NIU Noida offers BAJMC Journalism and Mass Communication as a 3 Year Full Time program. For admission into NIU Noida BAJMC Journalism and Mass Communication, a candidate must clear 10+2.
NIU Noida total tutuion fees for BAJMC Journalism and Mass Communication in 2021 is ₹ 2.1 Lakhs for the complete course duration. BAJMC Journalism and Mass Communication total fee at NIU Noida is ₹ 2.1 Lakhs in 2021.
Course Duration
3 YearsTuition Fees
35 K1 Year Fees
70 KTotal Fees
2.1 Lakhs| Years | year 1 | year 2 | year 3 | |||
|---|---|---|---|---|---|---|
| Total Year Wise fees | ₹70,000 | ₹70,000 | ₹70,000 | |||
| Semester | 1 | 2 | 3 | 4 | 5 | 6 |
| Total Fees | ₹35000 | ₹35000 | ₹35000 | ₹35000 | ₹35000 | ₹35000 |
| Tuition fees | ₹35000 | ₹35000 | ₹35000 | ₹35000 | ₹35000 | ₹35000 |
Candidate must be pass with minimum of 50% marks in 10+2 from the recognized board.
Fee Details:
An additional INR 1,000 to be paid per semester as activity fee.
An additional of Rs 5000 to be deposited towards equipment and studio
| Highest Placement | ₹ 4.8 Lakhs |
| Top Companies | ![]() ![]() ![]() ![]() ![]() ![]() |
![Shri Mata Vaishno Devi University - [SMVDU]](https://static.zollege.in/public/college_data/images/appImage/25574_SMVDU_New.jpg?tr=h-100,w-200,c-force)
![Guru Jambheshwar University of Science and Technology - [GJUS&T]](https://static.zollege.in/public/college_data/images/appImage/25527_GJUST_New.jpg?tr=h-100,w-200,c-force)
![Shri Ramswaroop Memorial University - [SRMU]](https://static.zollege.in/public/college_data/images/appImage/149888612814619316152.jpg?tr=h-100,w-200,c-force)
![I.K. Gujral Punjab Technical University - [IKG-PTU]](https://static.zollege.in/public/college_data/images/appImage/25789_3.jpg?tr=h-100,w-200,c-force)
![Veer Surendra Sai University of Technology - [VSSUT]](https://static.zollege.in/public/college_data/images/appImage/25771_VSSUT-Burla-Odisha.jpg?tr=h-100,w-200,c-force)

![Jaipur National University - [JNU]](https://static.zollege.in/public/college_data/images/appImage/25819_Jaipuruni_New.jpg?tr=h-100,w-200,c-force)