Curtis Mason
About Curtis Mason
Curtis Mason is a Clinic Manager at CORA Physical Therapy in Port Charlotte, Florida, with a Doctor of Physical Therapy degree from the University of Utah. He has opened five clinics, owned Elite Health Club and Elite Physical Therapy, and co-founded VasoBeat, a company focused on medical hardware and apps.
Work at CORA Physical Therapy
Curtis Mason has served as the Clinic Manager at CORA Physical Therapy since 2019. His role involves overseeing clinic operations and ensuring the delivery of high-quality physical therapy services. The clinic is located at 2150 Tamiami Trail #9 in Port Charlotte, Florida. Under his management, the clinic has focused on patient care and operational efficiency.
Education and Expertise
Curtis Mason earned his Doctor of Physical Therapy (DPT) degree from the University of Utah, where he studied from 2002 to 2006. Prior to that, he studied Physical Therapy at Boise State University from 1999 to 2002. His educational background provides a strong foundation for his expertise in physical therapy and clinic management.
Background in Physical Therapy
Curtis Mason began his career as a Staff Physical Therapist at West Valley Medical Center, where he worked for nine months from 2005 to 2006. Following this role, he opened five clinics, demonstrating his commitment to expanding access to physical therapy services. He also owned and operated Elite Health Club and Elite Physical Therapy and Health, focusing on providing high-quality equipment for therapy.
Innovative Business Models
At Elite Health Club, Curtis Mason implemented an innovative membership model that waived fees for members who exercised at least 12 days per month. This approach aimed to encourage regular physical activity among members and enhance community engagement in health and wellness.
Entrepreneurial Ventures with VasoBeat
Curtis Mason co-founded VasoBeat, a company dedicated to developing medical hardware and applications. He contributed to the creation of a prototype for the project by April 2014, with plans for crowdfunding and further development initiated in 2022. The project received engineering support from the BYU capstone program, highlighting his involvement in innovative healthcare solutions.