The Baltimore Museum of Art seeks a full-time, experienced Director of Annual Giving and Advancement Services to lead their Annual Giving team. The ideal candidate will have experience in focused strategizing, designing, and executing communications and benefits for members and annual donors to the museum, with a strong focus on direct cultivation and solicitation of individual donors and members at all levels.

Elections can tell us the number of people who voted for a candidate or ballot initiative, but not how those voters made up their minds. To understand voting behavior, experts turn to exit polling, a careful and methodical process of surveying voters as they leave polling places. For the 2024 election, many Baltimore County voters were greeted outside their polling place by UMBC students conducting the UMBC Battleground Exit Poll, a hands-on educational experience created by Ian Anson, an associate professor in political science. 

For students, this was an opportunity to participate in the high-stakes world of Maryland politics. For their professor, it was an opportunity to see his students successfully draw on classroom skills as they engaged with the community.

“Students really found their voices,” says Anson. “Students who I felt were pretty reserved and quiet in class were reaching out to voters in very bold ways and finding that perfect pitch to get them to take the poll. “ 

Going beyond the classroom context

Anson, who also serves as associate director of the new UMBC Institute of Politics (IoP), collaborated with students to design and implement the Battleground Exit Poll. He worked with over 50 undergraduate students enrolled in his upper-level American voting behavior class to develop bias-free questions for the survey. The Battleground Exit Poll is the second exit poll Anson has developed with undergraduate students. During the 2018 midterm primaries, Anson’s voting and polling class students designed the UMBC Retriever Exit Poll.

“My guiding philosophy is to create applied-learning projects that have legs—that go beyond the classroom context,” said Anson. “I want students to experience how political science theories and applications impact communities.”

Understanding the data

The poll gauged the attitudes of 1,119 Baltimore County voters who cast their ballots in person during early voting and on Election Day. Voters answered questions about various topics, including the presidential, U.S. Senate, and congressional elections; adding “The Right to Reproductive Freedom” amendment to the Maryland Constitution; and the economy. 

Among the findings, the data showed that the top five issues Baltimore County voters said they considered when making their voting decisions were abortion, inflation, the trustworthiness of politicians, civil rights, and immigration. 

There were some surprising results hidden beneath the surface of these toplines—Anson’s students discovered in their conversations with voters a shared sense of values—regardless of party preference or votes cast (60 percent of Baltimore County voters voted for Kamala Harris and Tim Walz and 36 percent for Donald Trump and J.D. Vance).

“Everybody I talked to—both for Harris and for Trump—were saying similar things for what they wanted for the country,” says Ayaan Rizvi, a first-year student in UMBC’s Sondheim Public Affaris Scholars program, who plans to major in political science. “It’s really interesting to see the mental calculus that goes on in people’s brains when they make a choice of how they will vote.”

Rizvi says most voters said they wanted themselves and others to live comfortably and to be able to live peacefully in their communities.

A highlight for Anson is watching his polling students gain a perspective into elections that goes deeper than what they can get in the classroom or from watching the news.

“We often see ourselves as this very divided country,” says Anson. “But when you go to the polling place and stand there for four hours, you get a much different glimpse. I think students really left the experience feeling the warmth of that.”

The UMBC Battleground Exit Poll was covered widely by state and local news outlets, including CBS, ABC DC News Now, Fox 45 News, and WBAL-TV.

Learn more about UMBC’s Department of Political Science.

The BMA is seeking a full-time Gallery Educator to lead dynamic, interactive tours primarily for preK-12 audiences, and for adults, visitors with disabilities, and early learning audiences as needed. BMA tours take a variety of forms—onsite; virtual; hybrid, consisting of both on-site and virtual components; and tours that take place both in the galleries and in our Joseph Education Center studio classroom.

The Baltimore Museum of Art (BMA) seeks an enthusiastic and experienced Museum Security Officer to play a critical role in the safety and security of the museum environment. The ideal candidate will have impeccable communication and customer service skills and will be comfortable managing multiple priorities while working in a fast-paced, team-based environment. Regular schedule includes weekends.

RESPONSIBILITIES

Responsibilities include but are not limited to:

· Providing exemplary customer service to BMA visitors and members

The Baltimore Museum of Art (BMA) seeks enthusiastic and experienced Museum Security Officers to ensure a positive and welcoming experience for attendees to activities and events held at the BMA.

The ideal candidate will have impeccable communication and customer service skills and will be comfortable managing multiple priorities while working in a fast-paced, team-based environment. Regular schedule includes weekends.

RESPONSIBILITIES

Responsibilities include but are not limited to:

· Providing exemplary customer service to BMA visitors and members

UMBC is approaching 30 years of collaboration with the National Aeronautics and Space Administration (NASA), a partnership that largely culminates under the university’s three major cooperative agreements with the agency. According to the NSF’s latest Higher Education Research and Development (HERD) survey, UMBC is among the nation’s top 10 universities receiving federal funding from NASA. In 2024, UMBC scientists, researchers, interns, and engineers have reached new levels of achievement in connection to this partnership—some even going as far as to the surface of the Moon…in a few years. 

Take a look back at five ways UMBC collaborated with NASA in 2024:

UMBC goes to the Moon

Planetary scientist Mehdi Benna of UMBC’s Center for Space Sciences Technology is leading the team designing one of the lunar instruments chosen for implementation and deployment in NASA’s forthcoming Artemis III mission, humanity’s first return to the lunar surface in more than 50 years. The Lunar Environment Monitoring Station (LEMS) was selected as one of the first three candidate payloads to be a part of Artemis III, NASA’s mission that will send astronauts to explore the region near the lunar South Pole. Artemis III, currently planned to launch in 2026, will be the first time humans will return to the Moon’s surface since the historic Apollo program in 1969 – 1972. 

HARP2 launches into space

The UMBC-designed Hyper-Angular Rainbow Polarimeter (HARP2) wide-angle imaging polarimeter instrument is part of NASA’s Plankton, Aerosol, Cloud, ocean Ecosystem (PACE) spacecraft mission, which launched into space in February. The PACE satellite provides insight into ocean health, air quality, and the effects of a changing climate. PACE’s mission data, which includes data captured by the HARP2 instrument, is now available for public access. The HARP2 team, which includes a host of students and alumni, is led by Vanderlei Martins, professor of physics, who is also the director of the NASA-affiliated Earth and Space Institute, based out of UMBC’s Physics Building.

AXIS X-ray telescope selected for final round  

Nearly a year ago, a group of engineers and scientists including UMBC physicists became one of 10 teams to successfully submit a proposal to NASA to develop the Advanced X-ray Imaging Satellite (AXIS). In October 2024, the AXIS team was selected as one of the final two instrument designs selected for further development. The team will receive $5 million to flesh out their plans as part of what NASA calls a “Phase A study.” Adi Foord, assistant professor of physics, and Eileen Meyer, associate professor of physics, serve on the AXIS leadership team, and during the proposal development phase, Foord co-led the sub-team focused on supermassive black hole evolution.

NASA comes to campus

The university collaborated with the Goddard Space Flight Center to host the “NASA-UMBC Interaction Days,” an interactive, three-day series that took a closer look into the agency’s current research activity across a range of fields, with insight into how UMBC faculty, staff, and students can continue to work with Goddard scientists and engineers. The event series attracted more than 250 registrants. 

UMBC-NASA earth science center awarded $47 million extension

The UMBC-led Goddard Earth Science Technology and Research (GESTAR) II center was awarded a two-year, $47 million extension this year to continue its cooperative agreement with the NASA Goddard Space Flight Center (GSFC). Since launching in 2021, GESTAR II has employed more than 150 scientists who are distributed across nearly all of GSFC’s earth science division laboratories.  Over the years, GESTAR II researchers have been a part of teams that have developed an instrument that monitors water quality in the Chesapeake Bay, studied the environmental impacts of megafire smoke plumes, generated the first global map of cargo ship pollution, and much more. 

More on UMBC’s partnership with NASA

Mohamed Younis, professor and chair of the Department of Computer Science and Electrical Engineering, has been honored by the Institute of Electrical and Electronics Engineers (IEEE) Communications Society for his significant and lasting contributions to the advancement of modern communication technologies. The award was announced December 9 at the society’s Global Communications Conference in Cape Town, South Africa. In particular, Younis was honored by the IEEE technical committee on internet of things, ad hoc, and sensor networks for his impactful contributions to these frontier areas of communications. 

The proliferation of mobile phones, smart devices, and sensors such as cameras has transformed the communications landscape in recent decades. Oftentimes, diverse devices, such as autonomous vehicles and wearable sensors, talk to other devices without relying on pre-existing communications infrastructure such as routers, a set-up called an ad hoc network.

Younis’ work has advanced the expanding scope of communications technology, while also working to keep these methods reliable and secure. He has developed algorithms for networks of moveable sensor nodes, for example drones on a search-and-rescue mission, to recover from the failure of individual nodes; has created new ways to send signals directly from air to underwater; and has studied ways to protect the privacy of data sent from medical devices and sensors, among many other contributions.

“This award was a surprise to me—it made me happy,” says Younis, who traveled to South Africa to receive it. “It’s a recognition from the community that means a lot.”