Once the January JEE Main session results are declared, many students and JEE applicants start asking common questions about eligibility for specific institutes (NITs, IIITs, GFTIs, etc.) based on their percentile, category, preferred branch, and home state.

Providing precise admission chances for each student can be challenging. Some reputed educational websites offer ‘College Predictor’ tools where you can check possible college options based on your percentile, category, and preferences. However, for a more accurate understanding, here’s a simple yet effective 9-step method using JoSAA’s past-year opening and closing ranks. This approach gives you a fair estimate (though not 100% exact) of your admission chances based on the previous year’s data.

Step-by-Step Guide to Check Your Admission Chances Using JoSAA Data

Step 1: Collect Your Key Details

Before starting, note down the following details:

Your JEE Main percentile

Your category (General-Open, SC, ST, OBC-NCL, EWS, PwD categories)

Preferred institute types (NIT, IIIT, GFTI)

Preferred locations (or if you're open to any location in India)

List of at least 3 preferred academic programs (branches) as backups (instead of relying on just one option)

Step 2: Access JoSAA’s Official Opening & Closing Ranks

Go to Google and type: JoSAA Opening & Closing Ranks 2024

Click on the first search result (official JoSAA website).

You will land directly on JoSAA’s portal, where you can enter your details to check past-year cutoffs.

Step 3: Select the Round Number

JoSAA conducts five rounds of counseling.

For a safer estimate, choose Round 4, as most admissions are settled by this round.

Step 4: Choose the Institute Type

Select NIT, IIIT, or GFTI, depending on your preference.

If you are open to all types of institutes, check them one by one instead of selecting all at once.

Step 5: Select the Institute Name (Based on Location)

It is recommended to check institutes one by one, based on your preferred locations.

Avoid selecting ‘ALL’ at once, as it may create confusion.

Step 6: Select Your Preferred Academic Program (Branch)

Enter the branches you are interested in, one at a time, in your preferred order.

Step 7: Submit and Analyze Results

After selecting the relevant details, click the ‘SUBMIT’ button.

The system will display the Opening & Closing Ranks of the selected institute and branch for different categories.

Step 8: Note Down the Opening & Closing Ranks

Maintain a notebook or diary to record the Opening & Closing Ranks for each institute and branch you are interested in.

This will serve as a quick reference during JoSAA counseling.

Step 9: Adjust Your Expectations on a Safer Side

Since Opening & Closing Ranks fluctuate slightly each year, always adjust the numbers for safety.

Example Calculation:

If the Opening & Closing Ranks for NIT Delhi | Mechanical Engineering | OPEN Category show 8622 & 26186 (for Home State), consider adjusting them to 8300 & 23000 (on a safer side).

If the Female Category rank is 34334 & 36212, adjust it to 31000 & 33000.

Follow this approach for Other State candidates and different categories.

Pro Tip: Adjust your expected rank slightly lower than the previous year's cutoffs for realistic expectations during JoSAA counseling.

Can This Method Be Used for JEE April & JEE Advanced?

Yes! You can repeat the same steps after your April JEE Main results to refine your admission possibilities.

You can also follow a similar process for JEE Advanced cutoffs when applying for IITs.

Want to Learn More About JoSAA Counseling?

If you want detailed insights on JoSAA counseling, engineering entrance exams, and preparation strategies, check out EduJob360’s 180+ YouTube videos on this topic!

Hope this guide helps! All the best for your admissions! 

Make Memory Cards

Small cut cards with questions on one side and answers on the other are a great way to help.

Colour Coding Important Charts

While making notes is always helpful, adding a colour to a special definition or point would help you create an association in the brain and that statement becomes easier to recall as the brain remember the special colour that was assigned to that note.

Make Memory Charts

This is a simple trick, create links and associations in your brain of various events or even concepts.

Tables over Paragraphs

Putting things in tabular form has better recall value. One can try this format to remember an answer well.

Using Pictures

The brain has a better retention capacity for images as compared to the written word using diagrams or pictures improves memory and recall techniques.

Music Mnemonics

Adding music to the text you want to learn. Remembering a song is easier. Turn your chapter into a song and you will never forget it. E.g. Kilo, Hecto, Deka, Base, Deci, Centimeter, Millimeter can be remembered as Kangaroos Hop Down British Driveways Carrying M and Ms

Learning in Batches of 7

Interestingly, the brain is able to easily recall numbers, words or events in batches of 7. Try breaking down information in batches of 7 words and try leaning them in these batches.

Make Memory Cards

Small cut cards with questions on one side and answers on the other are a great way to help.

Colour Coding Important Charts

While making notes is always helpful, adding a colour to a special definition or point would help you create an association in the brain and that statement becomes easier to recall as the brain remember the special colour that was assigned to that note.

Make Memory Charts

This is a simple trick, create links and associations in your brain of various events or even concepts.

Tables over Paragraphs

Putting things in tabular form has better recall value. One can try this format to remember an answer well.

Using Pictures

The brain has a better retention capacity for images as compared to the written word using diagrams or pictures improves memory and recall techniques.

Music Mnemonics

Adding music to the text you want to learn. Remembering a song is easier. Turn your chapter into a song and you will never forget it. E.g. Kilo, Hecto, Deka, Base, Deci, Centimeter, Millimeter can be remembered as Kangaroos Hop Down British Driveways Carrying M and Ms

Learning in Batches of 7

Interestingly, the brain is able to easily recall numbers, words or events in batches of 7. Try breaking down information in batches of 7 words and try leaning them in these batches.

Students can overcome their fear of physics and do well on the NEET exam, which will open doors to a rewarding medical career if they have the correct attitude and prepare enough, Physics has been known as a nightmare for many prospective candidates of the NEET (National Eligibility Cum Entrance Test) due to its complex equations, abstract principles, and difficult problem-solving. While all three subjects Physics, Chemistry, and Biology play an important role in the NEET. Physics is frequently cited as the most scary.

Let’s take a look at why Physics is regarded as a nightmare for most the NEET applicants.

Mathematical complexity:

Physics is inherently mathematical, hence a solid foundation in mathematical principles is required. NEET candidates must solve complex questions involving calculus, algebra, and trigonometry. Many students struggle to bridge the theoretical physics principles and their mathematical applications. Students who are afraid of difficult equations and mathematics might feel frightened off by the subject. 

Combination of theory and application:

A solid relationship between theory and real-world application is essential to physics. Though academic knowledge is important, NEET questions often contain real-world scenarios that call for problem-solving abilities. It could be difficult for students to make the connection between their academic understanding and how to use it to solve complex issues.

Extensive and vast syllabus:

The NEET Physics syllabus is comprehensive, encompassing topics such as mechanics, electricity, magnetism, thermodynamics, optics, and Modern physics. The sheer number of knowledge could exhaust the students, leaving them unable to prioritize and effectively cover all topics.

Lack of practical experience and knowledge:

Physics frequently lacks hands-on experience in the NEET preparation process, in comparison to Biology and Chemistry. Lack of real-world experience might make it challenging for students to relate to the material and see how it might be used in the real world.

Fear of getting less marks:

Among the NEET applicants, the fear of performing poorly in Physics might lead to tension and anxiety. A poor Physics score can have a big effect on the NEET ranks as a whole and restrict your possibilities for admission in top medical institutions.

Overcoming the nightmare:

In physics, conceptual questions and numerical problems account for a larger portion of the course, covering material from classes 11 and 12 equally. Some of the important and high-scoring topics which should be covered by aspirants include – Mechanics which includes topics like laws of motion, work, energy, and power, and system of particles and rotational motion, Optics, Electrodynamics which covers electrostatics, current electricity, and magnetic effects, thermodynamics, Electricity and Magnetism, followed by waves and sound, modern physics, Semiconductors, Kinematics among others. Even though physics may be difficult for many the NEET applicants, it’s important to understand that, with the correct strategy and mindset, success in this subject is possible.

The following techniques can assist students in overcoming the fear of physics:

1. A practical study plan: Aspirants should create a study schedule that is well-organized and gives enough time to each Physics topic. They should sort the topics according to the level of importance for the NEET exam.

2. Regular solving of mock papers: Physics is a subject that gets better with experience and regular practice. To improve problem-solving abilities, students should work through a range of situations and attempt as many mock sample papers of the NEET exam from previous years which can assist in knowing the mistakes being made and rectifying them.

3. Be thorough with the NCERT syllabus: NCERT books cover a major portion of the NEET syllabus, which can help in providing you an advantage over your peers and can help you grasp the principles and fundamentals giving a comprehensive understanding of the subject.

4. Regular practice and revision: A comprehensive revision plan and consistent revision are essential components for preparing for the physics section. Set dedicated time slots each day for problem-solving and conceptual reinforcement if you want to succeed in physics.

5. Effective time management: Create a workable schedule and allot enough time for every topic and revision. Controlling the amount of time you have left for preparation can also help you answer questions on the exam day more quickly and accurately with enough time left to goi through the paper.

In conclusion, despite the fact that the mathematical complexity, abstract ideas, and wide syllabus of Physics may make the subject seem like a nightmare for many NEET aspirants, it is crucial to approach Physics with a focused study plan.

JEE Main 2024: What is the 75% eligibility criterion, which was waived off for three editions of JEE Main during the Covid pandemic?

What is the 75% eligibility criterion?

As per the official information brochure, candidates who qualify for admission in the NITs, IIITs, and other CFTIs whose admissions are based on the JEE Main ranks, they should have secured at least 75 percent marks in the Class 12 examination or be in the top 20 percentile in Class 12 examination conducted by respective Boards. For SC / ST candidates, the qualifying marks should be 65 percent in the Class 12 examination.

Candidates are also required to pass in each of the subjects of Class 12 / qualifying examination. 

The eligibility criterion was waived off in the previous three editions of the entrance held after the onset of the Covid-19 pandemic in 2020 but was restored for the 2023 batch. 

Why was it in the news last year?

The 75 per cent eligibility criterion was surrounded with controversy last year. JEE Main 2023 candidates claimed that the eligibility criterion was restored with no prior intimation by NTA which caught candidates off guard and posed a problem for several repeaters.

Aspirants claimed that those who failed to secure 75 percent in the Class 12 exams, especially those for whom it was the last chance to appear for the entrance exams in 2023 were in the cold.

Several JEE candidates, experts, and even some Members of Parliament (MPs), including Congress leader Karti P Chidambaram took to Twitter (now X) to raise their voices against this criterion, and requested the government to take back the restored eligibility criterion.

After that, the Union Education Ministry announced another revision for the JEE Main 2023 eligibility criteria. The revised guidelines said apart from the All India Rank (AIR) of the candidate in JEE Main, a student should either have scored 75 percent or above in the Class 12 board exam,, or have appeared among the top 20 percentile candidates of the respective board exam result. However, candidates claimed that the eligibility criteria of the ‘top 20 percentile’ did not have uniformity as it varies from board to board.

After several protests, letters to the government, and court hearings, the eligibility criterion was not taken back and has been reinstated for JEE Main 2024 too. 

The responsibility of the NEET UG exam is on NTA i.e. National Testing Agency. Every year lakhs of candidates prepare for admission in medical college by taking the NEET UG exam (Medical Entrance Exam). It is necessary to pass the NEET UG exam for admission in medical courses like MBBS, BDS. 

1- When was the NEET UG exam started?
NEET UG exam was started in 2013. It was announced by the Medical Council of India (MCI). However, it was canceled due to disagreements with many states.

2- When was the NEET UG exam held for the first time?
The NEET exam could not be held in the year 2014 and 2015 as well. Finally, the NEET exam was held for the first time in the year 2016.

3- What was the name of the NEET exam earlier?
NEET was earlier called AIPMT. The full form of AIPMT was the All India Pre-Medical Test. Later it was changed to NEET.

4- In how many languages ​​is the NEET UG exam conducted?
In 2016, the NEET exam was conducted in Tamil, Telugu, Marathi, Bengali, Assamese and Gujarati languages. In 2017, Kannada and Oriya languages ​​were also added. However, now NEET UG exam can be taken in 13 languages.

5- Where can I take admission after passing the NEET UG exam?
By passing the NEET UG exam, candidates can apply for MBBS as well as undergraduate BAMS, BUMS, BSMS, and BHMS.

6- Who used to conduct the NEET UG exam before NTA?
Before NTA i.e. National Testing Agency, the responsibility of this exam was given to CBSE. The first NEET exam in the country was conducted by CBSE.

7- NEET UG Eligibility Criteria: Who can appear for the NEET UG exam?
To appear in NEET UG exam, it is necessary to pass the 12th PCB i.e. with Physics, Chemistry, and Biology/Biotechnology.

8- NEET UG Chances: How many times can one appear for the NEET UG exam?
There is no maximum limit for appearing in the NEET exam. Any candidate can appear for this exam as many times as he wants.

9- What is the minimum age to appear for the NEET UG exam?
To appear for the NEET UG exam, the candidate must be at least 17 years of age.

10- NEET UG Age Limit: Till what age can one appear for the NEET UG exam?
There is no age limit to appear for the NEET UG exam. Candidates can appear for the medical entrance exam at any age.

With the end of schooling comes the horizon of higher education. For many students, the next goal is to secure a place at one of India’s top colleges, renowned for their academic excellence, and reputation. Here’s a look at some of the examinations that students then must take to gain admission to these top-ranked institutions, in the fields of Engineering, Medicine, Law, and the Humanities.

ENGINEERING

JEE (Joint Entrance Examination)

The JEE is conducted in two parts: the JEE Main (with two rounds) and the JEE Advanced. It is the gateway for admission into the prestigious Indian Institutes of Technology (IITs), National Institutes of Technology (NITs), and other top engineering colleges.

JEE Main 1:

The JEE main is the qualifying stage for the JEE Advanced and admission into engineering institutions. It comprises of objective-type questions that are based off the 11th and 12th standard CBSE course, in the subjects of Physics, Chemistry and Mathematics. The examination is conducted twice a year, as an online computer-based test.

The paper is divided into six sections; two sections in each of the three subjects. Each paper consists of two sections. Section A contains 20 multiple-choice questions in each subject; Section B consists of 10 numerical value questions, of which five are to be attempted. The paper, therefore, is both a Multiple Choice Question (MCQ) paper and a numerical value answer type format. There are 90 questions in total. Initially, it was conducted by the Central Board of Secondary Education (CBSE) before it was taken over by the National Testing Agency (NTA) in 2019.

JEE Main 2:

The JEE Main 2 is conducted for admission to architecture and planning programs. This exam also serves as an eligibility test for the JEE Advanced paper. The exam consists of three parts. Parts I and II (Mathematics and Aptitude) are conducted as a computer-based test; Part III (Drawing) is conducted in person, using pen and paper on A4-size sheets of drawing paper. The Mathematics paper has two sections. Section A includes 20 multiple choice questions in each subject, while Section B has 10 numerical value questions, of which five are to be attempted. The total marks attainable are 400, with students being made to answer 82 questions in 3 hours. This exam is held twice a year and is conducted by the NTA (since 2019)

JEE Advanced:

The JEE Advanced is taken by those who wish to seek admission into the various IIT’s and other top engineering institutions. This examination is divided between two papers, three hours each and is conducted within a day. There are three sections in each paper, and the questions are presented in an MCQ format, with questions with numerical and single digit integer answers. The first and second paper both comprise of 54 questions each. The total makrs attainable for this examination is 396. The JEE Advanced is conducted once a year, with students allowed to give a maximum of two attempts in consecutive years. It is a highly competitive exam and is held annually after clearing the JEE Main.

MEDICINE

NEET (National Eligibility cum Entrance Test)

The NEET is the national-level entrance examination for admission to undergraduate medical (MBBS), dental (BDS), and related courses in government and private colleges across India. It has been conducted by the NTA since 2019, and is a written, in-person examination. The exam is held once a year and lasts for a duration of 3 hours and 20 minutes. The paper is divided into two sections, and there are 200 questions out of which 180 are to be attempted. Each subject exam (Physics, Chemistry, Botany and Zoology) has two sections, a Section A with 35 compulsory questions and a Section B with 15 optional questions out of which 10 must be attempted. The total marks obtainable are 720.

HUMANITIES/ SOCIAL SCIENCES

CUET (Common University Entrance Test)

Introduced by the Ministry of Education and conducted by the NTA, CUET has been the basis for entrance into all undergraduate programmes at Central universities and participating universities since 2022-23. CUET is a multiple-choice objective exam offered in several languages. The syllabus is based on the syllabus for Class 12 Board examinations. The CUET examination is conducted by the NTA and is a computer-based examination. This entrance test takes place once a year and is divided into two slots. Slot I is divided into three sections and Slot II is divided into two sections. The exam consists of three sections. Sections IA/ IB: 13 languages/ 19 languages (45 minutes per paper); Section II: 27 domain-specific subjects (45 minutes per subject); Section III: General Test (60 minutes). The total marks obtainable in Slot I is 700, and Slot II is 400.

LAW

CLAT and LSAT

CLAT:

The Common Law Admission Test (CLAT) is a national-level entrance exam for admission to undergraduate and postgraduate law programs at 22 National Law Universities across India. This examination is conducted by the Consortium of National Law Universities and is a written in-person examination. The CLAT entrance test is held once a year and lasts for two hours. The paper is divided into five sections, all either objective-type or comprehension-based. Section 1  covers English and comprises 28-32 questions; Section 2, Current Affairs including GK and comprises of 35-39 questions; Section 3, Logical Reasoning comprises of 28-32 questions; Section 4 Legal Reasoning comprising of 35-39 questions and Section 5, Quantitative Techniques comprising of 13-17 questions. There are a total of 150 questions, and the total marks obtainable are 150.

LSAT:

LSAT–India is an annual entrance exam for law schools, conducted by Pearson VUE on behalf of the Law School Admission Council (LSAC) of the United States of America. It is a test of high-level reading ability, informal reasoning, and deductive reasoning skills, which are essential components of legal practice and critical to success in law schools. The examination is conducted by the Law School Admission Council and is a computer-based test. The LSAT is held twice a year, each paper spanning over a duration of 2 hours 30 minutes. The paper is divided into four sections, Section 1, Analytical Reasoning with 23 questions; Section 2 Logical Reasoning 1, with 22 questions, Section 3 Logical Reasoning 2, with 23 questions; Section 4 Reading Comprehension with, 24 questions. The time limit for each section is 35 minutes, and they must be attempted in order. The total marks obtainable in this examination may vary between 420 to 480. These scores are accepted in India by member institutes of the Associated Law Colleges, and internationally by members of the LSAC global alliance.

Rigorous preparation and unwavering dedication are essential for these examinations, which serve as gateways to esteemed institutions and pave the way for prosperous careers across diverse fields, both in India and globally. One must carefully read through the various requirements and study hard to get into these best colleges.

Source: bestcolleges.indiatoday.in

State-wise list of official websites

Andhra Pradesh: ntruhs.ap.nic.in

Assam: dme.assam.gov.in

Arunachal Pradesh: apdhte.nic.in

Bihar: bceceboard.bihar.gov.in

Chandigarh: gmch.gov.in

Goa: dte.goa.gov.in

Chhattisgarh: cgdme.in

Gujarat: medadmgujarat.org

Haryana: dmer.haryana.gov.in

Jammu and Kashmir: jkbopee.gov.in

Jharkhand: jceceb.jharkhand.gov.in

Kerala: cee.kerala.gov.in

Karnataka: kea.kar.nic.in

Madhya Pradesh: dme.mponline.gov.in

Maharashtra: cetcell.mahacet.org

Meghalaya: meghealth.gov.in

Manipur: manipurhealthdirectorate.mn.gov.in

Mizoram: mc.mizoram.gov.in

Nagaland: dtenagaland.org.in

Odisha: ojee.nic.in

Puducherry: centacpuducherry.in

Rajasthan: Website will be announced soon

Punjab: bfuhs.ac.in

Tamil Nadu: tnmedicalselection.net

Tripura: dme.tripura.gov.in

Uttarakhand: hnbumu.ac.in

Uttar Pradesh: upneet.gov.in

West Bengal: wbmcc.nic.in

AIQ NEET Counselling

Medical Counselling Committee (MCC): mcc.nic.in

AYUSH Admissions Central Counseling Committee (AACCC): aaccc.gov.in

Other important websites

National Medical Commission (NMC): nmc.org.in

Dental Council of India (DCI): dciindia.gov.in

Director General of Health Services (DGHS): dghs.gov.in.

1. IIT Madras (Chennai)

Year Established: 1959

NIRF Ranking (2024): 1

Location: Chennai, Tamil Nadu

Notable Departments:

1. Aerospace Engineering

2. Electrical Engineering

3. Mechanical Engineering

4. Computer Science and Engineering

2. IIT Delhi

Year Established: 1961

NIRF Ranking (2024): 2

Location: New Delhi, Delhi

Notable Departments:

1. Civil Engineering

2. Electrical Engineering

3. Chemical Engineering

4. Management Studies

3. IIT Bombay

Year Established: 1958

NIRF Ranking (2024): 3

Location: Mumbai, Maharashtra

Notable Departments:

1. Computer Science and Engineering

2. Electrical Engineering

3. Mechanical Engineering

4. Environmental Science and Engineering

4. IIT Kanpur

Year Established: 1959

NIRF Ranking (2024): 4

Location: Kanpur, Uttar Pradesh

Notable Departments:

1. Computer Science and Engineering

2. Aerospace Engineering

3. Electrical Engineering

4. Chemical Engineering

5. IIT Kharagpur

Year Established: 1951

NIRF Ranking (2024): 5

Location: Kharagpur, West Bengal

Notable Departments:

1. Civil Engineering

2. Electrical Engineering

3. Mechanical Engineering

4. Architecture and Regional Planning

6. IIT Roorkee

Year Established: 1847 (as Thomason College of Civil Engineering), became IIT in 2001

NIRF Ranking (2024): 6

Location: Roorkee, Uttarakhand

Notable Departments:

1. Civil Engineering

2. Electrical Engineering

3. Mechanical and Industrial Engineering

4. Earthquake Engineering

7. IIT Guwahati

Year Established: 1994

NIRF Ranking (2024): 7

Location: Guwahati, Assam

Notable Departments:

1. Electronics and Communication Engineering

2. Chemical Engineering

3. Computer Science and Engineering

4. Biotechnology

8. IIT Hyderabad

Year Established: 2008

NIRF Ranking (2024): 8

Location: Hyderabad, Telangana

Notable Departments:

1. Artificial Intelligence

2. Computer Science and Engineering

3. Electrical Engineering

4. Materials Science and Metallurgical Engineering

9. IIT Indore

Year Established: 2009

NIRF Ranking (2024): 9

Location: Indore, Madhya Pradesh

Notable Departments:

1. Computer Science and Engineering

2. Electrical Engineering

3. Mechanical Engineering

4. Civil Engineering

10. IIT (BHU) Varanasi

Year Established: 1919 (as BENCO), became IIT in 2012

NIRF Ranking (2024): 10

Location: Varanasi, Uttar Pradesh

Notable Departments:

1. Metallurgical Engineering

2. Electrical Engineering

3. Mechanical Engineering

4. Computer Science and Engineering

11. IIT Ropar

Year Established: 2008

NIRF Ranking (2024): 11

Notable Departments:

1. Computer Science and Engineering

2. Electrical Engineering

3. Mechanical Engineering

4. Civil Engineering

12. IIT Dhanbad (ISM)

Year Established: 1926 (as Indian School of Mines), became IIT in 2016

NIRF Ranking (2024): 12

Location: Dhanbad, Jharkhand

Notable Departments:

1. Mining Engineering

2. Petroleum Engineering

3. Computer Science and Engineering

4. Electrical Engineering

13. IIT Gandhinagar

Year Established: 2008

NIRF Ranking (2024): 13

Location: Gandhinagar, Gujarat

Notable Departments:

1. Computer Science and Engineering

2. Electrical Engineering

3. Mechanical Engineering

4. Civil Engineering

14. IIT Bhubaneswar

Year Established: 2008

NIRF Ranking (2024): 14

Location: Bhubaneswar, Odisha

Notable Departments:

1. Computer Science and Engineering

2. Electrical Engineering

3. Mechanical Engineering

4. Civil Engineering

15. IIT Mandi

Year Established: 2009

NIRF Ranking (2024): 15

Notable Departments:

1. Computer Science and Engineering

2. Electrical Engineering

3. Mechanical Engineering

4. Civil Engineering

16. IIT Jodhpur

Year Established: 2008

NIRF Ranking (2024): 16

Location: Jodhpur, Rajasthan

Notable Departments:

1. Computer Science and Engineering

2. Electrical Engineering

3. Mechanical Engineering

4. Civil Engineering

17. IIT Patna

Year Established: 2008

NIRF Ranking (2024): 17

Location: Patna, Bihar

Notable Departments:

1. Computer Science and Engineering

2. Electrical Engineering

3. Mechanical Engineering

4. Civil Engineering

18. IIT Palakkad

Year Established: 2015

NIRF Ranking (2024): 18

Location: Palakkad, Kerala

Notable Departments:

Electrical Engineering

Mechanical Engineering

Computer Science and Engineering

Civil Engineering

19. IIT Tirupati

Year Established: 2015

NIRF Ranking (2024): 19

Location: Tirupati, Andhra Pradesh

Notable Departments:

1. Civil Engineering

2. Electrical Engineering

3. Mechanical Engineering

4. Computer Science and Engineering

20. IIT Bhilai

Year Established: 2016

NIRF Ranking (2024): 20

Location: Bhilai, Chhattisgarh

Notable Departments:

1. Computer Science and Engineering

2. Electrical Engineering

3. Mechanical Engineering

4. Civil Engineering

21. IIT Goa

Year Established: 2016

NIRF Ranking (2024): 21

Location: Goa

Notable Departments:

1. Computer Science and Engineering

2. Electrical Engineering

3. Mechanical Engineering

4. Civil Engineering

22. IIT Jammu

Year Established: 2016

NIRF Ranking (2024): 22

Location: Jammu, Jammu & Kashmir

Notable Departments:

1. Computer Science and Engineering

2. Electrical Engineering

3. Mechanical Engineering

4. Civil Engineering

23. IIT Dharwad

Year Established: 2016

NIRF Ranking (2024): 23

Location: Dharwad, Karnataka

Notable Departments:

1. Computer Science and Engineering

2. Electrical Engineering

3. Mechanical Engineering

4. Civil Engineering

Conclusion:

The Indian Institutes of Technology (IITs) represent the highest level of engineering education in India. With each IIT having its unique strengths, they collectively contribute to the advancement of technology and innovation in the country. While older IITs like IIT Madras, IIT Delhi, and IIT Bombay continue to dominate the rankings, newer IITs are rapidly gaining recognition for their research and academic excellence. As these institutes evolve, they will undoubtedly continue to shape the future of technology and innovation in India and beyond.

IITs are not the only institutions that accept this exam's scores. Several other reputed institutions focused on science and technology use this examination to admit students to undergraduate and dual degree courses. 

IISc

Indian Institute of Science (IISc) Bangalore, which ranks first for the University and Research categories in the National Institutional Ranking Framework (NIRF) admits students to its Bachelor of Science (IISc BS) programme through JEE Advanced.

IIST

Indian Institute of Space Science and Technology (IIST) Thiruvananthapuram uses JEE Advanced scores. Students can apply for the 4-year BTech ( Aerospace Engineering ), 4-Year B.Tech. (Electronics and Communication Engineering (Avionics)) and 5-Year Dual Degree (B.Tech. + Master of Science/Master of Technology) courses on the basis of JEE Advanced result.

IIPE

Indian Institute of Petroleum accepts JEE Advanced as the eligibility test for UG admissions. The institute offers BTech in Petroleum Engineering (number of seats: 62), Chemical Engineering (number of seats: 63) and Mechanical Engineering (number of seats: 40)

RGIPT

Rajiv Gandhi Institute of Petroleum Technology (RGIPT) is yet another institute that accepts JEE Advanced scores for admission to BTech.

The institute offers the following courses: Chemical Engineering, Chemical Engineering (major: Renewable Energy Engineering), Chemical Engineering (major: Petrochemicals and Polymers Engineering), Computer Science and Design Engineering, Computer Science and Engineering, Electrical Engineering (major: E Vehicle Technology), Electronics Engineering, Mechanical Engineering, Information Technology, Mathematics and Computing, Petroleum Engineering and Petroleum Engineering (major: Applied Petroleum Geoscience).

Before JEE Advanced, candidates need to take the Joint Entrance Examination (JEE) Main and be among the top 2.5 lakh candidates who clear the exam. 

Jamia Hamdard | New Delhi 

NIRF Ranking: 1

National Institute of Pharmaceutical Education and Research| NIPR Hyderabad

NIRF Ranking: 2

Birla Institute of Technology and Science | Pilani

NIRF Ranking: 3

JSS College of Pharmacy | Ooty

NIRF Ranking: 4

Institute of Chemical Technology | Mumbai

NIRF Ranking: 5

JSS College of Pharmacy | Mysore

NIRF Ranking: 6

Panjab University | Chandigarh

NIRF Ranking: 7

Manipal College of Pharmaceutical Sciences | Manipal

NIRF Ranking: 8

National Institute of Pharmaceutical Education and Research | Mohali

NIRF Ranking: 9

SVKM`s Narsee Monjee Institute of Management Studies | Mumbai

NIRF Ranking: 10

1. Unit 1 - Physics and Measurements:  Technology, society, accuracy and precision of measuring instruments 

2. Unit 6 - Gravitation: Geostationary satellites 

3. Unit 7 - Properties of Solids and Liquids: Reynolds number, Newton's law of cooling 

4. Unit 8 - Thermodynamics: Carnot engine and its efficiency 

5. Unit 10 - Oscillations and Waves: Free, forced and damped oscillations, resonance, Beats. Doppler Effect in sound.

6. Unit 12 - Current Electricity: Resistances of different materials, Colour code for resistors, Potentiometer - principle and its applications 

7. Unit 13 - Magnetic Effects of Current and Magnetism: Cyclotron.Magnetic susceptibility and permeability. Hysteresis. Electromagnets and permanent magnets 

8. Unit 14 - Electromagnetic Induction and Alternating Currents: Quality factor

9. Unit 16 - Optics: Lens Formula. Resolving power of microscopes and astronomical telescopes 

10. Unit 17 - Dual Nature of Matter and Radiation: Davisson-Germer experiment.

11. Unit 18 - Atoms and Nuclei: Isotopes, isobars: isotones. Radioactivity- alpha. beta and gamma particles/rays and their properties; radioactive decay law 

12. Unit 19 - Electronic Devices: Junction transistor, transistor action, characteristics of a transistor: transistor as an amplifier (common emitter configuration) and oscillator. Transistor as a switch.

13. Unit 20: Communication Systems: - Propagation of electromagnetic waves in the atmosphere; Sky and space wave propagation. Need for modulation. Amplitude and Frequency Modulation, Bandwidth of signals. the bandwidth of the Transmission medium, Basic Elements of a Communication System (Block Diagram only).

14. Unit 21: Experimental Skills: Plotting a cooling curve for the relationship between the temperature of a hot body and time, Characteristic curves of a transistor or finding current gain and voltage gain, Using a Multimeter to (i) Identify the base of a transistor (ii) Distinguish between NPN and PNP type transistor (iii) See the unidirectional current in case of a diode and an LED. (iv) Check the correctness or otherwise of a given electronic component (diode, transistor, or IC) 

The information provided here is from a third-party source. Aspirants are advised to check the official syllabus available on jeemain.nta.ac.in as well