Careers360 Logo
Interested in this College?
Get updates on Eligibility, Admission, Placements Fees Structure
Compare

Course Details

MODE

Full time

DURATION

36 Months

Bachelor of Science (B.Sc) in Information Technology Vocational is a full-time three-year undergraduate degree course offered by the Patliputra University, Patna.


Eligibility Criteria

A person, who have passed Higher Secondary/Intermediate (10+2) with science stream or any other examination recognized as equivalent thereto, shall be eligible for the course.

Student Reviews for B.Sc Information Technology

College Infrastructure: 4/5
Academics: 4/5
Placements: 4/5
Value for Money: 3/5
Campus Life: 3/5

Patliputra University was affordable amd enjoyable.

Verified Review

College Infrastructure

Studying B.sc at Patliputra University has been an interesting experience.I wish the buildings and labs were a bit more modern. The classrooms are fine, but they a lot of fancy equipment. It feels like the infrastructure was Okay.

Applications for Admissions are open.

Amity University BA Admissions 2025
Amity University BA Admissions 2025
Apply

Ranked amongst the top 3% of universities globally (QS Rankings)

IIDE- PG in Digital Marketing
IIDE- PG in Digital Marketing
Apply

Apply for Post Graduation Programme in Digital Marketing from IIDE

Chandigarh University Admissions 2025
Chandigarh University Admissions 2025
Apply

Ranked #1 Among all Private Indian Universities In QS Asia Rankings 2025 | Scholarships worth 210 CR

UPES Dehradun BA Admissions 2025
UPES Dehradun BA Admissions 2025
Apply

Ranked #46 amongst Universities in India by NIRF | Ranked #1 in Academic Reputation in India by QS World University Rankings

GMAT™ Exam
GMAT™ Exam
Apply

Select test center appointment | Scores valid for 5 Years | Multiple Attempts | Round 2 Closing Soon

KL University BA Admissions 2025
KL University BA Admissions 2025
Apply

A++ Grade by NAAC | Recognized as Category-1 University by UGC | 100% Placement, 60 LPA Highest CTC, 400+ Recruiters

View All Application Forms
Back to top