Compare Christ University vs FMS Delhi

From the list of candidates shortlisted for the Interview Process, admission to the MBA Full Time programme shall be based on the following criteria and weight system: 

1. Weighted CAT 2022 Score - 50% 

2. Marks obtained in Class X - 10% (60% and above but less than 75%: 5%, 75% and above: 10%) 

3. Marks obtained in Class XII - 10% (60% and above but less than 75%: 5%, 75% and above 10%) 

4. Discussion on Statement of Purpose - 10% 

5. Extempore – 5% 

6. Personal Interview - 15%

Admissions are done on the basis of Valid score in MAT/GMAT/GRE/CMAT/CAT/XAT or ATMA and Academic performance in Class 10, Class 12 and undergraduate degree, Group discussion (GD), Micro Presentation (MP), Written Assessment (WA), Verbal Assessment (VA) and Personal Interview (PI).

Candidates applying for admission to the MBA programme must have pursued at least a Bachelor’s Degree programme after twelve years of formal schooling with at least 50% marks at graduation level (SC/ST: Passing Marks; OBC/PWD/CW: 45% as per the University Rules) or equivalent CGPA. Candidates appearing for the final year examination of Bachelor’s Degree may also apply.

Note: Candidates appearing in the final year examination of Bachelor’s Degree are eligible to apply for admission irrespective of their percentage of scores obtained till the time of application, provided that they expect to fulfill the eligibility criteria when their results are declared and which must be submitted to the FMS office at the time of admission to the programme.

• A Candidate must have 50% or above marks in aggregate in the undergraduate examinations. (Applicants who are in the final year of their studies should have 50% or above aggregate in all the Semesters/years of undergraduate examinations conducted so far). Students writing their final degree are also eligible to apply.
• Minimum Score specified for MAT / CAT / CMAT / XAT / GMAT / GRE is only eligibility criteria and the actual score thereof shall have no bearing in the selection process.