Title: Associate Professor, Mathematics, Fisk University
Education: Ph.D., applied math, Louisiana State University, 2010; M.S., math, University of Wyoming, 2005; bachelor’s degree, math and system sciences, Shandong University, 2002
Career mentors: Dr. Frank Neubrander, Louisiana State University; Dr. Peter Wolenski, Louisiana State University; Dr. Lee Limbird, Fisk University
Words to live by: “Always be enthusiastic and passionate about teaching, because students will feel it when you teach.”
A faculty-written National Science Foundation grant to enhance developmental math learning ended up netting a gift to Fisk University that hasn’t stopped giving: Dr. Qingxia Li, a tenured associate professor.
Since arriving at Fisk in 2014 following his first assistant professorship at Lincoln University, Li has compiled impressive credentials as a prolific and effective grant-writer, researcher, presenter, author, scholar, teacher and cross-disciplinary collaborator. He’s also an education innovator, instituting a math club, developing an eight-semester timeline for Fiskites to prepare for graduate school as they matriculate, and integrating a creative new evidence-based pedagogy for teaching math that he developed in partnership with Xin Jiaotang Liverpool University in China.
“I am continually impressed with Dr. Li’s work ethic and his eagerness to participate and contribute to departmental and school initiatives,” says Dr. Cathy Martin, dean and chair of Fisk’s Department of Mathematics and Computer Science. “His passion, sincerity and jovial spirit are key in his rapport with students and, in large measure, engender greater appreciation and uncommon interest in the mathematics discipline.”
Over the last four years, Li has helped more than 40 students apply to various research programs, with more than 20 winning acceptance, notes Martin.
“He does so much for students,” says Martin, adding that Li’s office is always filled with students and he frequently works late and on weekends. “And he’s on the move. He always wants to improve himself and his students. And he adds a lot of energy to the department.”
Li became fascinated with math as a child in Qingdao, a city in the Shandong province of China. He quickly discovered that he was good at it, winning competitions and awards that fueled his interest in finding various techniques to answer a mathematical question.
“I like the feeling of solving a problem in perhaps ways that had not been tried before,” he says. “That makes me very happy.”
Li’s educational path includes a bachelor’s degree in math and system sciences from Shandong University in 2002 followed by a stint as a research visitor at Shanghai University in the math department. He received a master’s degree in math from the University of Wyoming in 2005 and was a research visitor in the math departments at Tsinghua University in Beijing, the University of Michigan and the University of Oxford before earning a Ph.D. in applied math at Louisiana State University in 2010.
Li, 38, acknowledges that math can seem boring or intimidating to many students, presenting instructional challenges.
“A lot of students have math anxiety because they don’t practice enough,” he says. “Don’t just look at it, do it. You need to do the techniques from the beginning to the end. Not just understand it intellectually, but work through the process. If they see a bad grade, they think they aren’t good at math and can’t do it. So they avoid it, and it gets worse.”
His pedagogical approach is to cultivate a fun and interactive classroom experience that includes team learning and peer mentoring to help students understand how math can aid decision-making processes in various aspects of life.
“Sometimes students understand and learn better from peers,” says Li. “Something clicks and you understand the process. I want to involve and engage students. I tell them on the first day, ‘I don’t want the class to be quiet. You have to participate.’ I try to relate it to their life and to their majors so they find it useful.”
Li’s many presentations and research efforts unfailingly link to bolstering student success in math. As a sub-grant recipient of the Minority Science and Engineering Improvement Program, for example, his work aimed to increase students’ critical thinking skills. He’s also collaborating with a Fisk colleague on an NSFfunded project that deals with integrating math and biology in a reciprocal course content exchange.
Spending his faculty career at HBCUs thus far has been intentional and a source of fulfillment, says Li.
“I wanted to work with underrepresented minority students because this makes me feel more accomplished, when I work with a student and they graduate and find a good job,” he says. “For White students, one student means one student. For a minority student, maybe one student means a whole family.”