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Ever wonder what dinosaur poets would write about if they knew their moment of extinction was near? That’s one of the questions poet Tanya Olson, associate teaching professor of English, considered while writing her latest book, Born Backwards (YesYes Books, 2024). As she worked on the collection, Olson reflected on extinction and preservation—of food, objects, experiences, relationships, places, and people, especially butch life in the American South during the 1980s and ’90s. 

“The poems of Born Backwards remember anyone who feels out of place—in a body, a hometown, or a century,” says Olson. “In a time when such histories are again a threat, remembering becomes urgent.”

One of Oslon’s favorite parts of teaching is guiding students through the research process for their writing. Some of Olson’s research for the 20 poems in Born Backwards draws on her life growing up in the South. She shares episodes of her time on her grandmother’s farm doing chores, learning to drive from her father—starting with a push mower—and helping her mom tend a large vegetable garden. Alongside these experiences are reflections on questions of being queer and the decision to leave in search of a more queer-friendly place.

Olson also draws inspiration from the MTV revolution of the 1980s and the country music she heard growing up—artists like Johnny Cash, Patsy Cline, and Loretta Lynn—as well as the trailblazing career of k.d. lang, a pioneer for lesbian country music artists. Reflecting on extinction and preservation, Olson contemplates what could be lost if she is the last butch to remember smoky lesbian bars and to witness the decline of butch culture, wondering who will preserve these histories in the future.

Get tickets to see Tanya Olson at Profs & Pints Baltimore: Queer Country on Monday, August 18, 2025.

Read more of Tanya Olson’s poetry in Boyishly (Yesyes, 2013) and Stay (Yesyes, 2019).

Header graphic: Design by Jill Blum/UMBC. Book cover and headshot courtesy of Tanya Olson.

If you could develop a treatment to improve the care of millions of people with opioid use disorder (OUD) and post-traumatic stress disorder (PTSD), where would you start? For doctoral students like Laurel Meyer, with a passion for serving this community, the answer begins with funded clinical research opportunities and faculty mentorship. 

In 2020, Rebecca Schacht, clinical psychologist and associate professor of psychology, and Kevin R. Wenzel, a clinical psychologist and director of research at Baltimore-based Maryland Treatment Centers, welcomed Meyer into the human services psychology doctoral program as a research coordinator in their study. Schacht and Wenzel were conducting a randomized trial of written exposure therapy (WET) for people with PTSD in residential OUD and substance use disorder (SUD) treatment settings. WET is an evidence-based treatment for PTSD in which patients process their trauma by writing an in-depth narrative about a specific traumatic event in five sessions. 

“At the start of the project, I contributed to research design and protocol development. I then collaborated with clinical staff at the treatment facility to identify and recruit eligible patients,” says Meyer, who, along with fellow research assistant Samantha Berg, a fifth-year human services psychology doctoral student, had the opportunity to share the findings as co-authors on the article “A pilot test of Written Exposure Therapy for PTSD in residential substance use treatment” in the American Journal on Addictions. 

“Throughout the trial, I worked directly with participants in several capacities, including assessing eligibility for the study, providing Written Exposure Therapy as a study therapist, and conducting follow-up interviews to understand participants’ experiences,” says Meyer.

Thanks to the team’s rigorous research, Schacht and Wenzel, the co-principal investigator, are scaling up their research with a grant of over $3 million from the National Institute on Drug Abuse to develop and test Written Exposure in Substance Treatment (WEST), an adapted version of WET for use with people with OUD in residential SUD treatment.

“One of the most exciting aspects of grants like this one is that they include funding for Ph.D. students. This project will support at least two doctoral students throughout the six years of the project, including summer funding,” says Schacht, the director of the UMBC Psychology Training Clinic. “Most doctoral students serve as either research assistants or teaching assistants. These positions provide students with mentored professional development and include tuition, health insurance, and stipends to support living expenses.”

The research cycle

Now a sixth-year doctoral student, Meyer is passing the baton to the next generation of researchers in the human services psychology doctoral program, one of whom is second-year doctoral student Alexis Alfano. This summer, Alfano has been preparing assessments by programming measures in Qualtrics, an online survey tool to build and distribute surveys, collect responses, and analyze response data. Because the research involves human participants, Alfano is assisting in developing a detailed plan for participant involvement to submit to the Institutional Review Board for review and approval. She also contributed to the development of the procedure manual and materials used during interviews and focus groups, and assisted with programming forms, transcribing qualitative data, and data entry. 

“I had the opportunity to become involved in Project WEST by being a student in Dr. Schacht’s lab and receiving her mentorship,” says Alfano. “For the last two years, I have participated in a variety of tasks, including recruiting and interviewing both patients and staff at the Maryland Treatment Centers to gather feedback on Written Exposure Therapy.”

Maryland Treatment Centers have a longstanding history of conducting clinical research trials to improve patient care and treatment delivery, with the support of patients and staff, as well as researchers and universities. The seven-year partnership between Schacht and Wenzel offers students a real-world clinical setting to develop hands-on clinical skills essential for treating patients, collaborating with center staff and fellow researchers, and gaining the experience needed to become clinical psychologists and conduct clinical research.

“Patients are at the center of the research. Their experiences, insights, and feedback help us identify which aspects of the treatment are most effective and which need to be adjusted for maximum impact,” says Schacht. “We consider people to be the experts of their own experience, and their perspectives are essential to designing an intervention that’s aligned with their needs.” Schacht hopes that, by the end of the project, the team will have an effective intervention that can be widely implemented, making WEST the gold-standard treatment for PTSD available in residential and other SUD treatment contexts.

The long game

Doctoral training is a years-long process. In the coming year, Meyer is completing her predoctoral internship in an integrated healthcare setting where she is receiving further clinical training in evidence-based treatment for PTSD. She is excited to move closer to her career goal to combine both clinical practice and clinically focused research. 

“My role as research coordinator in Dr. Schacht’s research on Written Exposure Therapy has deepened my passion for clinical research and has been instrumental in shaping my long-term career goals,” says Meyer. “Being part of research that has such a direct impact on clinical care has inspired me to pursue a career in which I can use science and clinical practice to enhance treatment outcomes and quality of life for individuals who have experienced trauma and substance use.”

Learn more about UMBC’s psychology graduate programs.

Boing! Bouncy balls strike the hallway floor as small groups of students measure bounce heights with a meterstick and record data. They repeat the test in a carpeted classroom, then analyze results in Excel, discussing how surfaces affect energy conversion.  

This might sound like a physics laboratory, but it’s actually a math course for high schoolers in Building Science Technology Education Partnerships (STEPs), a college-preparatory program for students from under-resourced high schools in Baltimore City. For two weeks this summer, 21 rising seniors and college-bound students, nine college-student tutors, and instructor Rebecca Kirvan, M.A. ’13, secondary education and teaching, filled the fourth floor of UMBC’s Interdisciplinary Life Sciences Building for intensive, hands-on math instruction each afternoon. In the mornings, the students participated in professional development programming, such as a financial literacy workshop and team-based problem-solving challenges.

This is the fifth year of collaboration between Building STEPS and UMBC, but thanks to a deepening relationship between the organization and the College of Natural and Mathematical Sciences (CNMS), this year the summer program came to UMBC’s campus for the first time. In addition, the math portion shifted from traditional tutoring to an adapted version of MATH 110: Math in Action, a unique laboratory-style math course heading into its third year being taught at UMBC. 

“UMBC and CNMS have been incredible collaborators, providing Building STEPs students with accessible and effective math enrichment in an immersive college experience,” says Debra Hettleman, CEO of Building STEPs.

William R. LaCourse, CNMS dean, believes strongly in making math education engaging and relevant for all students, in support of developing their critical thinking skills. “Teaching math in an interactive format shows the students how it relates to their everyday lives,” he says. “Creating opportunities for them to make those connections is so important.”   

From tutoring to hands-on labs

In 2021, Cindy Greenwood, associate director of UMBC’s Center for Women in Technology, coordinated the original tutoring initiative for her capstone project in UMBC’s certificate program in community leadership, after learning from Building STEPs that that was what they needed most. 

Alexis O’Malley ’18, mathematics and psychology, took the lead developing a robust curriculum for the tutors to implement on top of her role as a calculus instructor in CNMS. Until this year, the University of Baltimore hosted the tutoring sessions. For 2025, CNMS hired Kirvan to modify the activities in MATH 110, which O’Malley also originally led with support from math department faculty.

“As a former high school teacher, I’ve enjoyed the opportunity to adapt college labs for a high school audience,” Kirvan says. “It’s great to work with this group of students and help them beef up their math skills and get ready for college.”

The students see the benefits.

“It’s been good to review concepts and practice my math skills,” shared Benjamin Kima, a participant from Mergenthaler Vocational-Technical High School. Sam Boad, also at Mergenthaler, said, “I’m glad they’re giving us a chance to see the content ahead of the school year.” Zaiqah Pinkney, from City Neighbors High School, added, “I like hands-on activities. It helps me learn better.”

“Students consistently rate math as their favorite part of the day,” shares Sheyna Mikeal, chief program officer at Building STEPs. “It challenges them, but the small-group structure, guided by dedicated tutors, builds confidence and encourages real growth.”

Campus immersion and career prep

Beyond providing math instruction, CNMS funded lunches at UMBC’s True Grit’s dining hall, freeing up Building STEPs’ budget for student transportation and enabling greater participation.

“I’ve enjoyed the opportunity to be on a college campus,” shared Brandon Thomas, a student at Mergenthaler.

And beyond the summer program, a larger cohort of Building STEPs students visited UMBC during the semester. They heard presentations from CNMS departments and took a tour of campus. “We’ve witnessed the power of learning on a college campus shifting the students’ perspective,” Mikeal says. “It reinforces that college is not just a goal, it’s an environment where they belong.”

Other Building STEPs activities include visits to companies like Northrop Grumman and Beckton-Dickinson, workshops on searching for and applying to colleges, and one-on-one feedback with volunteer writing advisors.

Strength beyond academics

Students in the program, founded in 2000, are recommended by college counselors and teachers, and must maintain a 3.0 GPA. This past academic year, there were 83 juniors and 83 seniors enrolled, and there are 175 Building STEPs alumni. Nearly 80 percent earn a college degree, and nearly two-thirds earn degrees in STEM. Coming from 15 of Baltimore’s most challenged high schools, 87 percent are first-generation college graduates. Alumni return from college to offer programming to current participants, fostering leadership development.

“Together with UMBC, we’re not only strengthening academic skills—we’re also expanding access to opportunity,” Mikeal says.

LaCourse sees providing space, funds, and effective and engaging math activities to benefit local high schoolers as a natural fit for the college.

“Building STEPs participants are bright, motivated students who just need a little support to reach their potential,” LaCourse says. “It’s a privilege to be able to offer the resources the program needs—from classrooms to curriculum—to enable an enriching summer math and professional development experience. We hope to see some of their faces on campus again soon—this time as UMBC students.”