Andrew Scott

Andrew Scott is an acclaimed Irish actor known for his extraordinary versatility across stage, screen, and television. Born on October 21, 1976, in Dublin, Ireland, Scott began acting as a child and trained at the Trinity College Dublin before pursuing professional acting full-time. He first gained widespread international recognition for his chilling portrayal of Jim Moriarty in the BBC series Sherlock, which aired from 2010 to 2017. His take on the iconic villain earned him a BAFTA Television Award for Best Supporting Actor in 2012 and introduced him to a global audience.

Before his Sherlock fame, Scott had already built a distinguished career in theater, performing with the Gate Theatre in Dublin and on London’s West End. He won the Laurence Olivier Award for Best Actor in 2005 for his performance in A Girl in a Car with a Man at the Royal Court Theatre. His stage career has remained central to his identity as an actor, with acclaimed performances in productions of Hamlet, Sea Wall, and Vanya at the Duke of York’s Theatre in London.

Scott’s film and television career expanded significantly in the 2020s. He appeared as the Hot Priest in Phoebe Waller-Bridge’s Fleabag in 2019, a role that became a cultural phenomenon and earned him Emmy and BAFTA nominations. He went on to star in the critically acclaimed film All of Us Strangers (2023), earning widespread praise and awards recognition. His performance in Ripley (2024), a Netflix limited series based on Patricia Highsmith’s novels, further showcased his ability to carry complex, psychologically rich roles.

With a net worth estimated at $5 million in 2026, Scott has built his wealth through consistent work in high-profile productions across multiple mediums. Unlike many actors who focus solely on blockbuster films, Scott has maintained a balance between commercially successful projects and artistically ambitious work. His reputation as one of the finest actors of his generation continues to grow, ensuring a steady stream of compelling roles and financial stability.