EP Clinical Specialist II: Cardiac Electrophysiology Expert

Lobby Co; Tyler (TX); On-site; USD 61,000 - 123,000; Full time

Job summary

Abbott is seeking a Biomedical Engineer with expertise in electrophysiology to support customers and field staff. You will provide technical, educational and clinical assistance for EP products, build trusted relationships with clinicians, and lead trainings for healthcare professionals.

The role emphasizes independent work, ongoing professional development, and engagement with cardiac pacing technologies within a dynamic medical-device environment.

Qualifications

• Requires ability to become certified on EP products.
• Minimum of two years of experience in cardiac pacing and related industries.
• Demonstrated knowledge of cardiology, electro-physiology, or related procedures.
• Familiarity with cath lab procedures and protocol.
• Advanced knowledge of cardiac pacing systems.
• Strong communication, organizational and analytical skills.
• Ability to work independently and manage multiple assignments.

Responsibilities

• Provide engineering, sales, educational and clinical support to field inquiries on EP products.
• Build and sustain credible relationships with customers and share product expertise.
• Develop and deliver trainings and programs on EP products to healthcare professionals.
• Offer regional procedural case coverage and back-up support to EP Sales Representatives.
• Support product demonstrations to physicians and sales personnel; stay informed on market trends.

Education

Bachelor’s degree in Biomedical Engineering or related field

Job description

Abbott is seeking a Biomedical Engineer with expertise in electrophysiology to support customers and field staff. You will provide technical, educational and clinical assistance for EP products, build trusted relationships with clinicians, and lead trainings for healthcare professionals.

The role emphasizes independent work, ongoing professional development, and engagement with cardiac pacing technologies within a dynamic medical-device environment.