Researchers
Profiles of researchers and experts in golf biomechanics, robotics, and control theory
Sasho MacKenzie
Dr. Sasho MacKenzie is a biomechanics researcher and golf instructor whose work addresses the physics and biomechanics of the golf swing, including force, torque, kinematic sequencing, and ball-flight outcomes. This profile links to his public teaching material, scholar searches, and the shaft-flexibility review scaffold. Specific claims about shaft fitting or performance effects should be checked against the underlying papers.
Watch Videos → (opens in a new tab) Visit Website → (opens in a new tab) Google Scholar → (opens in a new tab)
Robert Grober
Dr. Robert D. Grober is a Professor of Applied Physics and Physics at Yale University who has combined his expertise in physics with his passion for golf to develop innovative tools and models for understanding and improving the golf swing. He developed Sonic Golf, a real-time audio biofeedback device that helps golfers improve their swing tempo and rhythm. His research focuses on using accelerometer-based instrumentation to analyze golf swing mechanics, tempo, and timing.
Accelerometer Instrumentation: Measurement & Signal Analysis → (opens in a new tab) Biomechanical Understanding of Tempo → (opens in a new tab) Comparative Analysis of Golf Swings → (opens in a new tab) Geometry of Putting → (opens in a new tab) Google Scholar → (opens in a new tab) Yale Profile → (opens in a new tab)
Dr. Young-Hoo Kwon
Dr. Young-Hoo Kwon is a Professor of Kinesiology and Director of the Biomechanics & Motor Behavior Laboratory at Texas Woman's University (TWU). His public golf-biomechanics material emphasizes 3D motion analysis, instruction, and evidence-based interpretation of swing mechanics. The links below are starting points for readers who want to review his teaching and publications directly.
Visit Website → (opens in a new tab) Watch YouTube Playlist → (opens in a new tab) Google Scholar → (opens in a new tab)
Dr. Rob Neal
Dr. Rob Neal is a biomechanist and co-founder of WedgeCraft, a wedge-play data collective focused on coaching and science-based short-game analysis. He is also associated with Golf BioDynamics. This profile is included as a resource pointer rather than a review of specific publications.
Visit WedgeCraft → (opens in a new tab) Visit Golf BioDynamics → (opens in a new tab) Google Scholar → (opens in a new tab)
Dr. Steven Nesbit
Dr. Steven M. Nesbit is a Professor of Mechanical Engineering and Head of the Department of Mechanical Engineering at Lafayette College. He has extensive research in golf biomechanics, including kinematic and kinetic studies of the golf swing. His work focuses on understanding the mechanics of the golf swing through detailed biomechanical analysis, collaborating with Jacobs 3D Golf on advanced swing analysis techniques. Dr. Nesbit's research contributes to understanding how forces, torques, and motion patterns interact in the golf swing.
Visit Jacobs 3D Golf → (opens in a new tab) Google Scholar → (opens in a new tab)
Carol Putnam
Carol Putnam is included here because the site tracks interaction-force literature relevant to segment sequencing in golf. The linked review page is currently a source-collection stub; it should not yet be read as establishing automatic sequencing, energy-transfer, or clubhead-speed claims without a completed paper-by-paper review.
Google Scholar → (opens in a new tab) Research Review: Interaction Forces → (opens in a new tab)
Dr. Felix Zajac
Dr. Felix E. Zajac is a Professor Emeritus of Mechanical Engineering and Orthopaedic Surgery at Stanford University. This profile links to work relevant to muscle coordination, movement dynamics, and induced acceleration analysis. The site treats induced acceleration analysis as a model-dependent attribution method; specific claims should be evaluated in the context of each paper's assumptions and data.
Google Scholar → (opens in a new tab) Stanford Profile → (opens in a new tab) Research Review: Induced Acceleration Analysis → (opens in a new tab)
Phil Cheetham
Phil Cheetham is a biomechanist specializing in golf swing analysis and sports performance. This profile links to searches and public resources related to handle twist velocity and club rotation. Readers should consult the original thesis or papers before drawing quantitative conclusions about ball-flight effects.
Google Scholar → (opens in a new tab) Sportsbox AI → (opens in a new tab) Thesis: Handle Twist Velocity → (opens in a new tab)
Masahide Hirashima
Masahide Hirashima is included because the site tracks pitching biomechanics as a comparison domain for high-speed, multi-segment motion. The current baseball-pitching page is a review scaffold; any transfer from throwing mechanics to golf should be stated as a comparison question unless the cited paper directly supports it.
Google Scholar → (opens in a new tab) Research Review: Baseball Pitching → (opens in a new tab)
Dr. John McPhee
Dr. John McPhee is a Professor at the University of Waterloo and holds the Canada Research Chair in System Dynamics. His work is relevant to multibody system dynamics, biomechatronics, biomechanics, and computer models for mechanical and biomechanical systems. The links below provide starting points for readers interested in his golf-biomechanics and multibody-dynamics work.
Google Scholar → (opens in a new tab) University of Waterloo Profile → (opens in a new tab) Motion Research Group: Golf Biomechanics → (opens in a new tab)