Cindrebay School of Design Kannur Diploma Interior Design: Fees 2026, Admission Dates, Course Duration, Eligibility
Kannur, Kerala
Private College
Cindrebay School of Design Kannur offers Diploma Interior Design as a 1 Year Full Time program. For admission into Cindrebay School of Design Kannur Diploma Interior Design, a candidate must clear 10+2 with 50%.
Diploma Interior Design total fee at Cindrebay School of Design Kannur is ₹ 1.31 Lakhs in 2023.Course Fees
Course Duration
1 YearTuition Fees
1.31 Lakhs1 Year Fees
1.31 LakhsTotal Fees
1.31 LakhsDetailed Fees
general
| Year | 1 |
|---|---|
| Total Year Wise fees | ₹1.31 Lakhs |
| Total Fees | ₹131000 |
| Tuition fees | ₹131000 |
Eligibility Criteria
The candidates must have passed 10+2 with a minimum of 50% aggregate marks from a recognized board
Course Details
Diploma in Interior Design & Space Management
Duration – 1.5 yr Max
INTAKE – 30 Students per batch
Ask your question
Similar Colleges You Might Be Interested In
- Similar Colleges
- Near By
No Ratings Found!!
Follow
No Ratings Found!!
Follow
Srishti Manipal Institute of Art, Design and Technology
Bangalore, KarnatakaNo Ratings Found!!
Follow
![National Institute of Fashion Technology - [NIFT]](https://staticstage.collegedunia.com/public/college_data/images/appImage/1486118340AppNew.jpg?tr=h-100,w-200,c-force)
National Institute of Fashion Technology - [NIFT]
Kannur, KeralaNo Ratings Found!!
Follow
No Ratings Found!!
Follow
![Aruna Institute of Fashion Technology - [AIFT]](https://staticstage.collegedunia.com/public/college_data/images/appImage/5800_ARUNA_APP.jpg?tr=h-100,w-200,c-force)
Aruna Institute of Fashion Technology - [AIFT]
Bangalore, KarnatakaNo Ratings Found!!
Follow
No Ratings Found!!
Follow
![National Institute of Fashion Technology - [NIFT]](https://staticstage.collegedunia.com/public/college_data/images/logos/1486118340Logo.jpg?tr=h-40,w-40,c-force)
![Aruna Institute of Fashion Technology - [AIFT]](https://staticstage.collegedunia.com/public/college_data/images/logos/1417164048Capture.jpg?tr=h-40,w-40,c-force)