Hey!

The cutoff for IIT Kanpur has not been released yet. It will be released in online mode only.

The details of the previous year cutoff can be found on the link mentioned below:

https://engineering.careers360.com/articles/gate-cutoff-for-iit-kanpur

Hope this answer helps!

Hi dear,

You have got 95.49 percentile in JEE main that means your rank should be around 39192. According to last year trend your category rank should be around 9k-10k. With this rank you have low chances to get cse in good or moderate NITs. You can provide you home

hi,

see at this score you have less chances in any bits campus, there is 3 bits campus in india and one is in dubai. however I would suggest you to apply for bits hd, exam which is the separate entrance test for admission in m.tech courses in bits.

however

Hello,

Eligible candidates who are qualified in NEET PG are given admission in 50% AIQ seats in Government  medical and Dental colleges, ESIC, AFMC, central and deemed universities.

The online registration for 50% AIQ will start from March 12, 2020.

Rest of 50% seats in Goverment medical/dental colleges and Private

Dear Aspirant,

Candidates are now looking for the best preparation methods for the GATE exam. One of the best ways to boost preparation for any entrance test is to scan and research the best available books which can cater to your needs correctly. Here are some of the important aspects

Hi Rahul.

Sorry, but unfortunately 40 marks in GATE are not enough to get into top NITs, if you are of General or OBC category. But, you have chances of getting into lower to middle tier NITs. Now it also depends on the branch you gave GATE in. The cutoff

Hello,

GATE Syllabus for Mechanical Engineering consists of Engineering Mathematics,Applied Mechanics and Design,Fluid Mechanics and Thermal Sciences,Materials, Manufacturing and Industrial Engineering.

Consider going through the following link to know more details regarding this-

https://static.careers360.mobi/media/uploads/froala_editor/files/GATE-2020-Syllabus-Mechanical-Engg.pdf