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If you’ve ever struggled with math, you’re not alone. Nearly 60% of students in the U.S. face challenges with math proficiency, highlighting a significant gap in our educational system. Dr. Qiushan Liu, an Assistant Professor of Psychology with a Ph.D. in Developmental Psychology from Florida State University, is on a mission to change that. His research focuses on how cognitive and emotional factors impact math learning, aiming to transform educational outcomes for students across the nation.
Dr. Liu’s journey into the intersection of psychology and math education began with his own experiences. Growing up in China, he saw how math was heavily emphasized in schools, with students often pushed into advanced classes. Upon moving to the U.S., he was struck by the cultural differences in attitudes toward math. “Here, while math is acknowledged as important, the cultural emphasis isn’t as strong,” he explains. This contrast inspired him to explore why American students struggle with math and how we can make learning more engaging and accessible.
So, why are so many students struggling? Dr. Liu believes it’s not just about flaws in our education system; it’s also about societal attitudes toward math. Many students grow up hearing phrases like “I’m just not a math person,” leading to anxiety and a lack of motivation. He points out that many preservice teachers, those training to become math educators, also experience their own math anxiety, which can affect their confidence and effectiveness in teaching.
The structure of our math curriculum can also contribute to the problem. In many states, students aren’t required to take advanced math classes beyond Geometry, allowing them to opt out of higher-level math altogether. This sends a message that math isn’t essential, making it even harder for students to engage with the subject.
Dr. Liu emphasizes that both cognitive and emotional factors play crucial roles in learning math. Executive function skills, like working memory and attention control, are vital for solving complex problems. Students with strong executive function can keep track of multiple steps involved in a solution more easily. On the emotional side, math anxiety can seriously hinder performance; anxious students often find it difficult to focus or think clearly during tests.
Understanding these psychological principles is key to reshaping how we teach math in America. By integrating insights from psychology into educational practices, we can create more effective learning environments for students. For instance, Dr. Liu’s research has shown that students often default to standard methods for solving problems without considering more efficient strategies. “We should expose students to multiple problem-solving strategies and encourage them to evaluate and choose the most effective ones,” he suggests.
Improving math education isn’t just about better test scores; it has far-reaching implications for America’s workforce and economy. Math skills are essential for success in many fields; business, healthcare, technology, you name it. A stronger foundation in math can lead to better decision-making and problem-solving abilities among future professionals.
Dr. Liu’s vision is about creating an equitable educational landscape where all students have the chance to succeed in mathematics. By addressing cultural attitudes toward math and implementing systemic changes within schools, we can foster an environment where students feel empowered to engage confidently with the subject.
Conclusively, Dr. Qiushan Liu is leading an important movement to enhance math education across the United States. His dedication to understanding the psychological factors that influence learning could significantly improve how mathematics is taught and perceived in our society. With his efforts, we can look forward to a future where all students have access to high-quality math education; one that prepares them for success in an increasingly complex world.
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This content is brought to you by Melissa Moraes.
Photo provided by the author.
