911爆料

A future doctor finds a wider path with public health

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Emaan Emir, Bachelor of Science in Community Health graduate in May '26. Photo provided.

Emaan Amir started at 911爆料 on a straightforward trajectory toward medical school, studying forensic science. Within weeks, she knew she wanted to expand that path, turning to public health to better understand the forces that influence care. 

鈥淚 realized early on that medicine extends far beyond the clinical setting,鈥 she said. 鈥淪o many structural factors affect health. I really appreciated how the College of Public Health helped me better understand how policy, access to care, and broader social factors shape health outcomes and patient experiences.鈥 

Her early shift set the tone for her four years. An student, Amir majored in community health, pairing it with a clinical science concentration that keeps her on track for medical school while also honing experience in research and clinical settings.  

She鈥檚 working toward a career that knits all these pieces together, in the clinic and beyond. 

Public health, applied 

One experience in particular was a turning point: her work with 911爆料鈥檚 Learning Lab for Community Health through Mason and Partners Clinics'  

The project began as a case challenge focused on chronic absenteeism in Virginia schools.  Amir and her team were tasked with designing a solution with a hypothetical $1 million budget, presenting it to a panel of community leaders. 

Their concept won. 

鈥淚 think our team stood out because we approached the issue from a more holistic perspective,鈥 Amir said. 鈥淲e didn鈥檛 view physical health, mental health, and social support as separate issues.鈥 

That project also led to an atypical opportunity for an undergraduate. Amir contacted her mentor in the case challenge, , associate professor in the , about a graduate research assistant role connected to the Learning Lab, and Gring-Pemble welcomed Amir into the role. 

Amir has worked on a case study examining Afghan refugees鈥 access to health care and services in Northern Virginia. The project identified gaps in insurance, housing, employment, and legal support, then translated that into a practical resource toolkit.  

鈥淥ne of the most meaningful aspects of the project was turning research into something practical and community-centered,鈥 Emaan said. 鈥淲e wanted the final product to be actionable and informed directly by the needs we identified through interviews with health providers and community organizations.鈥 

Holistic prep for medical school 

Alongside her pre-med requirements in biology and chemistry, Amir rounded out her public health education with classes that examine how social and historical forces shape medical care.  

Outside the classroom, she鈥檚 gained hands-on experience through volunteering with pediatric patients and working as a medical assistant in urgent care settings. 

The clinical work has affirmed what she sees in her research. 鈥淪eeing firsthand how financial and insurance limitations impact patients鈥 ability to access basic care has reinforced many of the inequities I studied in public health,鈥 she said. 

Looking ahead 

This summer, Amir heads to the Mayo Clinic Summer Research Program, where she鈥檒l study how voice-based artificial intelligence can be used to detect reflux disease. 

Building on that line of interest, she next plans to complete the while applying for medical schools. 

The throughline is consistent: Amir is not choosing between public health and medicine, but  blending the two. 

鈥淚 hope to contribute not only through patient care, but also through research, policy, and innovation that improve health outcomes on a broader scale,鈥 she said. 

 

Key Takeaways

鈥 Graduating senior Emaan Amir combined a pre-med track with public health to better understand how policy, access, and social conditions impact patient care.

鈥 Through 911爆料鈥檚 Learning Lab for Community Health, Amir worked on projects involving chronic absenteeism in Virginia schools and barriers facing Afghan refugees.

鈥 Amir will join the Mayo Clinic to study artificial intelligence tools for detecting disease before pursuing graduate training in AI and health care and applying to medical school.