Why to Choose VIT? - Campuses, Ranking and Accreditation

Why to Choose VIT? - Campuses, Ranking and Accreditation

Edited By Samridhi Mishra | Updated on Dec 09, 2024 12:18 PM IST | #VITEEE

Why to Choose VIT? - Selecting the right institute to pursue higher education is a complicated yet crucial task for all students. Among the numerous institutions, the Vellore Institute of Technology (VIT) has become a popular choice for several reasons. Careers360 has compiled a comprehensive guide on why to choose VIT. In this article, we cover several aspects for students to choose VIT as a prospective engineering college.

This Story also Contains
  1. VIT Campuses
  2. VIT Ranking and Accreditation
  3. VIT Placements
  4. Admission in Vellore Institute of Technology
  5. Why to Choose VIT
Why to Choose VIT? - Campuses, Ranking and Accreditation
Why to Choose VIT? - Campuses, Ranking and Accreditation

Engineering Admissions 2025: VIT Vellore Entrance Exams | Must-Watch Guide for VITEEE Aspirants!

VIT Campuses

  1. VIT Vellore

  2. VIT Chennai

  3. VIT AP (State Private University)

  4. VIT Bhopal (State Private University)

  5. VIT Bangalore

  6. VIT Mauritius

VIT Ranking and Accreditation

NIRF ranks Vellore Institute of Technology 10th in the university category, 11th in the engineering category, 19th in the overall category and 13th in the research category. Additionally, it ranks between 11 to 20th in the innovation category. As per the QS World Ranking, the institute has ranked 791-800 across the world. VIT Vellore has an NAAC accreditation of A++ and a CGPA of 3.66 out of 4. The institute also has Accreditation from other agencies like ACCA, ABET and ACBSP.

VIT Ranking by Careers360

To help students decide the best options available to them for pursuing higher education. Experts at Careers360 rank institutions based on several criteria such as placement, affordability, etc. Careers360 ranks VIT Vellore ‘AAAAA’, which makes it one of the best engineering institutes in the country.
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VIT Placements

Placements play an important role in deciding how likely students are to choose the institute for admission. Candidates can check the VIT placement highlights year-wise from the tables below. The VIT placement data provided here highlights the median salary package, the no. of students admitted, the no. of students who sit for placement and the no. of students who receive the placement offers.

VIT Placements: Categories-Wise Offers and Alumni Placement Stats Revealed


VIT Placement Highlights - 2023

Category

2022-2023 Data

No. of students admitted

7,404

No. of students graduated

7,053

No. of students placed

4,923

Students who opt for higher education

1,051

Placement percentage

82.02%

Median salary

Rs. 9,00,000

VIT 2022 Placement Highlights

Category

2021-2022 Data

No. of students admitted

6,435

No. of students graduated

6,177

No. of students placed

4,212

Students who opt for higher education

957

Placement percentage

80.69%

Median salary

Rs. 8,00,000

VIT Placement Highlights - 2021

Category

2020-2021 Data

No. of students admitted

5,522

No. of students graduated

5,294

No. of students placed

3,342

Students who opt for higher education

1,024

Placement percentage

78.27%

Median salary

Rs. 6,50,000

Admission in Vellore Institute of Technology

Candidates who seek admission to VIT campuses have to appear for the entrance exam, VITEEE. Students who qualify the VITEEE exam will have to participate in the VITEEE counselling to choose their preferred campus and course. Candidates must meet the VIITEEE cutoff to secure admission into the institute.

Why to Choose VIT

Vellore Institute of Technology provides quality education, excellent placement opportunities, a well-equipped campus, strong industry collaborations and a focus on research. The admission process is also fair and has an equitable fee structure; making it a great choice for students seeking a well-rounded academic experience with good career prospects.

Frequently Asked Questions (FAQs)

1. Why do people choose VIT?

VIT is often the top preference of the students since it has several rankings and accreditations.

2. Why is VIT Vellore the best?

VIT Vellore is rated highly by the NIRF rankings with 10th in the university category, 11th in the engineering category, 19th in the overall category and 13th in the research category. 

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Questions related to VITEEE

Have a question related to VITEEE ?

Hello,

with a 74,000 rank in VITEEE, getting CSE at VIT-AP in category 1 is unlikely, but category 2 is possible depending on seat availability. CSE is highly competitive, but VIT-AP generally has lower cutoffs than Vellore or Chennai campuses.keep backup options and consider related branches like CSE with specializations.

Hello,

SRMJEE Rank: 15,190 and VITEEE Rank: 1,25,900

You wish to study Computer Science Engineering. Here are your choices:

SRM University (Rank: 15,190):
You have a fair chance of securing CSE (core) at SRM Ramapuram, SRM Vadapalani, or SRM NCR (Delhi) campus.
You may also get CSE specializations like AI/ML or Data Science at SRM Main Campus (Kattankulathur) under Fee Category 2 or 3.

Fees:

Fee Category 1: Rs 2.5L/year
Fee Category 2 or 3: Rs 3 to 3.5L/year

VIT (Rank: 1,25,900):
You are eligible for Bhopal or AP campus but not for Vellore or Chennai campus for CSE.
You can anticipate CSE core or its specializations at VIT-AP or VIT-Bhopal under Category 1 or 2 fees, possibly.

Fees:
Around Rs 1.76L to Rs 2.95L per year based on category and campus

Comparison Summary:
SRM provides older, settled campuses such as Ramapuram and NCR with good placements (average Rs 4–5 LPA).
VIT Bhopal and AP campuses are fresher but carry stronger brand power, higher-quality infrastructure, and marginally superior average placements (Rs 5–6 LPA) of late.

Verdict:
Go with SRM if you like the setup at an already established location.
Go with VIT (Bhopal/AP) if better branding appeals and you're comfortable with fresh campuses.



With a VITEEE 2025 rank of 41600, securing admission to CSE or ECE at the VIT Vellore or Chennai campus may be challenging. Typically, higher ranks are required for these branches in the open category. You may have better chances under the reserved categories like OBC or EWS, depending on the cutoff for each category.

With a rank of 21,242 in VITEEE, you may have limited options for getting branches like Computer Science or Electronics in VIT's main campus. However, you may be eligible for branches in VIT's VIT-AP campus or other lower-demand branches.

With a VITEEE rank of 9412, you are likely to get admission to branches like Mechanical Engineering, Civil Engineering, Electrical & Electronics Engineering, Aerospace Engineering, or Bioengineering at VIT Bhopal or VIT-AP campuses.

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sir when i am opening viteee knockout  5000 concepts matrices and its aplication chapter it opens complex number pls do help

they are not showing any option

when is vit entrance examination 2020?

Arrange the following Cobalt complexes in the order of incresing Crystal Field Stabilization Energy (CFSE) value. Complexes :  

\mathrm{\underset{\textbf{A}}{\left [ CoF_{6} \right ]^{3-}},\underset{\textbf{B}}{\left [ Co\left ( H_{2}O \right )_{6} \right ]^{2+}},\underset{\textbf{C}}{\left [ Co\left ( NH_{3} \right )_{6} \right ]^{3+}}\: and\: \ \underset{\textbf{D}}{\left [ Co\left ( en \right )_{3} \right ]^{3+}}}

Choose the correct option :
Option: 1 \mathrm{B< C< D< A}
Option: 2 \mathrm{B< A< C< D}
Option: 3 \mathrm{A< B< C< D}
Option: 4 \mathrm{C< D< B< A}

The type of hybridisation and magnetic property of the complex \left[\mathrm{MnCl}_{6}\right]^{3-}, respectively, are :
Option: 1 \mathrm{sp ^{3} d ^{2} \text { and diamagnetic }}
Option: 2 \mathrm{sp ^{3} d ^{2} \text { and diamagnetic }}
Option: 3 \mathrm{sp ^{3} d ^{2} \text { and diamagnetic }}
Option: 4 \mathrm{sp ^{3} d ^{2} \text { and diamagnetic }}
Option: 5 \mathrm{d ^{2} sp ^{3} \text { and diamagnetic }}
Option: 6 \mathrm{d ^{2} sp ^{3} \text { and diamagnetic }}
Option: 7 \mathrm{d ^{2} sp ^{3} \text { and diamagnetic }}
Option: 8 \mathrm{d ^{2} sp ^{3} \text { and diamagnetic }}
Option: 9 \mathrm{d ^{2} sp ^{3} \text { and paramagnetic }}
Option: 10 \mathrm{d ^{2} sp ^{3} \text { and paramagnetic }}
Option: 11 \mathrm{d ^{2} sp ^{3} \text { and paramagnetic }}
Option: 12 \mathrm{d ^{2} sp ^{3} \text { and paramagnetic }}
Option: 13 \mathrm{sp ^{3} d ^{2} \text { and paramagnetic }}
Option: 14 \mathrm{sp ^{3} d ^{2} \text { and paramagnetic }}
Option: 15 \mathrm{sp ^{3} d ^{2} \text { and paramagnetic }}
Option: 16 \mathrm{sp ^{3} d ^{2} \text { and paramagnetic }}
The number of geometrical isomers found in the metal complexes \mathrm{\left[ PtCl _{2}\left( NH _{3}\right)_{2}\right],\left[ Ni ( CO )_{4}\right], \left[ Ru \left( H _{2} O \right)_{3} Cl _{3}\right] \text { and }\left[ CoCl _{2}\left( NH _{3}\right)_{4}\right]^{+}} respectively, are :
Option: 1 1,1,1,1
Option: 2 1,1,1,1
Option: 3 1,1,1,1
Option: 4 1,1,1,1
Option: 5 2,1,2,2
Option: 6 2,1,2,2
Option: 7 2,1,2,2
Option: 8 2,1,2,2
Option: 9 2,0,2,2
Option: 10 2,0,2,2
Option: 11 2,0,2,2
Option: 12 2,0,2,2
Option: 13 2,1,2,1
Option: 14 2,1,2,1
Option: 15 2,1,2,1
Option: 16 2,1,2,1
Spin only magnetic moment of an octahedral complex of \mathrm{Fe}^{2+} in the presence of a strong field ligand in BM is :
Option: 1 4.89
Option: 2 4.89
Option: 3 4.89
Option: 4 4.89
Option: 5 2.82
Option: 6 2.82
Option: 7 2.82
Option: 8 2.82
Option: 9 0
Option: 10 0
Option: 11 0
Option: 12 0
Option: 13 3.46
Option: 14 3.46
Option: 15 3.46
Option: 16 3.46

3 moles of metal complex with formula \mathrm{Co}(\mathrm{en})_{2} \mathrm{Cl}_{3} gives 3 moles of silver chloride on treatment with excess of silver nitrate. The secondary valency of CO in the complex is_______.
(Round off to the nearest integer)
 

The overall stability constant of the complex ion \mathrm{\left [ Cu\left ( NH_{3} \right )_{4} \right ]^{2+}} is 2.1\times 10^{1 3}. The overall dissociation constant is y\times 10^{-14}. Then y is ___________(Nearest integer)
 

Identify the correct order of solubility in aqueous medium:

Option: 1

Na2S > ZnS > CuS


Option: 2

CuS > ZnS > Na2S


Option: 3

ZnS > Na2S > CuS


Option: 4

Na2S > CuS > ZnS


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