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Imagine being a student who simultaneously juggles multiple academic pursuits while aiming to reshape how we approach clinical trials. That’s exactly what Jinqi Zhan is doing! A dedicated student at the intersection of biostatistics and epidemiology, Jinqi’s journey is a fascinating blend of rigorous research and innovative thinking. With a focus on utilizing Bayesian methods in oncology trials, her passion for improving cancer therapy evaluation is not just academic; it’s a mission to enhance clinical practice.
Academic background and focus
Currently pursuing a Master of Health Science (MHS) in Biostatistics while working towards her PhD in Epidemiology, Jinqi Zhan has accumulated a wealth of knowledge that lays a solid foundation for her future endeavors. Previously, she earned her Master of Public Health (MPH) in Chronic Disease Epidemiology from the prestigious Yale School of Public Health. This rich academic history not only showcases her commitment to public health but also highlights her desire to harness the power of statistics in medical research.
When asked about her motivation for pursuing an MHS alongside her PhD, Jinqi passionately shared, “My goal during my doctoral training is to focus on clinical trial design, and I see biostatistics as a key part of that journey.” This emphasis on building a robust statistical foundation illustrates her understanding of the intricate relationship between theory and practice, especially in the context of designing, analyzing, and interpreting clinical trials.
Advice for aspiring students
For those contemplating a similar academic path, Jinqi has some inspiring words of wisdom. “I think this is an excellent opportunity not only to gain more knowledge in statistics but also to expand one’s network,” she advises. “I highly encourage students to reach out to the master’s students in Biostatistics and form study groups.” Not only does she emphasize the value of collaboration in overcoming the challenges posed by complex coursework, but she also highlights the importance of community in the learning process.
Being part of such an inclusive environment has made her experience all the more enriching. It’s not just about the numbers; it’s about the connections made along the way. As she puts it, “The course content can be challenging, but it’s definitely worth the effort.”
Researching with purpose
One of the most exciting projects Jinqi is currently involved in is her doctoral dissertation centered on evaluating oncology clinical trials through Bayesian methods. “Bayesian approaches have great potential to make clinical trials more efficient and less costly, but they remain underutilized, especially in later-phase oncology trials,” she notes. Her determination to enhance understanding and application of these methods is palpable.
What’s particularly intriguing about her research is the recognition that many stakeholders often lack familiarity with Bayesian methods. Jinqi aims to bridge this gap, hoping to provide insights that will empower professionals, particularly those with less statistical background, to confidently utilize these innovative approaches. “I hope to evaluate the efficiency and quality of Bayesian trials in practice,” she states, emphasizing her commitment to making a real-world impact.
The Biostatistics Department experience
In terms of her experience within the Biostatistics Department, Jinqi is quick to express her appreciation for the supportive atmosphere. “I truly appreciate how inclusive the Biostatistics Department is and how it fosters open conversations between students and faculty.” This sense of belonging is crucial, especially as she navigates two demanding academic paths. She feels an integral part of the Biostatistics community, despite her primary focus being in Epidemiology.
Not only does she cherish the relationships built with peers and faculty, but she also enjoys the various activities that the department organizes, both on and off campus. It’s this vibrant community spirit that helps fuel her passion and dedication to her studies.
Real-world applications
As a biostatistician for an ongoing clinical trial at the Center for Clinical Trial and Evidence Synthesis, Jinqi is able to put her academic knowledge to the test in real-world applications. “In this role, I’m able to apply the knowledge I’ve gained in the classroom to real-world practice,” she explains. This hands-on experience is invaluable, allowing her to encounter challenges that textbooks simply can’t cover. It’s this blend of theory and practice that truly deepens her understanding of biostatistical methods, including their strengths and limitations.
Beyond academics
When she’s not entrenched in her studies or research, Jinqi finds solace and joy in horseback riding as a member of the Johns Hopkins Equestrian Team. “Working together with the horse is both challenging and fulfilling,” she shares, reflecting on how this passion provides a welcome break from the stresses of academic life. “When I’m on a horse, I have no choice but to focus completely on the ride.” It’s a refreshing reminder that balance is key, even for the most dedicated students.
Looking ahead
As she looks toward the future, Jinqi envisions a career centered around research in innovative clinical trial methods. “I hope to continue researching innovative clinical trial methods in trial design and execution to help improve clinical trial efficiency and quality.” With her unwavering determination and innovative mindset, there’s no doubt she will make significant contributions to the field.
As many know, the journey through academia is as much about personal growth as it is about professional development. Jinqi Zhan exemplifies this beautifully, illustrating that with passion and perseverance, one can truly make a difference in the world of biostatistics and epidemiology. Who knows what the future holds for this rising star?