Are you pursuing a degree in math or the sciences but are unsure about your career path? Want to learn what industries hire students with your degree and the skills that are sought by employers?

Consider attending the College of Natural and Mathematical Sciences (CNMS) Career Connection Social on Feb 13th in the UC Ballroom from 4 p.m. - 6:30 p.m.  Free food & refreshments will be served.

Check out the formal Career Center myUMBC event here -- RSVP via Handshake is required!

BEYA STEM Career Fair (Virtual and In-Person)

Don't miss this opportunity to connect with representatives from several major corporations and universities who will be available to meet in-person and virtually with students pursuing careers in the STEM (Science, Technology, Engineering and Math) fields as well as Business, Finance, and Marketing.

Register Now!

https://my3.my.umbc.edu/groups/careers/events/125008

There will be a free bus on Friday, February 16. Students may attend on Saturday, but will need to provide their own transportation.

Learn more about Public Programs here.

Center for Art, Design and Visual Culture
UMBC, 1000 Hilltop Circle
Fine Arts Building, 105
Baltimore, MD 21250
(410) 455-3188

Plan your visit

Images: 1. Header: Chunky golden text of exhibition logo. 2. At the center of a colorful graphic design is a white circle with the text "Artistic Methods." A star diagram encircles the central title. Wooden disks, with individual researchers' names hand-printed on them, rest on the points of the star. Colorful overlapping circles surround the star at the perimeter of this square-cropped image.

Within just a few months of living in Piątek, a small town in central Poland, Leah Michaels, M.F.A ’19, intermedia and digital arts, has already traveled to Romania, where many recipients of the Fulbright U.S. Student award placed throughout Europe gathered at a media literacy conference. She has also had an opportunity to research Polish film at Poland’s Film Archive and connect with a local genealogist who helped her find details about her Polish roots for a short documentary she is producing about her ancestry.

Michaels and nine other UMBC Fulbright student recipients researching and teaching English abroad this year helped propel UMBC, once again, to the elite ranks of a Fulbright Top Producing Institution, as reported today in The Chronicle of Higher Education. The designation recognizes colleges and universities with the highest number of students selected for the Fulbright U.S. Student Program, the U.S. government’s flagship international academic exchange program. UMBC first received this designation from the U.S. Department of State’s Bureau of Educational and Cultural Affairs in 2019 – 2020 and again in 2020 – 2021. 

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UMBC is one of 57 doctoral universities nationwide and three in Maryland to receive a Fulbright Top Producing Institution designation for Fulbright U.S. Students in 2023 – 2024.

More than 2,200 U.S. students from hundreds of colleges and universities are awarded Fulbright grants annually. However, only a few of these institutions are designated top producers yearly. In the last decade, UMBC students and recent graduates have received over 60 Fulbright U.S. Student Program awards in Africa, Asia and the Pacific, the Middle East, South America, and Europe.

“This achievement is a testament to your institution’s deep commitment to international exchange,” wrote Secretary of State Antony Blinken in a letter to President Valerie Sheares Ashby, congratulating her on UMBC’s Fulbright Top Producer designation, “and to building lasting connections between the people of the United States and the people of other countries.”

Mutual understanding

In partnership with more than 140 countries worldwide, the Fulbright U.S. Student Program offers unparalleled opportunities in all academic disciplines to graduating college seniors, graduate students, and young professionals from all backgrounds. Fulbright recipients play a critical role in U.S. public diplomacy, establishing long-term relationships between people and nations through graduate study, research, or teaching as English Teaching Assistants (ETAs). ETAs develop their own language skills and knowledge of the host country while teaching English to elementary, middle school, or college students.

“As a public research university, it is imperative that we provide students with opportunities for global engagement,” says David Di Maria, associate vice provost for international education. “Fulbright is among the most prestigious of these opportunities.”

While Michaels has flourished in Poland, her 2023 – 2024 Fulbright class peers have also settled into their placements, which generally start in September with the new school year. Paul Ocone ’22, individualized study, is conducting research at the Meiji University School of Global Japanese Studies in Japan, and eight ETAs are teaching English across Europe and Asia: 

• North Macedonia: David Bullman ’22, ancient studies
• Romania: Tiffany Powell, M.A.’23, teaching English to speakers of other languages (TESOL)
• Slovak Republic: Sianna Serio ’23, computer science
• South Korea: Tasneem Mansour ’20, modern languages, linguistics, and intercultural communication
• Taiwan: Nailah-Benā Chambers ’23, global studies; Kara Gavin ’20, English; and Milan Richardson ’23, bioinformatics
• Turkey: Grant Clifton, M.A. ’23, TESOL

“Being named a Top Producing Fulbright Institution is a tremendous honor—it not only shows the world what we already know about our amazing students, but it also lets our current students know that the Fulbright is a realistic opportunity for them,” says Brian Souders, Ph.D. ’09, language, literacy, and culture, M.A.’19, TESOL, and associate director of global learning at the Center for Global Engagement (CGE). Souders has led students through the Fulbright application process as UMBC’s Fulbright Program advisor for the last decade.

For Michaels, the experience has been life-changing. “My home city has been incredibly welcoming. I learned Polish folk dances, made Old Bay pierogi from scratch with some of my students, and joined a school trip to an art gallery,” says Michaels.

The Fulbright family

The Fulbright experience also includes college and university faculty and staff, as well as artists and professionals from a wide range of fields, who can join over 400,000 Fulbright alumni. 

In October 2023,Renique Kersh, vice president of student affairs, and Souders traveled to Germany after receiving Fulbright International Education Administrator awards. Katherine Heird, director of education abroad and global learning, received the same award to travel to Taiwan in spring 2024. The award is geared to provide staff who support Fulbright applicants with a greater understanding of higher education worldwide. 

Many UMBC faculty members and staff have received a Fulbright U.S. Scholar award over the years. This year, Lynn Cazabon, professor of visual arts and director of the Center for Innovation, Research, and Creativity in the Arts, received a Fulbright U.S. Scholar award to work at Queensland University, Australia, to create a public artwork based on local communities’ responses to climate change. Cazabon received her first Fulbright award in 2015 to the University of Liepāja, Latvia.

Fulbright Scholars globally are also drawn to UMBC’s welcoming community. Shannon Sauro, associate professor of education, hosted Jules Buendgens-Kosten, a research assistant at the Institute of English and American Studies at Goethe-Universität Frankfurt, Germany. Buendgens-Kosten joined UMBC as the institution’s first Fulbright Scholar-in-Residence to teach and share their research on inclusive education in teaching English as a foreign language to students in UMBC’s TESOL master’s program. 

Low-Cost Technology Cleans Up Contaminated Sites

An innovative technology, developed with funding from the NIEHS Superfund Research Program (SRP), can deliver amendments that immobilize and degrade polychlorinated biphenyls (PCBs) in aquatic environments. The technology has proven effective in the field and resulted in millions of dollars in estimated cost savings at cleanup sites.

The Problem:

PCBs are a large and complex group of chemicals that were used in insulation, coolants, and electrical equipment. Although commercial production of PCBs was banned in the United States in 1979, they persist in the environment because of their stable chemical structure. PCBs can also accumulate in the aquatic food web, where they can pose a threat to human health.

SRP Solutions:

SediMite, developed by Upal Ghosh, Ph.D., of the University of Maryland, Baltimore County, and collaborators, uses activated carbon in the form of specialized pellets to bind to PCBs and reduce their bioavailability, or uptake by fish and other aquatic organisms. The technology can also be combined with microbes that break down PCBs, reducing their toxicity.

Documenting Effectiveness in the Field

• The approach reduces PCBs in sediment porewater and surface water in the field
• The technology lowers PCB levels measured in lake fish

Ghosh and his team collaborated with the Delaware Department of Natural Resources and Environmental Control (DNREC) to use the technology at Mirror Lake. They demonstrated that between 2013 and 2018, PCB concentrations in sediment porewater decreased by about 80% after applying SediMite. They also measured a 70% reduction in PCB levels in the lake’s fish.

Their success has important implications for human health because PCB contamination is the primary reason that fish consumption advisories are issued by DNREC and the Delaware Division of Public Health.

Building on this achievement, DNREC used an enhanced version of the SediMite technology in a new project to reduce PBCs in the Christina River. Ghosh and colleague Kevin Sowers, Ph.D., combined the activated carbon with microorganisms that can break down PCBs to both immobilize PCBs in the sediment and degrade them over time. After five months, SediMite enhanced with PCB-degrading microbes reduced the amount of PCBs in the sediment by approximately 25%. PCB concentrations decreased by around 35% in the surface water and 64% in sediment porewater.

Videos developed by DNREC depict the successes at Mirror Lake and the Christina River projects.

Building the Foundation

• Activated carbon reduces PCB bioavailability in the lab
• The technology offers significant cost savings compared to other clean-up methods

The technology builds on years of research by Ghosh and colleagues. SediMite was initially developed in part with SRP funding in an early project focused on optimizing the delivery method to apply activated carbon pellets to contaminated sites.

Ghosh had previously collaborated with Richard Luthy, Ph.D., an SRP grant recipient at Stanford University, to develop the novel concept of amending sediments with sorbents to reduce pollutant bioavailability. Their initial studies resulted in a method, patented in 2006, to stabilize persistent organic contaminants using carbon as sorbents and laid much of the groundwork for identifying potential barriers and future research needs to make the technology a viable reality, including the need for efficient methods to deliver the sorbents to sediment.

Ghosh then collaborated with Charlie Menzie, Ph.D., to develop SediMite to efficiently deliver amendments to sediments through a U.S. EPA Small Business Innovation Research program grant. Initial tests demonstrated that it was a feasible technology for use in the field. With SRP funding, the researchers scaled up their method to deliver activated carbon pellets from the lab to the field and patented SediMite in 2010.

Ghosh continued his research in a second SRP-funded project aimed at evaluating whether fish uptake less PCBs after remediation with activated carbon. The team used lab studies and modeling approaches to demonstrate that fish can reduced their PCB uptake by as much as 87% after 90 days of treatment with activated carbon.

They also showed that SediMite decreased the assimilation efficiency of PCBs by up to 93%. Assimilation efficiency measures the amount of the contaminant that remains in the body compared to the amount that is excreted. This early work by the scientists included scaling up their remediation work to the field study at Mirror Lake.

The technology was implemented in full-scale to remediate a five-acre lake in Dover, Delaware in 2013. It was also selected as a component of the cleanup strategy for a contaminated sediment site in Middle River, Maryland, where the approach was estimated to cost approximately $22 million less than traditional methods, such as dredging and hauling. 

Optimizing for Use at Scale

• Scaling up bacteria growth, dispersal, and deployment.
• Demonstrating effectiveness in the field.
• Collaborating in full-scale remediation projects.

While developing and patenting SediMite, the researchers identified some limitations to large-scale application of the technology. To address these limitations, Ghosh and Sowers, in collaboration with environmental scientist Bennett Amos, founded RemBac Environmental to enhance the SediMite carbon pellets with PCB-degrading microorganisms. Rembac was funded in 2020 through an SRP small business grant.

In the first phase of their project, they tested methods to optimize growing and storing large volumes of PCB-degrading organisms over time. They also developed and tested methods to apply the microbes more uniformly and cost-effectively to high volumes of activated carbon pellets, enabling them to scale up their technology to broader commercial use.

In the second phase of their project, the team plans to field test the effectiveness and utility of their technology at the New Bedford Harbor Superfund site. They hope their findings will inform regulators and other stakeholders as different PCB clean-up strategies are considered.

In 2022, the Elizabeth River Project started using SediMite to remediate Paradise Creek, a 14-acre tributary to the Elizabeth River in Virginia that is contaminated with PCBs. Another full-scale project, led by EPA, is using SediMite to remove dioxin from sediments in the Scanlon Reservoir in Minnesota.

SRP Funding Creates Synergy

New Directions

In 2021, Ghosh and team were awarded a four-year SRP grant to develop carbon-based sorbent materials to enhance the ability of bacteria to break down PCBs in sediments and mixtures of tetrachloroethylene (PCE) and trichloroethylene (TCE) in groundwater. PCE and TCE are chemicals often used in manufacturing and are the most frequently detected volatile organic chemicals in groundwater.

By understanding the interaction between surface chemistry and microbial degradation, the team expects to develop new technologies to remediate PCBs, PCE, TCE, and other chlorinated contaminants often found in the environment.

link to full article: 

https://www.niehs.nih.gov/research/supported/centers/srp/phi/archives/remediation/sedimite