Apply

Realize your full potential among health care’s brightest leaders.

Council Fellows participate in an orientation event
Council Fellows participate in an orientation event

Participate in lectures with the most influential health care leaders. Be an active contributor to immersive experiences that lend new insight into the inner workings of our health care system. Connect with your peers to create long-lasting bonds and networks that will create change in the the industry for years to come.

Applications for the Council Fellows Class of 2023 are  now closed. We will begin accepting applications for the Council Fellows Class of 2024 Wednesday, September 6, 2023.

Let’s stay in touch!

If you’re interested in learning more about the Council Fellows program, sign up to receive ongoing updates here.

Download application questions here for reference:

Council Fellows candidates are accepted from a pool of applicants who fit the following criteria

  • Currently a C-suite or senior leader in their organization or poised to take on such a pivotal role
  • Eager to define complex problems, identify solutions and effect change
  • Open to learning more about and embracing innovation in health care
  • Part of a health care organization of any size in multiple sectors, including providers, managed care, technology, public health, government, academia, nonprofit, policy or finance among others
  • Able to commit to the 2023 Council Fellows class dates for class time
  • Company based anywhere in the U.S.

The cost to participate in the Council Fellows program is $11,500 for Nashville Health Care Council members. Please contact fellows@healthcarecouncil.com to learn more about non-Council member pricing and scholarships.

Get connected with the Nashville Health Care Council Fellows.

Insert the code before the tag on all pages on your website (secure & non-secure). Learn more Once placed correctly, the status of the AdRoll Pixel button on your All Campaigns page will become "AdRoll Pixel Active" (it may take up to 24 hours to detect)