Rizvi Education Societys College of Arts Science and Commerce Rizvi Complex Off Carter Road Sherly Road Bandra West Mumbai 400 050 B.Com fees is 33,350 INR (Yearly) and goes up to 35,350 INR (Yearly) depending on the specialization. The average fees for the B.Com course is 22,900 INR (Yearly). Rizvi Education Societys College of Arts Science and Commerce Rizvi Complex Off Carter Road Sherly Road Bandra West Mumbai 400 050 B.Com admission 2024 will be based on Maharashtra HSC, CBSE 12th.
Course | Duration | Fees |
B.Com in Accounting (Commerce & Banking) | 3 Years | 33350 INR |
B.Com. in Banking and insurance | 3 Years | 35350 INR |
B.Com (Professional) | 3 Years | N/A |
To pursue a B.Com. (Bachelor of Commerce) degree at Rizvi Education Society's College of Arts Science and Commerce in Mumbai, aspiring candidates must meet the eligibility criteria set by the institution. Applicants should have successfully completed their 10+2 education from a recognized board, with a minimum aggregate score of 50%. Additionally, they should have studied Commerce as one of their main subjects. The college also considers the performance of candidates in entrance exams or qualifying tests, if applicable. Meeting these requirements ensures that students possess the necessary foundation and knowledge to excel in the field of commerce and embark on a successful academic journey at Rizvi Education Society's College.
Admission to the B.Com at Rizvi Education Societys is subject to meeting the eligibility criteria and the candidates have to secure a valid score in CBSE 12th, Maharashtra HSC. All shortlisted candidates have to complete the Rizvi Education Societys B.Com admission process by getting their documents verified and paying the admission fee.
Rizvi Education Societys B.Com application form has to be submitted online by visiting the official website. Candidates aspiring to take admission to the B.Com course at Rizvi Education Societys have to first check and meet the eligibility criteria and then proceed further with the application process.