vessel, which includes $15 million for construction and $5 million to sustain its operation. Mone said he hopes the gift will motivate other donors to contribute. Once fundraising is complete, it will take another 12 to 18 months for the actual construction of the vessel.
New astrophysics insititute at UWM explores two NSF “Big Ideas”
大奖娱乐官方网站主页The National Science Foundation awarded the University of Wisconsin-Milwaukee and nine other collaborating organizations $2.8 million to further develop the concept for a Scalable Cyberinfrastructure Institute for Multi-Messenger Astrophysics (SCIMMA).
Multi-messenger astrophysics combines observations of light, gravitational waves and particles to understand some of the most extreme events in the universe. For example, the observation of gravitational waves and light from the collision of two neutron stars in 2017 helped explain the origin of heavy elements, allowed an independent measurement of the expansion of the universe, and confirmed the association between neutron-star mergers and gamma-ray bursts.
“Multi-messenger astrophysics is a data-intensive science in its infancy that is already transforming our understanding of the universe,” said Patrick Brady, UWM physics professor and director of the Leonard E. Parker Center for Gravitation, Cosmology and Astrophysics. “The promise of multi-messenger astrophysics, however, can be realized only if sufficient cyberinfrastructure is available to rapidly handle, combine and analyze the very large-scale distributed data from all types of astronomical measurements.
“The conceptualization phase of SCIMMA will balance rapid prototyping, novel algorithm development and software sustainability to accelerate scientific discovery over the next decade and more.”
“SCIMMA is supported by two of NSF’s Big Ideas—Harnessing the Data Revolution and Windows on the Universe,” added Nigel Sharp, program director in the NSF Division of Astronomical Sciences.
Liu and Chang awarded UWMRF Catalyst Grants
Congratulations to Yue Liu (left ) and Woo Jin Chang (right), who received UWM Research Foundation catalyst grants for the period Aug. 1, 2019-Aug. 1, 2020.
The Catalyst Grant Program focuses on areas in which the university has the greatest potential to impact the local economy through commercialization activities including science and engineering.
Liu, a professor of civil & environmental engineering, was awarded $55,000 for his project “A Microscopic Agent-based Simulator and Data Analytics Tool for Smart Off-street Parking Facilities.”
Chang, as associate professor of mechanical engineering and biomedical engineering, was awarded $30,000 for his project “Characterization and Optimization of the Water Sensors to Increase Technology Readiness Level.”
Meier wins 2019 Shaw Scientist Award
After a record number of influenza deaths during the 2017-18 season, federal health officials are working to develop a universal flu vaccine that people would get only once in a lifetime as a way to boost participation in vaccination.
大奖娱乐官方网站主页But before that happens, scientists need to answer a key question: Why do some older adults respond well to annual flu vaccines and others don’t?
“A universal vaccine would provide broad protection for all age groups against multiple strains of the flu virus,” said Helen Meier大奖娱乐官方网站主页, an epidemiologist at the University of Wisconsin-Milwaukee. “But it may not be successful if we don’t first understand the aging immune system.”
C21 announces 2019-20 fellows
We are excited to announce our 2019-20 C21 Fellows! Each year the Center constitutes a group of Fellows who develop a research project in the critical, public, or digital humanities. Fellows are released from some teaching duties to complete their research and contribute to the life of the Center that year.
大奖娱乐官方网站主页Our incoming Fellows span a range of humanities disciplines, and their work represents a vital cross-section of 21st century studies.
Aneesh Aneesh, Professor, Sociology
“Nationalism and Citizenship in the Global Age”
大奖娱乐官方网站主页 Aneesh’s research examines citizenship data from a range of countries to propose a new notion of citizenship: modular citizenship. In his proposed book, which he will draft during his C21 fellowship, modular citizenship provides a way to understand citizenship in an era of overlapping allegiances, global flows, and technological change. In this context, he shows how citizenship is not fixed, but a dynamically changing basket of rights, a system of fluctuating protections and participation dependent on one’s entry into a particular affiliative setting.
From the examination of migrant labor circulation and technological integration in a global market society to the investigation of actual and possible structures of citizenship in diverse democratic societies, Aneesh’s research deepens our understanding of how all modern institutions (e.g., education, health, law, or finance)—despite having no functional connection to ethnicity, religion, race, or nationality—are forever haunted by them.
Sukanya Banerjee, Associate Professor, English
“Loyalty and the Making of the Modern”
大奖娱乐官方网站主页 At once virtue and flaw, loyalty, commonly associated with premodern forms of allegiance and servitude, occupies an uneasy place in modern life. Banerjee’s book project, “Loyalty and the Making of the Modern,” traces its centrality to modernity. Banerjee studies loyalty across three sites crucial to the construction of modernity: the state (political loyalty), the family (conjugal loyalty), and the economy (consumer loyalty). Through examinations of literary and cultural examples of loyalty in these contexts, she shows how ideas of loyalty were idealized in the epoch of the industrial modern. In so doing, she identifies the nineteenth-early twentieth century transimperial circuit—particularly that between Britain and India—as key to stabilizing the seemingly counterintuitive relation between loyalty and modernity. Her book will show how attributes of loyalty, such as obedience, faithfulness, or allegiance (all of which imply a verticality of relations), are not rendered obsolete in the modern era. Rather, they are reassembled through particular articulations of political selfhood, notions of companionate marriage, and patterns of consumer behavior.
Christopher Cantwell, Assistant Professor, History
“’Remember Now the Days of Old’: Memory, Nostalgia, and the Making of American Evangelicalism”
During his fellowship year, Cantwell will finish his book, The Bible Class Teacher: Memory and the Making of American Evangelicalism, the first to demonstrate how nostalgia came to infuse the creation of the category of “fundamentalism” in the early twentieth century. It resituates fundamentalism’s rise away from the denominational conflicts scholars traditionally mine, instead locating it in the mass migration of white evangelicals from the country to the city over the last century. By attending to the pastoral imagery of evangelical devotions like the gospel hymn “The Little Brown Church in the Vale” (1865), the historical pageants urban churches put on for civic holidays like Washington and Lincoln’s birthdays, and the efforts congregations took to preserve their places of worship from urban renewal programs, Cantwell’s project documents how rural, white migrants made longing for an imagined past a central part of modern American evangelicalism. This “evangelical nostalgia,” Cantwell shows, proved crucial to fundamentalism’s rise.
Lia Wolock, Assistant Professor, Journalism, Advertising, and Media Studies
“Producing South Asian America: Diasporic Community and Digital Activism”
Wolock’s book project, Producing South Asian America, examines the nascent South Asian American movement. Its proponents seek to overcome entrenched divisions of religion, caste, language, and color to build a politically progressive identity and community across the South Asian diaspora in the US. A massive influx of professional South Asians in the 1960s shaped a stable image of a “model minority,” yet this caricature of South Asians in America as efficient, technocratic, and docile foreigners within has come under increasing strain in the face of a global “War on Terror,” shifts in transnational finance and labor, and mounting domestic investments in social justice-oriented activism.
Wolock’s book draws out the complicated positionality of South Asian Americans. Examining South Asian American identity as a network of economic, political, cultural, geographic, and technological ties that exceed the national and reconfigure our vision of home and abroad, she probes the nature of cultural citizenship in the United States at the beginning of this millennium. Producing South Asian America illuminates how a community can work to reimagine and articulate the connections that define them.
Warner (Bill) Wood, Associate Professor, Anthropology
“The Road to La Ventanilla, Voices and Images from the New Rurality”
大奖娱乐官方网站主页 Wood’s research project is a collaboration with the cooperative Servicios Ecoturísticos de La Ventanilla (“La Ventanilla Ecotourism Services”) in La Ventanilla, a small village on the Pacific Coast of Oaxaca, Mexico. Wood’s ambitious public humanities project has three aims. He is working with community partners to develop a community museum in La Ventanilla. He is also creating a traveling documentary photography exhibit that documents life in the ruinous landscape of La Ventanilla’s “new rurality” and the changed economic and ecological landscape of Oaxaca. Thirdly, this fieldwork will culminate in a book: an ethnographic study of identity politics and heritage in Oaxaca. Taken together, the community museum, the traveling exhibition, and his book will show how so-called “post-peasants” understand their lives and engage with new ways of making a living in the new rurality through environmental management and ecotourism work.
Roger O. Smith大奖娱乐官方网站主页 (Occupational Science & Technology) received U.S. Department of Health and Human Services funding for development of the Access Ratings NextGen App, which he calls a “system changer.” It will allow people with disabilities and aging populations to use crowd sourcing and social networking to assess the accessibility of public community buildings.
The goal is to make this information available to people with disabilities, building proprietors, and rehabilitation professionals. UWM received $600,000 for the project, titled “Interdisciplinary Technology Instruction Program for Individualized Technology Implementation Planning,” a collaboration with Florida International University, Texas Woman’s University, and Marquette University.
In addition, the U.S. Department of Education awarded Smith a $1.22 million grant to develop an innovative training program to prepare special education and related service personnel to use assistive technology and universal design.
The five-year project includes multiple interdisciplinary UWM collaborators: the , the Department of Occupational Science & Technology, the Department of Kinesiology, the Department of Communication Sciences & Disorders, and Exceptional Education in the School of Education.
Ten Largest Research Grants for 2018: UWM research expenditures were $58 million in fiscal year 2018. More than half of that amount—$29.5 million—came from federal agencies, supporting research issues such as renewable energy, the developing adolescent brain and the beginnings of the universe. Here is a look at the 10 largest active grants of 2018:
NanoGRAV Physics Frontier Center
Xavier Siemens, Physics
- $14.6 million over five years, National Science Foundation
Data handling and analysis infrastructure for gravitational wave astronomy
Patrick Brady and Warren Anderson, Physics
- $7.2 million over four years, National Science Foundation
How environment affects children’s brains
Krista Lisdahl, Psychology
- $3.8 million over three years, National Institutes of Health
Better catalysts for drug manufacturing
Wilfred Tysoe, Chemistry
- $3.6 million over six years, U.S. Department of Energy
Imaging biology with X-ray lasers
Abbas Ourmazd, Marius Schmidt and Peter Schwander, Physics
- $3.1 million over five years, National Science Foundation and SUNY-Buffalo
Effects of trauma that add up to PTSD
Christine Larson, Psychology
- $3.1 million over five years, National Institutes of Health
Getting more seniors to exercise
Scott Strath, Kinesiology
- $2.9 million over three years, National Institutes of Health
The energy potential of seaweed
Filipe Alberto, Biological Sciences
- $2.8 million over three years, U.S. Department of Energy
Is air pollution linked to autism and ADHD?
Amy Kalkbrenner, Public Health
- $2.4 million over five years, National Institutes of Health
Asthma treatment minus the inhaler
James Cook, Alexander “Leggy” Arnold and Doug Stafford, Chemistry
- $2 million over four years, National Institutes of Health
Assistant Professor Yin Wang (Civil & Environmental Engineering) received a Department of Defense Grant in collaboration with the University of California, Riverside, to develop an innovative method to remove and destroy persistent synthetic chemical substances in groundwater.
Funding for the project, titled “Treatment of Legacy and Emerging Fluoroalkyl Contaminants in Groundwater with Integrated Approaches: Rapid and Regenerable Adsorption and UV-Induced Defluorination,” is $749,999, with $277,493 distributed to UWM. See original CEAS post.
Also, the UW-Madison Water Resources Institute (WRI) is funding research by Wang and Associate Professor Shangping Xu (UWM Department of Geosciences) that the institute says “will ultimately help protect public health by filling critical gaps in knowledge relating to arsenic in Wisconsin.
UWM earned a 2018 Campus-Wide Award for Undergraduate Research Accomplishments大奖娱乐官方网站主页. The Council on Undergraduate Research annually recognizes “institutions with exemplary programs that provide high-quality research experiences for undergraduates.”UWM has a long tradition of engaging undergraduate students in research, but over the last decade, the university has substantially expanded opportunities for collaboration between faculty and students through a wide array of programs offered through the Office of Undergraduate Research.
大奖娱乐官方网站主页The award will be presented at the January meeting of the Association of American Colleges and Universities (AAC&U) in Atlanta.
Zilber School of Public Health Assistant Professor Mustafa Hussein is leading a Robert Wood Johnson Foundation-funded study to assess the short- and long-term effects of policies on the health and well-being of low-income adults. The two-year, approximately $250,000 study of the policies, popular in US urban areas in the mid-1990s and 2000s, is titled “Health at a Living Wage: Evidence from Natural Experiments.”
The “natural experiments” are created by the variations in timing and location of living-wage policy adoption and implementation across metropolitan areas. The team, which includes ZSPH Associate Professor Phoenix Do and UWM Department of Economics professor and chair Scott Adams, will analyze those variations in two population data sources: the Community Tracking Study, covering 60 metro areas from 1996 to 2007, and the Coronary Artery Disease Risk in Young Adults (CARDIA) study, a landmark cohort of some 5,000 young adults recruited in four major metro areas in 1986, with regular follow-up since then.
The other co-PIs are: Kiarri Kershaw, Assistant Professor, Northwestern University Feinberg School of Medicine; Ana Diez Roux, Professor and Dean, Drexel University Dornsife School of Public Health; and James Shikany, Professor and Director, CARDIA Coordinating Center, University of Alabama Birmingham.
2018 Catalyst Grant大奖娱乐官方网站主页 seed funds from the UWM Research Foundation are supporting four new UWM research projects:
- Associate Professor Han Joo Lee, Psychology: An online, self-administered, psychiatric diagnostic program.
- Assistant Professor Mohammad Rahman, Engineering: A lightweight, powered hand-rehabilitation glove.
- Assistant Professor Ionel Popa, Physics: A new method of purifying antibodies.
- Professor Dazhong Zhao, Biological Sciences: A hybrid breeding system for sorghum.
大奖娱乐官方网站主页The Catalyst Grant Program invests in promising early-stage research at UWM in areas where the university has the greatest potential to affect the regional economy through commercializing new technology. Now in its 11th year, the program has awarded more than $4.5 million to support 89 projects, which have led to 25 issued patents, 23 license/option agreements and more than $19 million in subsequent investments in UWM technologies. Supported by the Lynde and Harry Bradley Foundation and the Richard and Ethel Herzfeld Foundation, the 2018 Catalyst Grants total $191,000.
For more information, contact Brian Thompson, firstname.lastname@example.org大奖娱乐官方网站主页, 414-906-4653.
The Center for Latin American and Caribbean Studies (CLACS) and Center for International Education (CIE) have each received four-year, U.S. Department of Education Title VI funding for National Resource Center (NRC) and Foreign Language and Area Studies (FLAS) Fellowship programs. UWM is among just 55 institutions nationwide to earn such grants.
CLACS, a continuously funded National Resource Center since 1965, received $600,000 in partnership with UW-Madison. The NRC funds will support research and teaching across campuses, as well as regional and national outreach programming for K-16 educators. FLAS Fellowship funding will provide scholarships for students studying the less-commonly taught languages of the Americas—Portuguese, Haitian Creole and other indigenous languages.A first-time awardee of Title VI funds, CIE received $1.8 million. The NRC portion will support faculty work—including instructor certification and course development and redesign—in less-commonly taught languages: Arabic, Chinese, Japanese, Korean, Polish, Portuguese, and Russian. The grant also will support curriculum development in the Global Studies program and outreach programs to K-16 and technical colleges. The FLAS Fellowship funding will provide scholarships for undergraduate students pursuing studies in the less-commonly taught languages.
UWM Distinguished Professors have a significant impact on their fields of study. With remarkable productivity, international reputations, and glowing testimonials from peers, UWM Distinguished Professors continue to make significant scholarly contributions to their disciplines. Of the 57 professors who have achieved this status since 1973, 31 remain on the faculty, continuing their leadership role at UWM. The Office of Research also maintains information on the selection, roles, and responsibilities of UWM Distinguished Professors, and the Historical List of Distinguished Professors.
Centers, Institutes, and Laboratories
UWM is home to more than 100 centers, institutes, and laboratories. These entities conduct research and scholarship, programs, and outreach in order to contribute to the scientific, cultural, educational, and economic conditions of the campus, region, and globe. These centers, institutes, and laboratories generate millions of dollars of extramural research awards each year in order to advance the mission of each entity and the University.
Discovery and Innovation Grant (DIG)
The Discovery and Innovation Grant (DIG) (formerly RGI)大奖娱乐官方网站主页 is a competitive internal seed funding program that supports high-quality, innovative research by investing in projects selected through an independent and objective process.
Advancing Research and Creativity (ARC) program
(Formerly RACAS) Advancing Research and Creativity (ARC) is an internal research funding program for projects in all disciplines and at any stage of development. Funded work must be completed within a 12- to 18-month timeline. Awards are expected to result in scholarly, scientific, and artistic outcomes. The review process uses internal and external reviewers.