Dr. Emily Lawrence is an Associate Director in Secretariat’s Engineering Sciences practice, specializing in biomechanics, wearable and digital technologies, human movement analysis, and physiological sensing. With nearly 20 years of experience spanning industry, government, academic research, and consulting environments, she applies advanced analytical methods to investigate human performance, product interactions, sensor-based technologies, and complex biomechanical questions.

Prior to joining Secretariat, Dr. Lawrence spent more than eight years at the NIKE Sport Research Lab, where she held leadership roles focused on human movement research, wearable technologies, and product innovation. Her work included designing and leading laboratory and field-based research programs, developing custom analytical software and algorithms, validating emerging technologies, and generating insights that informed footwear, apparel, and athlete performance initiatives. She also served on NIKE’s Institutional Review Board and contributed to multidisciplinary research and innovation efforts across the organization.

Earlier in her career, Dr. Lawrence served as Director of Biomechanics at Sports Academy and held research positions at the University of Southern California and NASA Johnson Space Center. Throughout these roles, she led and supported studies focused on neuromuscular control, sensorimotor function, rehabilitation, injury risk, sports performance, aging, and human adaptation in challenging environments. Her experience includes the development of custom measurement systems, analytical workflows, and data processing methodologies for complex biomechanical and physiological datasets.

Dr. Lawrence has authored numerous peer-reviewed publications and scientific presentations and has received professional recognition from organizations including the American Society of Biomechanics, the University of Southern California, NASA, and NIKE for research excellence and technical innovation. She holds a PhD in Biomedical Engineering from the University of Southern California and BS and MS degrees in Biomedical Engineering from Louisiana Tech University.