• Wu Tsai Human Performance Alliance Seminar

    Clark S360 Stanford University

    Speaker: Olivia Bruce, Stanford University
    Title: Interrogating Relationships between Bone Loading and Metabolism in Response to Acute Exercise

    Speaker: Rose Yu, University of California San Diego
    Title: BIGE: Biomechanics-informed GenAI for Exercise Science

  • Female Athlete Research Meeting

    Stanford University

    Join us for the inaugural Stanford Female Athlete Research Meeting (FARM), a full-day event bringing together stakeholders in academia, sports, education, industry, and media to advance health and performance for women and girls in sport.

  • Wu Tsai Human Performance Alliance Seminar

    Clark S360 Stanford University

    Speaker: Hannah Heigold, Stanford University
    Title: Stanford Balance Level Evaluation (StaBLE): Democratizing balance assessment with smartphone video

    Speaker: Alis Balayan, University of California, San Diego, Frank Pittman, University of Oregon
    Title: A Multi-Site Biobanking and Validation Pipeline for Primary Human Skeletal Muscle Cells

  • Wu Tsai Human Performance Alliance Seminar

    Clark S360 Stanford University

    Speaker: Dimitrije Cabarkapa, Kansas University
    Title: Skill Enhancement in Basketball: A Research Perspective on Shooting Mechanics

    Speaker: Shannon Hugard, University of Oregon
    Title: Bone Adaptation in First-Time Marathon Runners: Performance and Injury Outcomes

    Careers in the Sports Industry

    CareerEd Offices 563 Salvatierra Walk, Stanford, CA, United States

    Join Stanford CareerEd, in partnership with Cardinal Compass and the Wu Tsai Human Performance Alliance, for an engaging panel and interactive activity featuring Stanford alumni working across the sports industry. Panelists include Stanford alumni working behind the scenes in marketing, strategy, legal, and athlete performance roles within the sports industry. Together, they represent the wide range of career paths that exist beyond playing on the field.

    Wu Tsai Human Performance Alliance Seminar

    Clark S360 Stanford University

    Speaker: Elizabeth Schumann, Stanford University
    Title: One Size Doesn’t Fit All: Modeling and Measuring Ergonomic and Biomechanical Factors in Peak Piano Performance

    Speakers:
    Bradley Needles, University of Colorado
    Luis Morata Moreno, University of Colorado
    Title: The Effects of Advanced Footwear Technology Midsole Properties on the Biomechanics and Running Economy of Female and Male Athletes

  • Wu Tsai Human Performance Alliance Seminar

    Clark S360 Stanford University

    Speaker: Jon Stingel, Stanford University
    Title: Simulation-Based Design of Exotendons to Reduce Energetic Cost in Running

    Speaker: Geraldine Maier, Salk Institute for Biological Studies
    Title: When You Eat, How You Compete: How Meal Timing and Diet Shape Performance in Rodents

  • Wu Tsai Human Performance Alliance Seminar

    Clark S360 Stanford University

    Speaker: Sarah DiIorio, Stanford University
    Title: Understanding Mechanisms to Reduce Achilles Tendon Fibrosis

    Speaker: Nick Pancheri, University of Oregon
    Title: Toward Durable Disease Modification in Osteoarthritis: Integrating Rehabilitation and Immunomodulatory Approaches

    CHAT: Co-design for Health and Athlete Technology 2026

    Stanford University

    Are you interested in design and engineering for impact? Creating real solutions with end-users instead of only for them? Join us to CHAT: Co-design for Health and Athlete Technology, an immersive workshop where we will connect, create, and share translatable technologies for human performance.

    Wu Tsai Human Performance Alliance Seminar

    Clark S360 Stanford University

    Speaker: Gerard Masdeu Yelamos, The United Nations Educational, Scientific and Cultural Organization (UNESCO)
    Title: UNESCO’s Fit for Life: A Global Sport Alliance Promoting and Protecting Sport for All

    Speaker: Eric Leslie, Stanford University
    Title: Linking Metabolites to Human Performance With Genetics and Wearable Technology in the MoTrPAC Study