Research
We bring together expertise from virtually every field that touches on human performance to deepen our understanding and share new knowledge.
An interdisciplinary, agile approach enabling optimal performance for all
The Human Performance Alliance at Stanford weaves together scientific programs to accelerate high-impact advances in human performance: agility projects, a human performance lab, a female athlete research program, and moonshot research projects. These programs bring together individuals from across campus to discover and apply the fundamentals of peak performance to human health and well-being.
Our research efforts will lead to broader societal impact through education, communication, and partnerships programs. These programs are enabling us to develop a new generation of research leaders and collaborate with the community in designing our research studies and sharing our research outcomes.
Human Performance Lab
The Human Performance Laboratory (HPL) is a collaborative hub for excellence in health science, providing a unique link between Stanford’s Athletics program, the School of Medicine, and various academic departments across Stanford. It serves as an accelerator, providing shared research resources to advance studies of human performance.
Based in the Arrillaga Sports and Recreation Center, the laboratory is equipped with state-of-the-art technology, including a 27-camera Motion Analysis motion capture system, three Bertec in-ground force plates, a Bertec high-speed split-belt instrumented treadmill, Cosmed K5 portable metabolic system for measuring the energetics of motion, a Humac Norm isokinetic dynamometer for measuring joint torque, an Alter-G anti-gravity treadmill for rehabilitation and training, 16 Delsys Avanti Trigno EMGs for measuring muscle response to electrical activity, and multiple brands of IMUs (Vicon, YOST, and XSENS) for measuring linear acceleration, angular velocity, and magnetic field strength.
HPL staff provide specialized expertise in biomechanical analysis, musculoskeletal modeling, machine learning, and data science. They are conducting cutting-edge research on the use of wearable sensors and other digital technologies to optimize athlete performance and health.
Learn more about the Human Performance Lab
Female Athlete Research
The Stanford Female Athlete Science and Translational Research (FASTR) Program, in collaboration with the Female Athlete Program @ Boston Children’s Hospital, is addressing the gender gap still present in human performance research today. With an emphasis on the early identification of and interventions to prevent the Female Athlete Triad and Relative Energy Deficiency in Sport, FASTR is innovating ways to improve the health of girls and women of all abilities through athletic participation and performance. The FASTR vision also involves translation of this cutting-edge information and research to athletes, coaches, and practitioners in the community.
Moonshots
The network of institutions that make up the Wu Tsai Human Performance Alliance is exploring four scientific moonshots:
- The Digital Athlete
- Regenerative Rehabilitation
- The Molecular Athlete
- The Multiscale Athlete
The Alliance at Stanford leads the Digital Athlete moonshot, which is creating a platform to synthesize and integrate biological data and principles with extensive data from individuals to predict performance and, more broadly, to optimize health. The other moonshots are based at our Alliance partners’ institutions. We are integrating our research efforts with theirs to collectively advance the goals of these other moonshots.
For more information on each of the moonshots, visit the Human Performance Alliance network website.
We welcome insights from every field that touches on human performance wherever they might arise—from psychology and biochemistry, stretching all the way to the humanities—and will pull all these facets together under one umbrella to achieve our ultimate goal of improving health for all people.
Scott Delp, PhD
James H. Clark Professor of Bioengineering and Mechanical Engineering
Agility Projects
Seed grants fund early-stage research to advance the mission of the Alliance
Agility projects are an opportunity for teams of researchers, physician-scientists, students —anyone with an interest in improving human performance—to engage with the Alliance at Stanford. These early-stage exploratory projects support and expand the Alliance’s scientific program.
Agility projects provide up to two years of funding for research teams from across the university. Proposals may request up to $100,000 per year. Applicants must be faculty affiliates of the Wu Tsai Human Performance Alliance at Stanford.
Images courtesy Neuromuscular Biomechanics Lab and Linda A. Cicero, Stanford University.
Get Engaged
We invite faculty, students, staff, alumni, friends, and external organizations to participate in the Wu Tsai Human Performance Alliance at Stanford.