Thaddea Graham is a well-known North Irish actress best known for her roles as Hanmei Collins and Iona in Sky One’s Curfew and Netflix’s The Letter for the King. She is a Chinese-born actress best known for her main roles in a variety of fiction adaptations, film, and television shows.
Thaddea was born in China on the 29th of March, 1997. She was raised in County Down, Northern Ireland, after moving there with her family. She was always impressed by movies and aspired to be an actress since she was a child. She began her acting career in 2014 and has recently gained a lot of attention for her roles in various Netflix series and movies.
Short Bio
Full Name: | Thaddea Graham |
Age: | 23 Years |
Date of Birth: | 29 March 1997 |
Nationality: | Norther Ireland |
Height: | 5’ 4” (163 cm) |
Net Worth: | 1 Million US Dollars (Approximate) |
Instagram: | thaddeagraham |
Marital Status: | Single |
Boyfriend: | NA |
Famous for: | Sky One’s Curfew |
Education
Thaddea attended Killinchy Primary School in County Down, Northern Ireland, for high school. Later, she moved to the Bloomfield Collegiate School in Belfast, Ireland. She attended the Arts Educational School in London, an independent performing arts school in Chiswick, for her graduation, and graduated in 2018 with a Bachelor of Arts degree in Acting.
Career
Thaddea is both an actress and a composer. She is well-known for her roles in the films ‘Us’ and ‘King’ in the year 2020. She is also well-known for her minor role as Hanmei in the 2020 television series ‘Curfew.’ She portrayed Lucie in ‘The Sparticle Mystery’ for more than two episodes in 2015. Later that year, in the episode “Groundhog Day,” she played Atka in “Dani’s Castle.”
In 2021, we will see her in the lead role as ‘Bea’ in the upcoming Netflix series ‘The Irregulars.’ The Irregulars is an upcoming British crime drama series produced by the Drama Republic for Netflix. It is based on Sir Arthur Conan Doyle’s works and follows the Baker Street Irregulars as they work for Dr Watson to save London from supernatural forces.