Vedrana Grbović
Beauty pageant titleholder | |
Born |
14 December 1987 Belgrade, Serbia |
---|---|
Hometown | Perth, Australia |
Height | 175 |
Hair color | Brown |
Eye color | Hazel |
Title(s) | Miss Serbia & Montegero 2006 |
Major competition(s) |
Miss Prom 2004 Miss Earth Australia 2005 |
Vedrana Grbović (Serbian Cyrillic: Ведрана Грбовић) is a Serbian beauty pageant contestant and model who won the title of Miss Serbia in 2006 and represented her country in Miss World 2006.[1]
Early life
Grbovic was born in Belgrade, although she and her family would later move to Australia. She went on to appear in fashion shows in Belgrade, Perth, Los Angeles, Greece, and Italy. She won the titles of Miss Prom 2004 and Miss Earth Australia (W.A.) 2005 and has appeared in many television shows in Serbia, as well as music video clips and television advertisements.
She is a professionally trained dancer and actress, although she graduated with a degree in marketing and advertising.
Miss Serbia & Montegero
In 2006, then a Curtin University student, Vedrana was named Miss World Serbia & Montenegro.[2][3]
Community Work
Vedrana is active contributor and poarticipant in the Serbian community events in Australia. She is activlely engaged and support community events organised by the Serbian Orthodix Church.[4][5] Vedrana also contributed to implementation of Hopman Cup in 2008.[6]
References
- ↑ Miss Serbia Crowned http://www.serbianna.com/photo_2006/0096.html
- ↑ Vedrana Crowned as Miss Serbia & Montegro http://www.gettyimages.in/detail/news-photo/vedrana-grbovic-wins-the-title-miss-serbia-and-montenegro-news-photo/71354021
- ↑ Vedrana transforms from calculus to catwalk https://www.highbeam.com/doc/1G1-123556105.html
- ↑ Metropolitanate Day in Pert, Sep 2013 http://churchholytrinity.com/metropolitanate-day-in-perth/
- ↑ Metropolitanate Day & The Bishop's Patronal Name Day Celebration, Perth 2013 http://www.metropolitanate.org.au/perth13-sponsors.php
- ↑ 2008 Hyndai Hopman Cup http://www.frescaviva.com/projects.php?id=20080101&part=2&po=0