B.Sc. in Applied Statistics and Analytics 

at NMIMS Hyderabad, Mahboobnagar

Joining Narsee Monjee Institute of Management Studies Hyderabad directly is impossible. All students must go through the established admission process, which involves meeting eligibility criteria, taking the entrance exam, submitting the online application, and participating in the shortlisting and interview process. Prepare well for the entrance exam and present a strong application to increase your chances of admission.

How hard it is to get admission to the course depends on a variety of factors. These factors are the difficulty level of the entrance exam, the number of applicants, the availability of seats in the selected course/specialisation. etc. Admission to the BTech programme of NMIMS Hyderabad is based on the N-CET scores. Seats are allotted to the candidates who manage to secure the required cut-off for BTech admission at the institute, provided they fulfill the eligibility criteria. The institute's BTech eligibility criteria are not very difficult to meet. A candidate must have passed Class 12 with at least 45% in physics, mathematics, chemistry, or vocational subjects to be eligible for the course. Candidates with 45% in Diploma in engineering can also apply. 

No, NMIMS does not allow direct admissions to BCom. The admissions are based on the candidate's performance in the NPAT exam conducted by the institute. After the exam, the institute releases a merit list of shortlisted candidates. Hence, candidates seeking admisison to the BCom programme of the institute must appear for the NPAT exam. The exam is conducted over a window of over 100 days. Candidates can schedule the exam as per their convenience. They can attempt the exam thrice during the exam window.

There are around 60-70 seats only. B.Tech is the most demanded course in Narsee Monee Institute of Management Studies, Hyderabad offering the highest number of placements. You can also check the college website for B.Tech-related information the basic eligibility criteria is 50 percent with JEE mains.

NMIMS Hyderabad BTech admission dates vary from year to year. The admission process typically begins in December with the release of online application forms. The application process was conducted in two phases in 2024. The last date to apply for BTech during the first phase was March 10, 2024. For the second phase, the last date to apply was May 20, 2024. The admission process for 2024 was concluded on July 31, 2024.

The NMAT 2022 Cutoff for NMIMS Hyderabad MBA, General-All India Category was 220. The NMAT cut-off 2023 is expected to range between 220 to 248 for admission to NMIMS Hyderabad MBA.

The table mentioned below showcases the seat intake of various courses offered at NMIMS Hyderabad:

*At the undergraduate level, the institute offers courses such as B.Com (Hons), B.B.A., B.A. L.L.B (Hons), B.B.A. L.L.B (Hons) etc. NMIMS Hyderabad UG admissions are both entrance and merit-based. For UG courses- B.Com (Hons) and B.B.A., candidates need to appear for NMIMS NPAT followed by counselling.

• B.Sc./BBA/BCom: Admission to these undergraduate programs is based on the performance in the NPAT (NMIMS Programs after Twelfth) entrance test.
• B.Sc. Applied Statistics and Analytics: Admission to this programme is based on merit,  considering factors such as past academic performance and relevant achievements.
• M.B.A. (Pharma Tech) and M.B.A. Applied Statistics and Analytics: These programs also consider merit,  along with other factors like past academic performance and relevant achievements.

The institute has disclosed the placement data for the MBA batch 2022-24. The 2024 batch comprised 267 students. The highest package grabbed was INR 19.94 LPA. Check the complete insights of NMIMS Hyderabad placements 2024 from the table below:

The highest package offered to the MBA students during the 2024 drive was INR 19.94 LPA. Earlier, the highest package for the 2023 batch stood at INR 28.05 LPA. From 2022 to 2024, a fluctuating trend was recorded in the NMIMS Hyderabad the highest package, which is depicted below: