This guy came into the limelight by his role of Robbie Shapiro in the Victorious and also in
The Virginity Hit; so obviously he is none other than the American singer as well as an actor - Matthew H. Bennett who is also called as Matt or Mott Bonnott. He was born on 13th November and turned 25 last year. He is bought up in
New York and started his journey of acting with ads and commercials but officially it started as he turned 18 and made his appearance in the movie ‘Totally For Teens.’ His television career came into the eyes of the public when he played a role in the comedy central as Greg-
The Virginity Hit was the movie of comedy style and was released in 2010 about which Bennett stated that it was a movie which was least scripted and most of it were their pranks and informal talks which got filmed. Bennett stated this film as a cool love story in an interview with a bit of heart and soul; and rather not a simple usual teen sex story. He was also nominated in UK’s funniest person category and there can be seen a lot of pictures of his appearance in Avalon Hollywood performance as well as at WonderCon in 2013. He was featured on many YouTube channels like Nerdist and The Slap which made him a big hit. His songs “Broken Glass,” “I Think You’re Swell” from Victorious album have been released in 2011 and 2012 respectively.
Ariana Grande, who was his co-worker on the Victorious regarding whom he was asked for as the love interest for her in her One Last Time Video. His television role has been titled as ‘Totally for Teens’ in which he played the role of Jamie, and as Greg- The Intern in ‘Michael & Michael Have Issues’ in 2009. The most special role of him has been considered as Robbie in Victorious from 2010 to 2013. Apart from these series, he has made a lot of appearances in many of the shows. So conclusively starting from his role of Scott Mayhew in ‘Me and Earl’ and the ‘Dying Girl to Kyle Parkar in The Stanford Prison Experiment’, he has been totally into his passion for singing and dancing with full his dedication and determination.