All posts by: Sarah Hansen, M.S. '15


Kaitlin Smith, leader in vibrant campus life, to pursue graduate study in student affairs

Kaitlin Smith
B.A., Media and Communication Studies
Cum Laude
Hometown: Perryville, Maryland
Plans: M.A., Morgan State University

Finding my place in college is one of the greatest things that has ever happened to me… My involvement in student life, admissions and orientation, and student affairs connected me to people who believed in my abilities, gave me the support and strength to pursue many different avenues…and gave me the opportunity to help others find their passions and place at UMBC.

As a freshman, Kaitlin Smith was performing well in her classes and making friends, but she had a nagging feeling that she wasn’t making the most of her college experience. That changed when a staff member encouraged her to get involved in the Orientation Peer Advisor program, which opened the door to her involvement and leadership in campus life.

Smith completed an internship focused on campus safety with the Office of the Vice President of Student Affairs, joined the service-focused Alpha Sigma Alpha sorority, became a coach for STRiVE (an intensive student leadership development program), served as a Woolie (a UMBC Welcome Week leader), and became a trainer with the Green Dot bystander intervention program.

In her senior year she has served as undergraduate fellow in the Office of Undergraduate Admissions and Orientation, and as president of UMBC’s highly active Student Events Board (seb). On the academic side, she also served as president of the Media and Communications Studies Council of Majors.

Smith’s experiences have inspired her to pursue a master’s degree in higher education and student affairs administration at Morgan State University, to ensure future students have access to the same kinds of college experiences that brought so much meaning to her time at UMBC.

Austin Maduka, dedicated mentor, to pursue M.D./Ph.D. at Duke University

Austin Maduka
B.S. Biochemistry and Molecular Biology
Cum Laude
Hometown: New Carrollton, Maryland
Plans: M.D./Ph.D., Duke University

UMBC has provided the best environment for me to challenge myself, discover new passions, and grow both personally and academically. I know that the network of friends and mentors I have made at UMBC will continue to support my growth for years to come.

Austin Maduka graduates from UMBC with a wealth of research experience and an ongoing commitment to supporting up and coming STEM students as they discover their passions and work through early challenges in their studies.

During his time at UMBC, Maduka worked in research labs at Johns Hopkins University for three years, in addition to spending two summers conducting research at the Massachusetts Institute of Technology. He credits these experiences with helping him develop his confidence as a scientific researcher and his science communication skills. He further refined those skills through award-winning presentations at professional conferences, serving as a chemistry tutor at UMBC, and publishing his work as co-author of a peer-reviewed article in the Journal of Biological Chemistry.

Maduka is a Meyerhoff Scholar and MARC U*STAR trainee at UMBC. He received the ASBMB Marion B. Sewer Scholarship for Undergraduates, recognizing his deep interest in a biochemistry and molecular biology career and his commitment to enhancing diversity in science. As a UMBC junior, he also received the Lisë K. Satterfield Scholarship, which honors an exceptional chemistry student with research experience. Additionally, he is a founding member of the Phi Delta Epsilon Medical Fraternity.

Maduka’s commitment to giving back to fellow aspiring scientists runs deep. With Daniel Ocasio [link], he co-founded Achievement and Inspiration through Mentorship (AIM), which provides long-term mentoring to underserved teens in Baltimore City. He tutors in chemistry and biology at UMBC and is a Meyerhoff peer advisor, as well as an Eagle Scout.

Writing about his own educational path, and what motivates him to mentor younger students, Maduka recently shared in ASBMB Today:

“It is crucial to realize that support can change a person’s trajectory in life, especially for people in minority, inner-city communities… Although I had a positive outcome, many like me do not. Whenever possible, be a source of support for others. It may have a bigger impact than you would expect.”

This fall, Maduka will pursue a combined M.D./Ph.D. at Duke University.

Portrait by Marlayna Demond ’11 for UMBC.

Jaelyn Bos applies passion for ecology to teaching biology in Mozambique

Jaelyn Bos
B.A., Biological Sciences; B.S., Environmental Science
Summa Cum Laude, Certificate: Honors College
Hometown: Columbia, Maryland
Plans: Biology teacher, Peace Corps, Mozambique

My experiences with the Shriver Center were my most meaningful at UMBC, and they showed me how to incorporate social change into my future ambitions. I appreciate how UMBC encourages and empowers students to create change on and off campus.

Jaelyn Bos has long been committed to leadership through service, and throughout her time at UMBC she has sought out experiences to grow her ability to impact local and global issues, from her time in the Shriver Living Learning Community to her study abroad experience in Ecuador.

Bos served as the community outreach coordinator for Arbutus Achievers, a group that supports students at Arbutus Middle School who are striving to move past challenges. She won a BreakingGround grant to organize Service Fest, an on-campus event that brought together local non-profits with potential student volunteers. She also created the “One UMBC, One Baltimore” interactive online map to share information about Shriver Center outreach activities. By her senior year, Bos was named France-Merrick Fellow for her “exemplary commitment to service, leadership, and civic engagement on the UMBC campus and in Baltimore City.

Bos bridges her commitment to social justice with a passion for ecology, undertaking internships at the National Park Service and Cary Institute of Ecosystem Studies, and holding a research assistant position with Matthew Baker, professor of geography and environmental systems. It is this combined interest in community engagement, ecology, and passion for learning that has inspired Bos’s next step after graduation: teaching biology to secondary school students in Mozambique as a Peace Corps fellow.

Portrait by Marlayna Demond ’11 for UMBC.

Emily Melluso to continue social justice work through applied sociology master’s at UMBC

Emily Melluso
B.A., Biological Sciences; B.A., Sociology
Magna Cum Laude
Hometown: Union Bridge, Maryland
Plans: M.A., UMBC

My experiences have shown me the importance of self-determination and the need for students to recognize their own power within their communities and beyond them.

Emily Melluso arrived at UMBC with a broad vision of serving communities facing challenges. Over the course of her undergraduate years, she refined that vision and strengthened her commitment to social justice work through on-and off-campus experiences that helped her “consider the ways in which people struggle at UMBC and in our neighboring communities in Baltimore City.”

Melluso has served fellow students through such leadership and mentorship roles as an SGA ProveIt! coordinator, IHU peer facilitator, STRiVE coach, resident assistant, and Imagining America undergraduate fellows coordinator. This year she co-led the “Seeing Baltimore” alternative spring break trip, which connected students to social justice work in the city.

In recognition of her academic excellence, Melluso has been recognized as a member of Alpha Kappa Delta (the international honors society for sociology) and the National Society of Collegiate Scholars. After graduation, Melluso will pursue a master’s in applied sociology at UMBC while continuing her community education and organizing work in Baltimore.

Portrait by Marlayna Demond ’11 for UMBC.

Ryan Atkinson, ice hockey MVP, to attend medical school on U.S. Air Force scholarship

Ryan Atkinson
B.S. Biochemistry and Molecular Biology
Summa Cum Laude
Hometown: Vacaville, California
Plans: M.D., University of Southern California School of Medicine

Playing hockey at UMBC has helped me grow so much as an individual and as a leader. The people I encountered playing hockey are a huge reason why I am heading to medical school this fall.

Ryan Atkinson has excelled as a scholar-athlete at UMBC, and also as a scientist. Atkinson served as captain and president of UMBC’s club ice hockey team during his junior and senior years, receiving UMBC Club Sport Athlete of the Year and league MVP honors, as well as the 2016 Lou Cantori Award, given to an outstanding UMBC scholar-athlete in a club sport.

Ryan Atkinson playing hockey with teammate

While competing, Atkison also maintained a 4.0 GPA and contributed to two journal articles based on his research in Suzanne Rosenberg’s immunology lab. This fall, he will head to the University of Southern California School of Medicine on a U.S. Air Force Health Professions Scholarship.

“UMBC has helped me achieve my goals by pushing me academically while also providing the resources to explore potential career pathways until I settled on one that was right for me,” Atkinson shares. “The professors on this campus were instrumental in providing guidance and opportunities throughout my time here.”

Portrait by Marlayna Demond ’11 for UMBC.

Da’Kuawn Johnson, future M.D./Ph.D., combines commitments to research and peer mentorship

Da’Kuawn Johnson
B.S., Biochemistry and Molecular Biology
Cum Laude, Certificate: Honors College
Hometown: Baltimore City
Plans: M.D./Ph.D., University of Maryland, Baltimore

Having the guidance from the Meyerhoff program has allowed me to come in with a dream and leave with it being reality.

UMBC’s supportive environment and game-changing guidance offered by peer and faculty mentors have inspired Da’Kuawn Johnson to focus on what he could give back as a mentor to others—in the classroom, in the lab, and in campus life. “UMBC embodies students giving back to their peers,” he says. “I spent my college career in a give and take relationship where older students provided guidance, and my classmates and I worked as a team to achieve success.”

As a Meyerhoff, HHMI, MARC U*STAR, and Kevin Yang and Katelyn Niu Scholar, Johnson has taken advantage of research opportunities in Jeffrey Gardner’s bacterial physiology lab, earning an Undergraduate Research Award for his work and presenting at the Summer Undergraduate Research Fest. Meanwhile, he served as a Learning Resources Center tutor, undergraduate teaching assistant in biological sciences, and justice on the UMBC Student Hearing Board in the Office of Student Judicial Programs, which promotes “personal integrity, civility, self-responsibility, citizenship, and appreciation for diversity” at the university.

“I did all of these things because other students did them for me,” Johnson shares.

On top of his research and service, Johnson is a classical pianist. Next, he will pursue a combined M.D./Ph.D. at the University of Maryland, Baltimore.

Photos by Marlayna Demond ’11 for UMBC.

Brandon Enriquez, USM student regent, heads to economics Ph.D. at MIT

Brandon Enriquez
B.A., Economics; B.S., Mathematics
Summa Cum Laude, Certificate: Honors College
Hometown: Ellicott City, Maryland
Plans: Ph.D., Massachusetts Institute of Technology

There are many talented and intelligent college graduates in the world against whom I must compete. My advantage comes through the support I receive from my school, through how I am pushed by mentors to be innovative and creative. UMBC provides that support.

How do financial aid packages affect retention rates for low-income college students? What would happen if remedial courses stopped after the two-year community college level? These are the kinds of challenging, highly complex higher education policy questions that interest Meyerhoff Scholar Brandon Enriquez, which he’s examined through research at Harvard and MIT, and service to the University System of Maryland as student regent for 2016-17.

As student regent, Enriquez is a voice for over 18,000 students systemwide. On campus, he is president of the UMBC College Democrats, co-president and founder of the UMBC TED Club, a member of the Phi Kappa Phi fraternity, and has served as an Alternative Spring Break trip leader.

In recognition of his leadership and exceptional academic and extracurricular accomplishments, Enriquez was named a finalist for the Marshall and Rhodes scholarships this year. After considering opportunities in doctoral programs at Harvard, Yale, Princeton, and the University of Chicago, and he has decided to pursue his Ph.D. in economics with a full fellowship at MIT.

Image: Portrait by Marlayna Demond ’11 for UMBC.

UMBC forum highlights need for interdisciplinary collaboration in aging research

The spring 2017 UMBC Research Forum focused on innovative research in aging and the life course—a notably far-reaching area of study that transcends a diverse range of fields. Speakers discussed aging research from the microscopic scale of genetic mutation to analysis of federal policy, and all emphasized the importance of interdisciplinary collaboration in this complex area of study.

“Health, we know, is not cardiovascular, is not neurological, is not pathological. Those are completely artificial distinctions,” shared keynote speaker Luigi Ferrucci, director of science at the National Institute on Aging. “It’s become very, very clear that everything interconnects.”

Ferrucci focused his remarks on the complex relationship between nutrition and aging. “We know intuitively that nutrition affects the aging process dramatically, but it’s also an understudied area,” he said. For example, strict caloric restriction, which has resulted in lifespan extension across many species in scientific studies, seems to have a more nuanced effect on human health and lifespan.

Ferrucci also stressed the importance of analyzing how the body processes food after ingestion. His research suggests that people don’t absorb amino acids, the building blocks of muscles, into their muscles as well as they age. Also, age-related changes in mitochondria, which release energy for use by cells, result in reduced muscular strength.

“Nutrition cannot be resolved in terms of what you put in your stomach, but what happens to those molecules when they come into your body,” Ferrucci said. “Only by putting together the biology of aging will a nutritional intervention really be able to make a difference.”

It’s these connections across fields of research that have so much potential to reveal new insights in aging, said Karl Steiner, vice president for research, affirming that we “need to shine the light on these complex issues.”

John Schumacher, associate professor of sociology, anthropology, and health administration policy, kicked off the first panel by addressing his research on geriatric emergency departments. These senior-focused facilities have been popping up around the country over the last decade, but they can be quite different from one another, and much can still be done to improve the experiences of seniors who visit emergency departments, Schumacher said.

Sarah Chard, associate professor of anthropology, discussed her research on the subjective experiences of people with diabetes. She explained how doctors may label patients as “non-compliant” when they do not follow medical guidance, without recognizing “the presence of patients’ competing, yet very rational, health goals.” For example, if a person who would benefit from exercise is wary of leaving home, it would be more beneficial for a doctor to suggest at-home exercise options than to insist the patient walk or drive to an exercise facility. Chard explains, “Greater attention to the social dimensions of disease management is critically needed.”

Nancy Kusmaul, assistant professor of social work, talked about how some nursing homes are making systemic changes to give residents more autonomy, such as offering meals across wider time windows. However, institutions often make changes without considering the impact on employees, many of whom are living at or below the poverty line despite working full time. “How can staff care for residents when they’re not being cared for themselves by the organization?” Kusmaul asked.

In the second panel, Ravi Kuber, associate professor of human-centered computing, spoke about his work developing a tool that helps people maintain pace while walking. It provides cues in the form of vibrations at the hip, leaving eyes and ears available to take in the environment. Kuber’s research team is also learning more about how seniors interact with technology, such as tablets, with the goal of providing guidelines to interface developers.

Jeff Leips, professor of biological sciences, studies how aging affects traits in fruit flies. At the forum, he discussed work that looks at the immune response, lifespan, and endurance. Genes are highly conserved across flies and humans, making them an excellent study organism. One surprising finding from the lab has been that genes do not affect traits in the same way across the lifespan, Leips says. That might mean treatment for the same disease should look different depending on a patient’s age.

Nancy Miller, professor of public policy, talked about her research on the distribution of funding for long-term care services between institutional environments and home- and community-based care. She found that public funding for the latter increased following policy changes, especially in states that initially provided the least funding for these services. That suggests, she says, “there’s a continued role for policies to encourage states in this direction.”

In closing the event, President Freeman Hrabowski focused on the fact that those who are privileged tend to age more gracefully than those who are not, and that that inequality needs to change. Moving forward, he told the participating researchers, “the work that you do, and the research, the training, will be increasingly important for all of us.”

Banner image: Ravi Kuber, information systems; Jeff Leips, biological sciences; and Nancy Miller, public policy, take questions after giving short talks on their research. All photos by Marlayna Demond ’11 for UMBC.

A Look Ahead highlights UMBC-affiliated scientists making waves in cell biology

A Look Ahead, hosted by UMBC’s College of Natural and Mathematical Sciences (CNMS) on May 3, featured posters from every CNMS department and talks by three distinguished scientists with deep ties to UMBC. The highlighted speakers included Michelle Starz-Gaiano, associate professor of biological sciences; Jeffrey Gross ’96, biological sciences, and E. Ronald Salvitti Professor of Ophthalmology at the University of Pittsburgh School of Medicine; and Ruth Lehmann, Starz-Gaiano’s mentor and Laura and Isaac Perlmutter Professor of Cell Biology at the New York University School of Medicine.

As a flagship annual event of CNMS, A Look Ahead “is all about highlighting the pioneering research that our faculty, students, and staff here at UMBC do,” said Dean Bill LaCourse. “The aim of the College is to provide the tools and resources for the faculty and students to succeed and achieve great heights. We hope this event will be one of those tools.”

Lehmann shared how her lab seeks to understand the development of germline (sperm and egg) cells and, essentially, “what makes sperm and egg cells so special.” She has found that regulation of RNA, a molecule similar to DNA that is translated into protein inside cells, determines whether a cell develops into a germline cell or not. Her research on RNA regulation in the early embryo has challenged previous scientific understanding by finding strong evidence that “RNAs can self-localize” in the egg cell, rather than being directed by proteins.

Lehmann also addressed the role of mitochondria, structures that release energy inside the cell, in germline differentiation. Her lab has identified a new role for a protein called ATP synthase, which appears to be critical for the construction of cristae, elaborate folds in the inner membranes of mitochondria. “We need the cristae as a checkpoint for the differentiation” of germ cells, Lehman says.

Mitochondria are only inherited from one’s mother and can carry mutations that cause disease. Learning more about how mitochondria develop within germ cells could inform studies of those diseases.

Starz-Gaiano’s research focuses on a different aspect of early development. Her lab studies a step in early fruit fly development when a small cluster of cells migrates from one end of the egg to the other. The way these cells detach from tissue and then migrate is similar to how cancer cells metastasize, so learning more about the process could inform cancer treatments in the future.

To initiate migration, the cells must receive a chemical signal from nearby cells. Starz-Gaiano predicted that if the migrating cells received the signal uniformly, they would detach symmetrically, “but much more often our prediction was not correct,” she says. “That left us with a puzzle—why aren’t some cells responding?”

Starz-Gaiano hypothesized that small gaps between the signaling cells trapped the signal molecule, preventing it from reaching the target cells. She and her students worked with UMBC colleague Brad Peercy, professor of mathematics, to create a mathematical model of migration in the presence of gaps, and it very closely matched her data from real flies.

Starz-Gaiano’s research now suggests that the gaps eventually release the trapped signal, affecting migration in surprising ways. “I think this is a really exciting result, because it’s unexpected,” Starz-Gaiano says.

Gross is also turning up compelling results in his research on age-related macular degeneration (AMD), a disease that causes blurred vision and can lead to blindness. His model organism, the zebrafish, has “a remarkable ability to recover from any injury,” Gross says, including the ability to regenerate the type of eye tissue that degenerates in AMD. At early stages of development, the zebrafish eye is similar to the human eye, and zebrafish embryos are transparent, making them easy to observe.

After an eye injury, some zebrafish eye cells revert to stem cells, then develop into the cell type of the injured tissue. In humans, stem cell reversion sometimes happens, but the cells don’t re-differentiate, instead building up and making the situation worse.

Gross’s goal now is to discover the pathways in zebrafish that result in successful regeneration. “That’s the big question,” he says, “What’s the mechanism underlying this response?” Once the pathway is understood in zebrafish, scientists will be that much closer to an effective therapy for AMD.

Gross took a moment during his talk to thank Phyllis Robinson, professor of biological sciences, for making possible his success as a research scientist focused on vision. As a UMBC undergraduate, Gross wasn’t certain of his future as a scientist until he worked in Robinson’s lab. Today, he, Starz-Gaiano, and Lehmann all focus on continuing to expand opportunities for more students to participate in cell research and tap into the excitement of discovering new things about the building blocks of life.

Banner image: Michelle Starz-Gaiano, biological sciences, presents her work on cell migration. All photos by Marlayna Demond ’11 for UMBC.

 

UMBC ecologist Matt Baker partners with Chesapeake Conservancy to improve stream mapping

The Chesapeake Bay Trust, a non-profit organization dedicated to restoring the Chesapeake Bay, has recently funded a high-resolution mapping project that will inform restoration efforts in the Chesapeake Bay Watershed. Matt Baker, professor of geography and environmental systems and expert on ecological restoration, will contribute to the project by developing and studying cutting-edge stream mapping methods in partnership with the Chesapeake Conservancy.

Baker’s project will focus on mapping tiny headwater channels (the points where streams begin) that can be hard to detect with traditional mapping techniques. “Headwater streams turn out to be really important, because that’s where human activities have a much more direct impact on downstream conditions,” says Baker. He explains, “Headwaters are intimately involved in transporting whatever we put onto the landscape down toward larger systems and the Bay. They’re the places where the land-water connection happens.”

Baker’s project will use Light Detection and Ranging (LiDAR) to map select locations in a wide range of landscapes across the watershed, from mountains to coastal plains, agricultural fields to urban sewer outfalls. LiDAR directs laser pulses from aircraft down at Earth’s surface, and how quickly and the angle at which the pulses return to the aircraft are used to detect the land surface’s height and whether it’s covered by plants or water.

Although LiDAR generates detailed maps, “current computer algorithms can be fooled” by some terrain results, so a human interpreter is still needed to ensure accuracy, Baker explains. In an effort to improve how computers can do this work automatically, the project will test the performance of a variety of new algorithms in different physical settings.

A later phase of this work will attempt to map every stream in the six-state, 64,000-square mile Chesapeake Bay Watershed based on recommendations that Baker and the Chesapeake Conservancy make about which mapping methods will work best, and where.

Mapping streams, and especially previously unmapped headwaters, has major implications for protection of the watershed. “Currently, there’s some controversy over what constitute the ‘waters of the United States,’ which are protected by the Clean Water Act,” Baker says. Smaller headwaters may not be included if they haven’t been mapped. Although Baker is not in a position to decide which waterways make the legal cut, “We can provide information that can inform those decisions,” he says.

Also, mapping headwaters has a role to play in preventing pollution from reaching the Bay. “The stream network is really the circulatory system of the Bay watershed,” Baker says, “and getting a better picture of that is critical for understanding water movement, erosion, and how pollutants and wastes are transported, as well as what features are important for keeping the water clean.”

Overall, his project with the Chesapeake Conservancy is “a great example of a partnership among agencies, academia, and non-profits,” Baker says. “I’m a researcher, the Conservancy is a non-profit conservation organization, and we are working with state and federal agencies to give them a product they can use to better manage the restoration efforts in the Bay watershed.”

Image: Matt Baker, professor of geography and environmental systems. Photo by Marlayna Demond ’11 for UMBC.

Fourth annual Cangialosi Business Innovation Competition celebrates student entrepreneurs

At the fourth annual Cangialosi Business Innovation Competition, held on April 26, 2017, six finalists pitched their business ideas to a three-judge expert panel. The projects, selected from 33 contest entries, ranged from an innovative advertising platform to a solar-powered fresh water generator. The top three projects would receive a monetary prize, membership to BetaMore, and advice from members of the Baltimore Angels venture capital organization.

“The idea behind the competition,” says Greg Cangialosi ‘96, English, a long-time supporter of emerging business innovators from UMBC and across the region, “is to enable the students who want to become entrepreneurs to have the opportunity to manifest their reality.”

Mustafa Al-Adhami M.S. ’15, mechanical engineering, leads GermoSense, which took third place. He proposed a device that can quickly detect the efficacy of antibiotics against sepsis, which causes more deaths than prostate cancer, breast cancer, and AIDS combined each year in the United States. The current protocol can take up to a week to detect antibiotic efficacy, while Al-Adhami’s device would take only an hour. It’s also less expensive and more convenient. Time is of the essence in sepsis treatment, as survival rates drop rapidly if it goes untreated. Al-Adhami completed his master’s at UMBC’s Center for Advanced Sensor Technology (CAST) and is now pursuing a Ph.D. in mechanical engineering at CAST, after working there for a year as a research scientist.

Greg Cangialosi ’96 addresses the crowd at the Cangialosi Business Innovation Competition on April 26.

The four-person team behind Aerwell earned second place with a device that uses the principles of a dehumidifier to provide fresh water. About the size of a small doghouse, Aerwell uses solar power to run fans and takes advantage of near-constant temperatures underground to induce condensation. The team hopes to sell the device below cost in developing countries suffering from severe, long-term drought while turning a profit selling to microfarmers who want to use water-conserving farming techniques.

Noting that water stress is increasing worldwide, Christian Ingham ’17, mechanical engineering, says, “We’re really excited about how our technology could impact the world.” Other team members include Elyse Hill, Hannah Corcos, and Ben Hallett, who are all also senior mechanical engineering majors.

Chris Bodan ‘18, psychology, and James Baker, who studied mechanical engineering at Cooper Union, won this year’s competition with Aye-Aye, a device designed to provide a type of vision for people with vision impairments. It applies vibrations to a person’s back that the brain can interpret to form images. The venture’s first prototype involved a bike helmet and an XBox Kinect, but a second model the team demonstrated at the competition is much sleeker. The team plans to work with blind user testers and organizations that support the blind community to ensure Aye-Aye meets their needs, and to eventually seek FDA approval for the tool as an assistive technology. In the meantime, they hope to market it to gamers and explore other potential users, such as first responders who find themselves in low-visibility conditions like smoke or whiteout snow.

“This whole competition just allowed me to come out of my shell” and engage more with the campus community, Bodan shared, saying, “I’m really excited and inspired to work on this project.”

Igor Kuzmin ‘17 (left) and his friend Nick Shields make their pitch for Advertuozo, an innovative advertising platform, at the CBIC.

Markus Proctor ’16, interdisciplinary studies, who won the competition in its first year, agrees that the positive effects of crafting and pitching entrepreneurial projects can extend far beyond a particular business idea. “I’m still leveraging the benefits of the CBIC experience four years later,” he says. The program “puts the spark in education for students,” Proctor says, and he believes it is “one of the best learning vehicles at UMBC.”

Vivian Armor, director of UMBC’s Alex Brown Center for Entrepreneurship, adds that while the program “targets students who are very serious about starting a business in the next year or so,” she, Cangialosi, and program mentors “look at this as a learning opportunity for students.” Armor thanked the mentors for “helping to develop the next generation of entrepreneurs.”

The contest’s additional three finalists included Laptop Buyers, by Fabrice Pani ‘18, information systems; Hilltop Apparel, by Mohammad Marzooghian ’17, computer science, Peter Roberts ‘20, biological sciences, Sean Gawron ’20, physics, Jamen King ‘18, biochemistry and molecular biology, and James Seeman ’19, undeclared; and Advertuozo, by Igor Kuzmin ‘17, financial economics, and Nick Shields, computer science major at Howard Community College.

For Cangialosi, though, it wasn’t just about the top finalists or who won the competition that day. He had a message for all participating teams: By simply entering the contest, taking a chance on submitting their ideas, they had already taken the first essential step to succeed as entrepreneurs. Keeping an eye on the future, he said, “Let’s make things happen.”

Banner image: Mustafa Al-Adhami ’15, mechanical engineering, makes his case for GermoSense, which won third place at the CBIC on April 26. All photos by Marlayna Demond ’11 for UMBC.

UMBC celebrates Interdisciplinary Life Sciences Building groundbreaking

UMBC’s newInterdisciplinary Life Sciences Building (ILSB) is an answer to two questions, says Dean Bill LaCourse, of the College of Natural and Mathematical Sciences (CNMS): “What is UMBC going to be in the future?” and “What are our students going to need in the 21st century?”

The ILSB, scheduled for completion in summer 2019 on the footprint of the old Academic Services Building, will provide 70,000 square feet of flexible research and education space to support interdisciplinary, collaborative efforts in the life sciences. The building will primarily house labs and classes associated with CNMS, but the university also anticipates departments in the College of Arts, Humanities, and Social Sciences (such as geography and environmental systems) and in the College of Engineering and IT (such as chemical, biochemical, and environmental engineering) will utilize the innovative research and teaching facility.

Dean LaCourse addresses the crowd at the groundbreaking ceremony.

Speakers at the informal groundbreaking ceremony, held May 1 on the quad just before it closed for construction, focused on the flexibility of the building. The ILSB will create opportunities for “interdisciplinary research, active learning, and innovation,” said LaCourse. “It fits right in with the model of what UMBC is, with our reputation as an agent of change.”

Features of the new building include an observation and research lab to study pedagogy, eight active learning classrooms, and four teaching labs, which will all support innovative education for UMBC students. Twelve research labs will each accommodate three faculty members and their students, an environmental systems lab will allow field research on aquatic and other ecosystems, and specialized lab spaces will support activities such as cell culture.

Joe Rexing, director of UMBC design and construction, shared that UMBC has again partnered with the Maryland Public Art Initiative to include an art installation inside the building, as Thomas Sayre’s sculpture Forum appears alongside UMBC’s new Performing Arts and Humanities Building.

UMBC faculty and administrators celebrate the groundbreaking. From left: Phil Farabaugh, professor and chair of biological sciences; Kathleen Hoffman, professor of mathematics; President Freeman Hrabowski; Julie Ross, dean of the College of Engineering and Information Technology; Bill LaCourse, dean of the College of Natural and Mathematical Sciences; Karl Steiner, vice president for research.

The ILSB seeks to create spaces that encourage the kind of interdisciplinary work that UMBC has increasingly become known for, regionally, nationally, and internationally. “I like to use the word ‘convergent.’ We’re going to take the skills and expertise of our faculty and students and converge on societal problems,” says LaCourse. “By bringing people together, we’ll be able to do more than if we stayed in our individual silos,” he adds. The ILSB “is a symbol of our strength in diversity.”

Remarks from LaCourse, Rexing, President Freeman Hrabowski, and Provost Philip Rous also stressed the collaborative nature of the building design process. Faculty, administrators, and facilities management staff all played important roles in determining what kinds of spaces the ILSB would include. “All their decisions were not about what would be best for them as individuals,” said LaCourse, “but what would be best for student success, what would be best for the future of UMBC.”

President Hrabowski emphasized how the construction of both the Performing Arts and Humanities Building, completed in 2014, and the ILSB “represent the best of collaboration and interdisciplinarity, and also of community.” He also spoke to the future impact of the building.

“As we break ground today, I want you to think about the thousands of students and faculty over the next century who’ll be coming through this building,” Hrabowski said, “but even more, the thousands of lives that will be touched by our graduates and our research. I can’t think of a notion more powerful than that.”

Learn more about how the ILSB construction process may impact members of the UMBC community and campus visitors.

Banner image: Faculty and administrators “break ground” to celebrate the beginning of construction of the Interdisciplinary Life Sciences Building, slated for completion in summer 2019. All photos by Marlayna Demond ’11 for UMBC.