Jamie’s career in entertainment has covered a lot of ground. Her talent and commitment to her craft has led to decades of roles in film and TV, endearing her to fans across the globe.

At age four, she appeared in a slew of commercials and modeling print adds. When she won first prize in the international Shakespeare Festival for dramatic monologue at age 15, it anchored in her true passion for acting.  From that moment on, her acting career was off and running.

In her breakout role on Just the Ten of Us, a spin-off of the popular show, Growing Pains, Jamie charmed audiences with her beloved character, Cindy Lubbock, She went on to help launch the WB, with their flagship show, Savannah, by Arron Spelling. Her standout role as Peyton Richards was “wicked, but good” and Peyton’s motto was, “I’ll get what is rightfully mine.” When that show unexpectedly ended, Spelling asked if she would like to be part of his number one hit show, Melrose Place. After saying yes, she created one of her most notorious roles as Lexi Sterling, going head to head with Heather Locklear. From there, her performance and popularity made her the first choice to replace the lead of Fox network’s The Profiler.

In years to follow, Jamie stared in a variety of roles on America’s beloved Lifetime Network and was voted a “Top Fan Favorite” six years in a row. Jamie has guest stared in many of TV most talked about shows, adding to the vast array of characters she embodies: CSI, NCIS, Supernatural, True Bloods, Better Call Saul, All My Children, Two and a Half Men, and Steven Bochco’s Murder in the First…just to name a few.

Producing her own content has always been part of her vision.  After the impressive success of her first film, Christmas High Note, she continues to expand her producing portfolio, choosing projects that bring love and light to audiences around the world.

Jamie has always sought to expand her talents in all areas of her life and has earned a culinary degree from Epicurean and has received a master’s degree in spiritual psychology from USM.