NIFT Bhubaneswar – National Institute of Fashion Technology Admission Process
Bhubaneswar
AICTE, Public Institute
ESTD 2010
Bhubaneswar
AICTE, Public Institute
ESTD 2010
Admission
NIFT Bhubaneswar Admission Process
Being one of the 16 NIFTs, National Institute of Fashion Technology, Bhubaneswar also follow the same NIFT admission process for giving admission to the deserving candidates on the basis of merit. In order to get admission in NIFT Bhubaneswar, the candidates need to fulfill all the NIFT eligibility criteria along with they need to appear in the entrance examination. The willing candidates can get the NIFT application form 2019 on the NIFT apply online portal.
NIFT Bhubaneswar Admission Highlights
- For getting admission in the undergraduate Bachelor of Design course the aspirants need to pass higher secondary or 10+2 examination from a recognised state of university Board.
- For undergraduate Bachelor of Fashion Technology courses, passing 12th examination with Physics, Mathematics and Chemistry from a recognised board is mandatory.
- For both the undergraduate courses the final selection will be done on the basis of the performance in the entrance examination.
- For the postgraduate Master of Fashion Management course, a bachelor’s degree from a recognised university will do the work. The eligible candidates need to appear in the entrance examination. The shortlisted candidates from the entrance examination also need to go through the group discussion and personal interview round in order to get selected.
NIFT Bhubaneswar Admission Procedure
Course | Specialization | Eligibility | Selection Procedure |
B.Des | Fashion Design | Passed 10+2 from a recognised board | Entrance Examination |
Textile Design | |||
Accessory Design | |||
Fashion Communication | |||
B.F.Tech | Apparel Production | Passed 12th examination with Physics, Mathematics and Chemistry from a recognised board | |
MFM | Fashion Management | Bachelor’s degree or undergraduate from a recognised university | Entrance examination followed by GD and PI |