Argomenti trattati
The TGR Haas F1 Team and the University of Chicago Medicine have launched a collaborative research program that follows team staff throughout an entire Formula 1 season to map the physical, cognitive and psychological load experienced by people who run race operations. This initiative is the first in the sport to pair a Formula 1 team with an academic medical center to collect real-world data and translate it into practical solutions for health, recovery and sustained performance. The study aims to describe the cumulative impact of travel, disrupted sleep and intense work demands and to test interventions grounded in clinical evidence.
Study design and participants
The program enrolls volunteers from the traveling TGR Haas F1 Team across a range of roles including mechanics, engineers, information technology specialists and operations staff. Researchers collect continuous and repeated measures using wearable devices, validated questionnaires and structured interviews to evaluate patterns of sleep, workload, recovery and team dynamics in live race settings. All personally identifying details will be removed according to de-identified data standards and analysis will be performed on aggregated datasets so that findings reflect group-level trends without exposing individuals.
Who is leading the work
The clinical research effort is led by Vineet Arora, MD, dean for medical education at the University of Chicago Pritzker School of Medicine, alongside a multidisciplinary team that includes specialists in sleep medicine, neurology, psychiatry and behavioral science. Team members named on the project include Kenneth Lee, MD; Jennifer Ghandhi, MD; Alejandra Lastra, MD; and Aashna Sunderrajan, PhD. On the team side, performance leads such as Dan Martin and Faith Atack-Martin bring operational insight so the study blends scientific rigor with the realities of a high-pressure motorsport environment.
Measurements, methods and scientific rationale
Data collection focuses on objective and subjective metrics: continuous monitoring from wearable sensors, sleep diaries, validated psychometric scales and qualitative interviews that capture how individuals cope with jet lag, shift schedules and acute race-week stress. The study applies principles of longitudinal data collection to observe how demands accumulate and interact over time rather than only at isolated moments. This approach draws on University of Chicago Medicine’s prior work in circadian health and fatigue management in other high-stakes professions, adapting those frameworks to the unique rhythms and pressures of Formula 1.
From measurement to intervention
After an initial period of observation across the race calendar, the research team will design and pilot targeted, evidence-based strategies to improve sleep, recovery and resilience. Interventions might include scheduling adjustments, sleep hygiene protocols guided by circadian principles or team-level workload redistributions; each proposed approach will be evaluated for feasibility within the operational demands of a race weekend. The goal is to move from descriptive findings to practical tools that can be integrated into everyday team processes.
Expected impact and wider applications
Leaders on both sides emphasize that insights from the study should translate beyond motorsport. By examining performance in an environment defined by travel, time-zone changes and continuous high-stakes decision-making, researchers expect to generate lessons relevant to healthcare teams, emergency responders and other high-reliability teams that must perform reliably under fatigue. The partners intend to publish peer-reviewed papers and share best practices so that what is learned can benefit other sectors where team health and sustained performance are critical.
Quotes from project stakeholders underscore the dual mission: to protect individual well-being while boosting operational effectiveness. Ayao Komatsu, team principal of TGR Haas F1 Team, notes the importance of supporting staff “on and off track,” while Vineet Arora highlights the opportunity to understand how travel, sleep disruption and workload interact over time. Andrew Chang, chief marketing officer at UChicago Medicine, frames the work as part of a larger commitment to improving how elite teams are supported. The collaboration builds on UChicago Medicine’s 2026 sponsorship of the team, which made it the first healthcare provider to serve as an official Formula 1 partner.
Ultimately, the program combines practical team experience and clinical expertise to produce evidence-based strategies that promote health, career longevity and sustained performance. For additional information about the study and updates on findings, interested readers can visit humanengine.uchicagomedicine.org, where future publications and resources will be posted as the project progresses.