Gate Rank Predictor

GATE 2023 Rank Estimator - Cut offs for IITs/NITs

The GATE 2023 exam has been completed and students await the results. It will take 20-25 days for the results to be released. During this time, students may use GATE rank predictors but may feel overwhelmed by the process of researching courses and institutions. Our ACE experts are here to offer support and guidance to relieve stress and assist with a strategic approach.

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How GATE Exam Marks are Calculated

The GATE Exam Marks are calculated based on the actual number of marks secured by a candidate in the exam out of 100, it depends on the 65 number of questions and the marks obtained. Usually the GATE Exam consists of 65 questions and these questions hold 100 marks including the negative marking ⅓. So, marks are something that a candidate will achieve out of 100, depending on performance decides their Score.

GATE Exam Normalization of Marks

GATE 2023 exam is conducted in several sessions. In order to account for any differences in the difficulty levels of the question papers across different sessions, a suitable normalization is applied to these papers. The fundamental idea behind normalization is that "the distribution of candidate abilities in all multi-session GATE papers is the same across all the sessions." The Normalization of GATE Marks will be calculated based on the given formula.

where,
𝑴𝒊𝒋: Jth candidate actual marks in i^th Session
𝑴̅𝒕𝒈: Average marks of the top 0.1% of the candidates considering all sessions
𝑴𝒒𝒈: Sum of mean and standard deviation marks of the candidates in the paper considering all sessions
𝑴̅𝒕𝒊: Average marks of the top 0.1% of the candidates in the 𝒊𝒕𝒉 session
𝑴𝒊𝒒: Sum of the mean marks and standard deviation marks of the 𝒊𝒕𝒉 session

How GATE Score is calculated from Marks Normalization ?

GATE Score is calculated using the actual marks obtained by the candidate for one session paper. The Normalized marks will be calculated according to the candidate’s raw marks. Here’s the formula to calculate the score from Rank

𝑴: Candidate obtained Marks for a single session and normalized marks for multi-session papers
𝑴𝒒: General category qualifying marks
𝑴̅𝒕: Average marks of top 0.1% Students in Single & Multiple Sessions Papers
𝑺𝒒: Score assigned to 𝑴𝒒
𝑺𝒕: Score assigned to 𝑴̅𝒕

How GATE Rank is Calculated based on Score?

One of the notable aspects of the GATE results is the calculation of the GATE Rank, which is based on the candidate's score obtained in the examination. The All India Rank, thus obtained, serves as a determining factor for the candidate's admission into postgraduate programs at IITs, NITs, colleges, and institutes.

GATE 2023 Expected Cutoff

GATE cutoff marks are subject to change each year depending upon the difficulty level of the questions, the total number of seats available, and the previous year's cutoff trends. Check out the GATE 2023 cut-off calculated by ACE Subject Matter Experts.

Stream	General	OBC	SC/ST/PwD
Computer Science Engineering	25-30	22-25	17-20
Mechanical Engineering	27-32	25-31	17-21
Electronics and Communication Engineering	25-30	22-25	17-20
Electrical Engineering	27-31	23-27	17-21
Civil Engineering	27-31	22-27	17-20

GATE 2023 Cut-off Score for IITs (Expected)

GATE 2023 Results for various IITs based on previous year cutoffs. Have a look at the ACE Subject Matter Expert's computed Cut-off Scores.

Stream wise expected cutoff to qualify in GATE 2023

Select College

M. Tech. Programme	GEN	EWS	OBC	SC	ST	PH
Engineering Analysis and Design	680-720	680-720	630-680	430-470	430-470	430-470
Biomedical Engineering	630-670	630-670	580-630	560-620	560-620	560-620
Radio Frequency Design & Technology	710-760	710-760	630-680	430-470	270-320	270-320
Atmospheric - Oceanic Science Technology	710-760	710-760	630-680	430-470	270-320	270-320
	330-370	310-340	310-340	260-300	260-300	260-300
	680-720	650-690	650-690	430-470	430-470	430-470
	380-420	330-370	330-370	260-300	260-300	260-300
Molecular Engg: Chemical Synthesis and Analysis	410-440	410-440	370-400	340-360	340-360	340-360
Chemical Engineering	580-620	580-620	530-570	430-470	360-400	360-400
Construction Engg. & Mgmt.	580-620	580-620	580-620	330-370	330-370	330-370
Environmental Engg. & Mgmt.	580-620	580-620	580-620	330-370	330-370	330-370
Rock Engg. & Underground Structure	580-620	580-620	580-620	330-370	330-370	330-370
Geotechnical and Geo-environmental Engg.	580-620	580-620	580-620	330-370	330-370	330-370
Structural Engineering	580-620	580-620	580-620	330-370	330-370	330-370
Water Resources Engg.	580-620	580-620	580-620	330-370	330-370	330-370
Transportation Engg.	580-620	580-620	580-620	330-370	330-370	330-370
Computer Sc. & Engg.	780-820	780-820	700-760	530-570	530-570	530-570
Communications Engg.	710-750	710-750	630-670	470-520	420-480	480-520
Communications Engg.	800-840	800-840	780-820	750-790	700-760	580-620
Computer Technology	720-760	725-765	650-680	470-490	370-390	320-350
Control & Automation	780-820	780-820	760-800	620-650	540-580	540-580
Integrated Electronics & Circuits	880-940	840-880	840-890	620-660	580-620	480-520
	800-940	850-890	850-890	620-660	580-620	480-520
	840-880	810-840	810-840	480-520	480-520	480-520
	430-470	420-440	420-440	360-400	330-370	330-370
Power Electronics, Electrical Machines & Drives	740-780	740-770	730-770	620-660	570-600	330-370
Power Electronics, Electrical Machines & Drives	880-940	880	840-890	680-720	640-670	330-370
Power Systems	730-770	700-740	660-700	580-620	580-620	580-620
Power Systems	930-970	930-970	930-970	800-940	800-940	780-820
Mechanical Design	710-740	710-740	650-690	510-540	360-390	360-390
Industrial Engineering	710-740	710-740	650-690	510-540	360-390	360-390
Production Engineering	710-740	710-740	650-690	510-540	360-390	360-390
Thermal Engineering	710-740	710-740	650-690	510-540	360-390	360-390
Material Sci.& Engg.	410-440	410-440	410-440	330-370	330-370	330-370
Material Sci.& Engg.	650-690	650-690	650-690	580-620	580-620	580-620
Applied Optics	380-420	380-420	340-380	250-280	250-280	250-280
Applied Optics	680-720	680-720	620-640	440-460	440-460	440-460
Solid State Materials	380-420	380-420	340-380	260-290	260-290	260-290
Solid State Materials	680-720	680-720	620-650	440-470	440-470	440-470
Textile Engineering	670-710	670-710	621	440-480	440-480	440-480
Fibre Science & Tech.	630-670	630-670	570-590	420-440	420-440	420-440
Textile Chemical Processing	630-670	630-670	570-590	420-440	420-440	420-440
Energy Studies	580-620	580-620	580-620	480-320	480-320	480-320
Energy & Environment Technologies and Mngt	580-620	580-620	580-620	480-320	480-320	480-320
Instrument Technology	650-690	600-640	600-640	430-470	430-470	430-470
	600-640	560-590	550-590	410-440	410-440	410-440
	430-470	420-440	410-440	380-420	380-420	380-420
Optoelectronics & Optical Communication	690-730	680-720	650-630	470-500	470-500	420-440
Optoelectronics & Optical Communication	380-420	380-420	340-380	250-290	250-290	250-290
Polymer Science & Tech.	330-370	330-370	330-370	260-300	260-300	260-300
	580-620	580-620	580-620	460-500	460-500	460-500
	410-440	410-440	410-440	320-360	320-360	320-360
	530-570	530-570	530-570	420-440	420-440	420-440
	650-690	650-690	650-690	520-560	520-560	520-560
Telecom. Tech & Mgmt.	650-690	650-690	600-650	470-510	300-340	290-330
Cyber Security	680-720	680-720	650	530-570	480-520	480-520
VLSI Tool Design & Technology	810-840	810-840	810-840	710-740	710-740	710-740
	810-840	810-840	810-840	710-740	710-740	710-740
	680-720	680-720	680-720	580-620	580-620	580-620
	910-940	910-940	910-940	780-820	810-840	810-840
	910-940	910-940	910-940	780-820	780-820	780-820
Electric Mobility	710-740	710-740	650-690	510-540	510-540	510-540
Electric Mobility	680-720	680-720	650	510-540	510-540	510-540
Industrial Design (M.Des.)	35-60	20-40	30-50	30-50	20-50	15-30

GATE Expected Cut-Offs 2023 for Top 5 NITs

GATE 2023 Results for various NITs based on previous year cutoffs. Have a look at the ACE Subject Matter Expert's computed Cut-off Scores.

Stream wise expected cutoff to qualify in GATE 2023

Select College

Stream	General	EWS	OBC-NC	SC	ST/PwD
EE	570-650	580-620	580-620	370-480	330-370
EC	680-720	460-520	420-530	330-370	200-260
CS	520-670	570-620	620-660	370-430	320-340

GATE 2022 Cutoff

IIT Kharagpur released GATE Cutoff 2022 Scores in the form of minimum qualifying marks to be eligible for GATE 2022 Counselling.

Code	General	OBC	SC/ST/PwD
Civil Engineering	30.4	27.3	20.2
Electronics and Communication Engineering	25	22.5	16.6
Electrical Engineering	30.7	27.6	20.4
Computer Science Engineering	25	22.5	16.6
Environmental Science and Engineering	25.9	23.3	17.5
Industrial Engineering	42.4	38.1	28.2
Mechanical Engineering	28.1	25.2	18.7
Production and Industrial Engineering	43.7	39.3	29.1
Engineering Science	40.3	36.2	26.8

GATE 2022 Exam Analysis

GATE 2022 Exam conducting body is IIT Kanpur which is known for moderate to difficult levels of the exam when compared to other IITs. As we know every year’s question paper depends upon the organizing institutes, paper pattern, and subject-wise weightage will change. In 2015 IIT Kanpur conducted the GATE Exam last time in 22 streams of papers. Here’s a complete analysis of the previous year's question papers of IIT Kanpur. Want to know Complete IIT Kanpur GATE Exam Analysis?- Click Here

Here are some FAQs!

What is the GATE cutoff for IITs and NITs 2023?

GATE 2023 Cut-off for IITs and NITs is determined depending on the number of students who appeared for the exam in that particular year.

When will the GATE 2023 cutoff be released?

GATE 2023 Cut-Off Scores are expected to be released between March 16 - March 30.

How are the GATE 2023 Cutoff Marks Decided?

GATE 2023 cutoff marks are determined by considering various factors like the difficulty level of the exam, number of applicants, Performance of candidates, and availability of seats. After the results come out the GATE Rank is calculated and from the Rank, GATE 2023 Score is figured out.

How is the GATE 2023 Rank decided?

GATE 2023 Rank is calculated by using the formula

where
𝑴𝒊𝒋: J^th candidate actual marks in i^th Session
𝑴̅𝒕𝒈: Average marks of the top 0.1% of the candidates considering all sessions
𝑴𝒒𝒈: Sum of mean and standard deviation marks of the candidates in the paper considering all sessions
𝑴̅𝒕𝒊: Average marks of the top 0.1% of the candidates in the 𝒊 𝒕𝒉 session
𝑴𝒊𝒒: Sum of the mean marks and standard deviation marks of the 𝒊 𝒕𝒉 session