Territory Manager, Cardiac Imaging & Structural Heart (charlotte, Nc or Nashville, Tn) - Johnson & Johnson Medtech, Electrophysiology

Johnson & Johnson Johnson & Johnson · Pharma · Charlotte, NC +2

Johnson & Johnson is seeking a Territory Manager for Cardiac Imaging & Structural Heart to achieve sales goals and drive adoption of 2D and 4D intracardiac echocardiography in structural heart procedures. The role involves developing the market, building relationships with physicians and hospital staff, and executing strategic sales plans to transition from TEE-dependent workflows to ICE-guided procedures.

What you'd actually do

  1. The Territory Manager (TM) is accountable to achieve sales goals in the assigned territory by delivering adoption of 2D and 4D intracardiac echocardiography in structural heart procedures and market share growth, as well as other key metrics.
  2. The TM is also responsible for developing the structural heart imaging market within their territory by identifying new procedural opportunities, expanding ICE adoption into new IC programs, and driving transition from TEE-dependent workflows toward ICE-guided procedures.
  3. The TM is responsible for building and maintaining mutually beneficial relationships with physicians, hospital and Cath lab staff, and key opinion leaders to grow and develop business.
  4. The TM acts as the territory quarterback and indirectly leads a pod team including Ultrasound Clinical Account Specialists (UCASs) and partners with Regional Business Directors (RBDs) to ensure alignment and coordination in meeting business objectives.
  5. This role is pivotal in developing and executing strategic sales plans, fostering strong customer relationships, and ensuring operational excellence.

Skills

Required

  • Sales experience
  • Medical device sales
  • Cardiac imaging
  • Structural heart procedures
  • Relationship building
  • Strategic planning
  • Territory management

Nice to have

  • Experience with 2D and 4D intracardiac echocardiography
  • Knowledge of electrophysiology
  • Understanding of TEE-dependent workflows