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 Commerce (B.Com) is a full-time three-year undergraduate degree course offered by the Mangalore University, Mangalore.


Eligibility Criteria

A student passed Two-Year Pre-University Examination conducted by Karnataka P.U. Board or any other examination considered equivalent by Mangalore University, and those who seek admission to B.Com should have studied, Business Studies and Accountancy at the P.U. level.

Admission Details

A provisional selection of the candidates for admission to the course will be made taking into consideration their academic record and other activities as shown in the application and as per the Govt.

Know More About this College

Applications for Admissions are open.

Amity University | B.Sc Admissions 2025
Amity University | B.Sc Admissions 2025
Apply

Ranked amongst top 3% universities globally (QS Rankings)

Symbiosis School for Liberal Arts Admissions 2025
Symbiosis School for Liberal Arts Admissions 2025
Apply

Admissions open for BA/BSc. Liberal Arts (Honours) & BA / BSc. Liberal Arts (Honors) with Research

UPES B.Sc Admissions 2025
UPES B.Sc Admissions 2025
Apply

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

KL University B.Sc Admissions 2025
KL University B.Sc Admissions 2025
Apply

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

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

Lovely Professional University Admissions 2025
Lovely Professional University Admissions 2025
Apply

India's Largest University | NAAC A++ | 100% Placements Record | Highest CTC 3 Cr PA | 145 + Programmes in 55+ Disciplines

View All Application Forms
Back to top