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Department of Biostatistics

Student Spotlight: Jinqi Zhan

Jinqi Zhan is a MHS student in the Department of Biostatistics, while concurrently a PhD student in the Department of Epidemiology, with a focus on innovative clinical trial design.

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Jinqi Zhan is a MHS student in the Department of Biostatistics concurrently working towards her PhD in Epidemiology. She previously earned her MPH in Chronic Disease Epidemiology from the Yale School of Public Health. 

Jinqi’s focus is on innovative clinical trial design and her doctoral dissertation is about the use of Bayesian methods in oncology trials that evaluate the efficacy of cancer therapies. 

What led you to pursue your MHS in Biostatistics while concurrently working on your PhD in Epidemiology?

My goal during my doctoral training is to focus on clinical trial design, and I see biostatistics as a key part of that journey. I believe that building a strong foundation in statistical theory will be invaluable for my future career in designing, analyzing, and interpreting clinical trials.    

What advice do you have for prospective students interested in pursuing an MHS in Biostatistics on top of their PhD in another area?

I think this is an excellent opportunity not only to gain more knowledge in statistics but also to expand one’s network. I highly encourage students to reach out to the master’s students in Biostatistics and form study groups. The course content can be challenging, but it’s definitely worth the effort.

Tell us about a project you are currently working on that you are excited about.

I am very excited about my doctoral dissertation, which focuses on evaluating executed oncology clinical trials using 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. One potential obstacle is that many stakeholders lack familiarity with Bayesian methods. Through my project, I hope to evaluate the efficiency and quality of Bayesian trials in practice and help professionals with less of a statistical background better understand and feel more confident using these methods.

I truly appreciate how inclusive the Biostatistics Department is and how it fosters open conversations between students and faculty. 

What do you like most about the Biostatistics Department?

I truly appreciate how inclusive the Biostatistics Department is and how it fosters open conversations between students and faculty. Although, as an MHS student, my primary department is not Biostatistics, I have always felt like a member of the Biostatistics community. I’m grateful for the wonderful relationships I’ve built with both my peers and the faculty, and I enjoy all the activities the Department hosts, both on and off campus.

I especially value the open dialogue between the Department, faculty, and students. Everyone stays informed about the Department’s achievements, challenges, and goals, which helps create a sense of ownership and keeps us all working together toward building an even stronger community.

Have you had any internships or jobs that have been helpful in your biostatistics learning journey?

I am currently working as a biostatistician for an ongoing clinical trial at the Center for Clinical Trial and Evidence Synthesis. In this role, I’m able to apply the knowledge I’ve gained in the classroom to real-world practice, while also encountering challenges that aren't covered in textbooks. Bridging statistical theory with its practical application has deepened my understanding of the methods, as well as their strengths and limitations.

Are you involved in any clubs? 

I am a member of the Johns Hopkins Equestrian Team and really enjoy horseback riding. Working together with the horse is both challenging and fulfilling, and it's a lot of fun. Riding also gives me a break from the stresses of school and work. When I’m on a horse, I have no choice but to focus completely on the ride (and on staying in the saddle!).

What do you hope to do or accomplish after you graduate? 

I hope to continue researching innovative clinical trial methods in trial design and execution to help improve clinical trial efficiency and quality. 

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