Undergraduate Research and Creative Achievement Day (URCAD) features research, scholarship, and creative work carried out by UMBC undergraduates. Student work is shared through oral presentations, posters, artistic exhibits and performances, and film.

This campus celebration of achievement affirms UMBC’s commitment to the twin goals of research and a distinctive undergraduate experience.

All current undergraduates who have conducted research, scholarship or creative work in the last year may apply to present their results at URCAD. Mentors, fellow students, friends, family members, high school teachers and students, graduate school recruiters, and the general public are invited to attend.

Wednesday, April 26, 2017

Undergraduate Research and Creative Achievement Day (URCAD) features research, scholarship, and creative work carried out by UMBC undergraduates. Student work is shared through oral presentations, posters, artistic exhibits and performances, and film.

This campus celebration of achievement affirms UMBC’s commitment to the twin goals of research and a distinctive undergraduate experience.

All current undergraduates who have conducted research, scholarship or creative work in the last year may apply to present their results at URCAD. Mentors, fellow students, friends, family members, high school teachers and students, graduate school recruiters, and the general public are invited to attend.

Wednesday, April 26, 2017

He is a Biology major and an independent researcher. He is also a Teaching Assistant for both Biology 300 and 303, as well as a tutor for the Math Lab and Writing Center. He plans to attend medical school, become a doctor, and ultimately make a positive impact on the world. His advice on beginning in research, "Get started early!!! My biggest regret about research is that I didn’t get started as early as I should have. Working in a lab is a very rewarding experience that you learn a lot from. Getting involved early allows you to maximize what you gain and gives you enough time to pursue any long-term projects. Time is an invaluable resource and this is especially true with research."

Junaid's research will explore the efforts that will pave the way for the next-generation applications in human regenerative medicine. For more than a century, scientists have been captivated by the regenerative capabilities of the planarian flatworm, which can regenerate a full body from almost any type of amputation. To understand the mechanisms controlling this extraordinary ability, research approaches based on surgical, pharmacological, and genetic manipulations have been used extensively to produce a huge dataset of experimental results disseminated through the literature. The rise of sophisticated machine learning algorithms and computational power has brought upon a novel way of studying these fascinating creatures.

Read more about his research here…

She is a Biology major with a History and Chemistry minor and an URCADian*. She was also a presenter at the Annual Biomedical Research Conference for Minority Students (ABRCMS). When she is not attending class or in Dr. Summers research lab, she is an Organic Chemistry Learning Assistant and Supplemental Instructor. Her future plans will include pursuing her MD/Ph.D. after obtaining her undergraduate degree.

Carly's research will explore the non-coding RNA molecules found in the 5’-untranslated region (5’-UTR) of mRNAs called RNA thermosensors (RNATs). RNATs are the regulated expression of the downstream gene as a function of temperature. She is interested in the RNAT found in the 5’-UTR of prfA, a transcriptional activator that regulates the expression of a number of virulence genes in Listeria monocytogenes, which is an important human pathogen. Other well-characterized RNATs, such as 4U, ROSE, and css, all have elucidated mechanisms. The stem of these RNATs gradually melts as a function of increasing temperature, resulting in a gradient of protein expression.

Read more about her abstract here...

*An URCADian is one who presents at URCAD.