Aleksander Mikic


Aleksander Mikic Biography

Aleksander Mikic is a Bosnian actor, sometimes credited as Aleksandar Mikik.

Early life

Aleksander Mikic grew up in Tuzla, Bosnia. In the early 1990s, he moved to the UK. He attended the Adam Smith College, which was known as Fife College of Further and Higher Education when he was enrolled, and Royal Scottish Academy of Music and Drama, also known as R.S.A.M.D.

Acting

Mikic landed his first role in the British comedy Auf Wiedersehen, Pet.

Voice Acting

Mikic voiced Pan in the 2010 video game Castlevania: Lords of Shadow. He also voiced Pan's brother Agreus in its 2014 sequel Castlevania: Lords of Shadow 2.

Personal life

Mikic currently resides in the United Kingdom.

Filmography

Film
Year Film Role Notes
2004 London Kebabs Luka
2005 Retribution Hitman
2007 Mine Jokic
Honeymoon Zoran
Extraordinary Rendition Ante
It's a Free World... Role Unknown
Eastern Promises Soyka
2008 Inbetween Hasan
Echoes Andrej
2009 Gunrush Chris
Television
Year Title Role Notes
2002 Auf Wiedersehen, Pet Dhori 3 Episodes
Spooks Young Man 1 Episode
2003 State of Play Paramedic 1 Episode
Ultimate Force 2nd representative 1 Episode
2005 Holby City Aleksander Dimitru 1 Episode
2006 Footballer's Wives Klaus 1 Episode
2007 Hotel Babylon Eugene 1 Episode
The Last Detective Pawel 1 Episode
The Bill Andrey Rudnitski 1 Episode
Secret Diary of a Call Girl Alex 1 Episode
2008 Pulling Lithuanian 1 Episode
The Fixer Georgie 1 Episode
2009 Not Going Out Pavlov 1 Episode
Hope Springs Bronius 1 Episode
Doctor Who Yuri Kerenski 1 Episode: Autumn 2009 Special "The Waters of Mars"
2010 Survivors Jarek 1 Episode
2013 EastEnders Josef 3 episodes
2015 Casualty Pieter Manzerak Objectum Sexual



This webpage uses material from the Wikipedia article "Aleksander_Mikic" and is licensed under the GNU Free Documentation License. Reality TV World is not responsible for any errors or omissions the Wikipedia article may contain.
ADVERTISEMENT




POPULAR TV SHOWS (100)



POPULAR PEOPLE (100)


Page generated in 0.27662205696106 seconds