Jason White

• Deliver advanced scientific education in cardiovascular physiology, metabolism, statistics, and translational research to graduate and undergraduate audiences.
• Conduct research focused on cardiorespiratory assessment, metabolism, and human performance.
• Develop collaborative relationships with hospitals, healthcare systems, and community stakeholders to support clinical, educational, and research initiatives.
• Lead program assessment, accreditation activities, and interdisciplinary academic initiatives.
• Mentor graduate students in scientific research methodology, data interpretation, and evidence-based practice.

• Directed multidisciplinary health and performance initiatives involving physicians, nutrition professionals, psychologists, and healthcare staff.
• Collaborated with university leadership, medical professionals, and healthcare stakeholders to support health strategy and clinical decision-making.
• Collected, analyzed, and interpreted physiological and health-related data to guide evidence-based recommendations.
• Managed operational budgeting, personnel oversight, and strategic planning initiatives.
• Taught graduate and undergraduate coursework in cardiac physiology, metabolism, statistics, and research methods.

Conducted over ten translational research focused studies on cardiovascular health, fitness, metabolism, and skeletal muscle physiology.

• Collaborated with physicians, researchers, sports medicine professionals, and laboratory personnel on multidisciplinary scientific initiatives.
• Performed metabolic assessments, electrocardiography, and cardiorespiratory evaluations.
• Developed strategic initiatives supporting departmental research and clinical assessment programs.
• Delivered scientific education in metabolism, physiology, cardiac ultrasonography, and muscle physiology.
• Consulted with elite athletic and healthcare professionals regarding cardiorespiratory assessment and performance optimization.

• Conducted research examining cardiovascular health, cardiac function, and exercise physiology.
• Performed exercise stress testing, stress echocardiography, and electrocardiographic monitoring in clinical populations.
• Interpreted cardiovascular responses before, during, and after exercise interventions.
• Investigated age-related cardiac functional changes associated with training and detraining.
• Secured research funding supporting cardiovascular and physiological assessment initiatives.
• Delivered instruction in cardiovascular physiology, exercise physiology, and cardiovascular assessment interpretation.

• Performed clinical exercise stress testing, stress echocardiography, and ECG monitoring for cardiac rehabilitation and clinical patients.
• Collaborated directly with supervising cardiologists to conduct cardiovascular assessments and interpret physiological responses.
• Developed individualized exercise prescriptions and provided nutrition consultation for cardiac rehabilitation patients.
• Monitored patient vitals and cardiovascular responses during clinical testing procedures.
• Supported rehabilitation programming for phase II and phase III cardiac rehabilitation patients.