Jillian Kesner
Acting
Jillian Kesner was an American actress and historian who worked with her husband, Gary Graver, to preserve the work and legacy of director Orson Welles. She was best known as an actress for playing Fonzie's girlfriend, Lorraine, on a 1977 episode of Happy Days. She appeared on a number of television shows, including Three's Company, The Rockford Files and Mork & Mindy. She met her husband, director and cinematographer, Gary Graver, on the set of the film The Student Body in 1976.
Known for
Acting25
movieOperation Cobra
1997
Jasmine
movieRoots of Evil
1992
Brenda
movieNerds of a Feather
1989
Bombshell Waitress
movieBeverly Hills Vamp
1989
Claudia
movieJaded
1989
Sara
movieMoon in Scorpio
1987
Claire
movieEvil Town
1987
Dorothy
movieTrick or Treats
1982
Andrea
movieRaw Force
1982
Cookie Winchell (as Jillian Kessner)
tvT. J. Hooker
1982
Crystal
movieFirecracker
1981
Susanne Carter
movieAng Agila at Ang Falcon
1980
Deds Galendez
tvThe Ropers
1979
Linda Graham
tvMork & Mindy
1978
Judi Marino
movieStarhops
1978
Angel
tvThree's Company
1977
The Sister
tvThe Hardy Boys / Nancy Drew Mysteries
1977
Paula Clark
tvThe Blue Knight
1975
Lady in swimsuit
tvS.W.A.T.
1975
Miss California
tvThe Rockford Files
1974
Lily Showalter
tvHappy Days
1974
Patty Petralunga / Lorraine
tvBarnaby Jones
1973
Cindy (uncredited)
Production13
movieRay of Sunshine
2006
Production Coordinator
movieMurder on the Yellow Brick Road
2005
Production Manager
movieQuigley
2003
Production Coordinator, Location Manager
moviePoison
2001
Production Coordinator
movieInvisible Mom II
1999
Production Coordinator
movieThe Kid with X-Ray Eyes
1999
Production Coordinator
movieAngel in Training
1999
Production Coordinator
movieBikini Traffic School
1998
Production Coordinator
movieMasseuse 3
1998
Production Coordinator
movieBilly Frankenstein
1998
Production Coordinator
movieBlack Widow Escort
1998
Production Coordinator
movieThe Escort
1997
Production Coordinator
movieSexual Roulette
1997
Associate Producer
Crew2
movieBlood Scarab
2008
In Memory Of
