• Under the guidance of Dr. Augustus Mazzocca, conducted research in bioskills, biomechanics, and cell biology related to orthopedic surgery and sports medicine.• Developed skills in data analysis, research methodologies, and project management.

• Under the guidance of Dr. Young-Min Kwon, conducted biomechanical research on musculoskeletal joint kinematics to optimize patient outcomes post-joint replacement.• Utilized Artificial Intelligence to analyze and predict complications associated with joint arthroplasty.

• Conducted research with Dr. Peter Asnis at MGH Department of Sports Medicine on ACL reconstruction.• Analyzed unique patient cohorts to evaluate differences in surgical approaches, recovery timelines, and functional outcomes.

• Interview and assess applications, considering academic achievements, personal statements, and extracurricular experiences to identify candidates with exceptional potential.• Provide valuable student perspectives during discussions on applicant selection.• Gain a deeper understanding of what constitutes a successful and compelling application, further refining my ability to evaluate and communicate core qualities of leadership, resilience, and passion.

Inneuractive, Inc. is a translational medicine start-up emerging from the University of Cincinnati Sports Medicine Department, dedicated to enhancing athletic performance and addressing the growing prevalence of sports-related concussions through innovative neurovisual training techniques.As Director of Clinical Integration, I bridged the gap between research and real-world application, leveraging my unique perspective as an athlete, researcher, and medical professional to deliver accessible medical devices and methodologies. Key contributions included:• Translating innovative neurovisual research into practical tools for athletes and military personnel, driving performance optimization and injury prevention.• Leading cross-functional teams in the development and deployment of innovative products, fostering collaboration across disciplines to achieve strategic goals.• Partnering with key stakeholders to streamline clinical integration and expand the impact of neurovisual technologies.

Conducted sports medicine research under the mentorship of Dr. Brian Grawe. Key contributions included:• Investigating surgical considerations in understudied patient populations to address gaps in orthopedic care.• Analyzing predictors of patient satisfaction following ACL reconstruction, contributing to evidence-based approaches for improving surgical outcomes.

Served as an assistant clinician under the guidance of Dr. Jospeh Clark. Key responsibilities included: • Conducting and interpreting neurocognitive and neurovisual assessments to assist in diagnosing and localizing symptoms. • Developing and implementing tailored intervention strategies to meet the unique needs of each patient. • Building strong patient-provider relationships, fostering a sense of trust and hope.

Conducted sports neurology research under the mentorship of Dr. Clark, focusing on the intersection of neuroscience and performance enhancement. Our work aimed to establish and analyze clinical methodologies designed to improve motor reaction time and information processing speed in athletes and other high-performance individuals. Key contributions included:• Investigating the impact of neurovisual training techniques on performance enhancement, injury prevention, and academic outcomes.• Leading data analysis efforts and contributing to the development of innovative approaches for optimizing human performance.

Founded and led a multidisciplinary sports analytics and mathematical modeling team, combining my experience as an athlete with a passion for quantitative reasoning. Using tools like SQL, Power BI, and Python, our team focused on developing predictive models to enhance football game planning.