Caitlyn Mc Guire
About Caitlyn Mc Guire
Caitlyn Mc Guire is a Clinical Specialist at Boston Scientific in Austin, Texas, with a background in sales and user acceptance training in the medical device industry.
Title and Role at Boston Scientific
Caitlyn Mc Guire has been working as a Clinical Specialist at Boston Scientific since 2018. In this role, she is based in Austin, Texas, where she advises and assists both doctors and patients with the trial, implementation, and best practices for spinal cord stimulators. This position involves ensuring that medical professionals and patients are knowledgeable about the devices and can utilize them effectively.
Previous Experience as Distal Extremity Technology Associate
Before her current position, Caitlyn Mc Guire worked at Arthrex as a Distal Extremity Technology Associate in 2018. Her tenure lasted for 5 months in Austin, Texas. During this period, she was responsible for tasks related to distal extremity technology, which typically involves medical devices and equipment used for the lower limbs.
Inside Account Executive at SHI International Corp.
Caitlyn Mc Guire was an Inside Account Executive at SHI International Corp. from 2017 to 2018. She served in this role for 9 months in Austin, Texas. Her responsibilities would have included managing client accounts, ensuring customer satisfaction, and possibly handling sales operations within the corporate sector.
Education and Academic Background
Caitlyn Mc Guire attended Texas A&M University, where she studied Communication, General. She completed her Bachelor of Arts (B.A.) degree from 2012 to 2016, a course lasting 4 years. This academic background provided her with the foundational skills in communication that are essential for her various roles.
Experience in User Acceptance Training and Sales Operations
Caitlyn Mc Guire has experience in User Acceptance Training (UAT) and sales operations within the medical device industry. This experience is crucial for roles that involve ensuring the usability and effectiveness of medical devices before their full-scale implementation. It also implies her involvement in rigorous testing and feedback collection processes to optimize medical technologies.