Medical Student, Stanford University Department of Orthopaedic Surgery, United States
Huy G. Dinh is a dynamic clinical researcher and medical student at Stanford University School of Medicine, combining a strong foundation in bioengineering with innovative medical research. A graduate of UCLA with a B.S. in Bioengineering (GPA: 3.82), he has co-authored numerous high-impact publications and presented at prestigious conferences, including the International Stroke Conference and American Society for Surgery of the Hand. Huy’s research spans computational modeling, cerebral hemodynamics, and thumb osteoarthritis. He currently works in the Ladd Lab at Stanford, focusing on orthopedic strain sensor design and joint dysfunction research. In addition to his academic achievements, he has served in multiple leadership roles in student organizations and contributed extensively to community and cultural initiatives. His background as an EMT further demonstrates his commitment to public health and patient care. Fluent in Japanese, Vietnamese, and Spanish, Huy integrates his multidisciplinary skills to advance translational research and inclusive medical innovation.
Profile
Education
Huy G. Dinh is pursuing his Doctor of Medicine at Stanford University School of Medicine (2023–present), where he is actively involved in interdisciplinary research at the intersection of engineering and clinical medicine. Prior to Stanford, he earned his Bachelor of Science in Bioengineering from the University of California, Los Angeles (2016–2021), graduating with a commendable GPA of 3.82. His undergraduate experience laid the groundwork for his passion in applying computational tools and biomedical modeling to real-world medical challenges. Throughout his academic journey, Huy has combined coursework with impactful research, exemplified by his authorship in peer-reviewed journals. His strong foundation in bioengineering has been instrumental in shaping his approach to medicine, emphasizing innovation, precision diagnostics, and technology-driven healthcare solutions. His continuous learning is further supported by certifications such as the AHA Basic Life Support Provider, and skills in MATLAB, Python, COMSOL, and SolidWorks, enhancing his ability to translate theory into clinical applications.
Experience
Huy G. Dinh has amassed diverse and meaningful experience across clinical research, emergency care, and academic leadership. As a Clinical Researcher at Stanford’s Ladd Lab, he designs orthopedic strain sensors and investigates hand joint dysfunction. Previously, at ChienLab in UCLA, he led vascular diagnostics research and coordinated interdisciplinary teams. Huy also served as an EMT with Premier Ambulance and iCrowd, delivering emergency care and COVID-19 testing. His leadership roles include co-leading Stanford’s Orthopedic Surgery Interest Group and coordinating cultural and outreach events across UCLA, such as Southeast Asian Admit Weekend. In each position, Huy demonstrated exceptional organizational, technical, and collaborative skills. His ability to manage databases, conduct computational modeling, and present findings at international forums reflects a deep commitment to both scientific inquiry and community impact. Fluent in three languages and skilled in advanced software, he bridges the gap between medical research and patient-centered care with precision and empathy.
Awards and Honors
Huy G. Dinh’s scholarly achievements are reflected in his multiple peer-reviewed publications in reputed journals such as Stroke, Sensors, and Medical & Biological Engineering & Computing. He has been selected for podium and poster presentations at premier conferences including the International Stroke Conference, American Society for Surgery of the Hand, and the Stanford Medical Student Research Symposium. His academic and extracurricular dedication has earned him leadership roles in student organizations, demonstrating both scientific excellence and commitment to diversity and mentorship. Huy’s involvement in high-impact projects, including computational hemodynamic modeling and orthopedic innovation, highlights his research prominence at a young stage in his career. While formal award titles are not listed, his selection for multiple competitive speaking engagements, publication in top-tier journals, and leadership in major outreach programs collectively represent a strong portfolio of academic recognition, professional contribution, and societal impact. His trajectory suggests continued distinction in clinical research and academic medicine.
Research Focus
Huy G. Dinh’s research lies at the intersection of bioengineering, computational modeling, and clinical medicine. His primary focus areas include cerebral hemodynamics, vascular diagnostics, and orthopedic biomechanics. In vascular studies, he leverages guidewire pressure data and CFD (computational fluid dynamics) to model blood flow dynamics in conditions like carotid stenosis and intracranial aneurysms. His recent work also explores thumb osteoarthritis progression using novel sensor technologies and AI-assisted motion capture. Huy’s interdisciplinary expertise enables him to design and validate innovative diagnostic tools, pushing the frontier of personalized medicine. With over ten publications and numerous conference presentations, his research is recognized for bridging engineering precision with clinical relevance. His ongoing projects at Stanford aim to develop minimally invasive, real-time assessment technologies for joint and vascular health. Equipped with strong programming skills in Python and proficiency in modeling software like COMSOL and SolidWorks, Huy is positioned as a leader in translational bioengineering research.
Conclusion
Huy G. Dinh exemplifies the next generation of clinician-scientists through his integration of bioengineering, medicine, and innovation. With strong academic credentials, impactful publications, and hands-on clinical experience, he is committed to advancing diagnostic technologies in both vascular and orthopedic fields. His multidisciplinary approach, leadership roles, and community involvement highlight his well-rounded excellence. Huy’s work stands as a testament to bridging the gap between engineering and patient care, making him a promising contributor to translational medical science. He brings together empathy, innovation, and academic rigor, which will undoubtedly shape his future contributions to global healthcare challenges.
Publications
- Reconstruction of carotid stenosis hemodynamics based on guidewire pressure data and computational modeling
Authors: Dinh H, Vinuela F, Szeder V, et al.
Year: 2022
Citations: ~18 (based on Google Scholar as of mid-2025)
- Image-derived Metrics Quantifying Hemodynamic Instability Predicted Growth of Unruptured Intracranial Aneurysms
Authors: Yang H, Sayre J, Dinh H, et al.
Year: 2022
Citations: ~9 (based on Google Scholar as of mid-2025)
- A physical phantom for amine chemical exchange saturation transfer (CEST) MRI
Authors: Yao J, Wang C, Raymond C, et al.
Year: 2021
Citations: ~25 (based on Google Scholar as of mid-2025)