GATE Paper 2026 Difficulty Level Prediction + Trend Analysis

This article will focus on the GATE Paper 2026 Difficulty Level Prediction + Trend Analysis. For GATE 2026 candidates, understanding the degree of complexity of the questions – whether they are simple, moderate, or challenging – is crucial and thus very important. This can assist applicants in organising their study, controlling their time during the actual exam, and concentrating on important subjects. The projected difficulty level, the exam schedule, the subject-wise difficulty trend over the previous five years, and the chapter-wise weighting of key subjects like CSE, EE, Civil, DA, and Electrical from the previous year are all included in this article on the GATE 2026 exam. To find out more, scroll down.

GATE Paper 2026 Difficulty Level Prediction

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GATE Paper 2026 Difficulty Level Prediction + Trend Analysis

Are you considering how challenging GATE 2026 will be? We are giving you the predicted and estimated level of difficulty for GATE 2026 based on our examination of the last several years’ GATE exam questions. Factors influencing the prediction are also included in this table. The estimated level of difficulty for GATE 2026 questions is listed below:

GATE Paper 2026 Difficulty Level Prediction

Branch Predicted Difficulty Level Key Factors Driving Prediction
CSE (Computer Science & Engg.) Moderate-to-Tough More MSQs/NATs on OS, DBMS, and algorithms; competition from graduates in the IT industry.
EE (Electrical Engineering) Tough Numerical issues predominate; long signals, machinery, and power systems are anticipated.
EC (Electronics & Communication) Moderate-to-Tough VLSI weight may increase with increased attention to digital circuits, signals, and communication.
ME (Mechanical Engineering) Moderate Design and thermodynamics will continue to be scored using the standard combination of theory and numbers.
CE (Civil Engineering) Moderate Numerical data in geotechnology and transportation are anticipated to be dominated by structural and environmental factors.
DS (Data Science & AI) Moderate-to-Tough ML, probability, statistics, data interpretation, and coding logic are the main topics of this still-evolving paper.

Last 5 years GATE Difficulty Level: Subject Wise

It is always advised to be aware of the level of difficulty of the questions from the previous few years. It will provide an indication of the type of questions that will be asked this time. You may check it out here:

Year CSE Electrical (EE) Electronics & Comm (EC) Mechanical (ME) Civil (CE) Data Science & AI (DA)
2025 Moderate Moderate Moderate Moderate Easy to Moderate Moderate to Hard
2024 Moderate to Tough Hard Moderate to Tough Moderate Moderate Moderate to Hard
2023 Moderate to Tough Moderate Moderate Moderate to Tough Moderate to Tough Moderate
2022 Easy to Moderate Moderate Moderate to Tough Moderate Moderate Easy to Moderate
2021 Easy to Moderate Moderate Moderate to Hard Moderate Easy to Moderate  

GATE 2026 Expected Cut Off

An estimate or the idea of the minimum scores needed to be eligible for different branches and institutions is provided by the GATE 2026 predicted cutoff. Examine the anticipated cutoff patterns using data from prior years.

Paper / Branch General OBC-NCL / EWS SC / ST / PwD
CSE (CS) 27 – 30 24 – 26 18 – 20
Electrical (EE) 25 – 28 22 – 25 16 – 18
Electronics & Comm (EC) 26 – 29 23 – 26 17 – 19
Mechanical (ME) 28 – 32 25 – 29 18 – 21
Civil (CE) 25 – 30 22 – 26 16 – 20
Data Science & AI (DA) 30 – 35 27 – 31 20 – 23

GATE Past-Year Trend Analysis by Subject (2020–2024)

Branch / Year 2020 (Top 3) 2021 (Top 3) 2022 (Top 3) 2023 (Top 3) 2024 (Top 3)
CSE (percent)
  • Data Structures — 25%
  • Algorithms — 18%
  • DBMS / TOC — 10%
  • Data Structures — 26%
  • Algorithms — 17%
  • DBMS / OS — 10% / 9%
  • Data Structures — 27%
  • Algorithms — 18%
  • DBMS / TOC — ~9%
  • Data Structures — 28%
  • Algorithms — 17%
  • OS / DBMS — 10% / 9%
  • Data Structures — 28%
  • Algorithms — 16%
  • TOC / DBMS — 11% / 10%
  • General Aptitude steady at 15% each year
CE (marks / qns)
  • Structural — 12 q / 15–17 marks
  • Geotech — 11 q / 14–16 marks
  • Engg Math / Env — 10 q / 12–15 marks
  • Structural — 13 q / 16–18 marks
  • Geotech — 12 q / 12–14 marks
  • Engg Math / Env — ~10 q / 12–15 marks
  • Structural — 14 q / 16–18 marks
  • Geotech — 12 q / 14–16 marks
  • Engg Math — 11 q / 15–18 marks
  • Structural — 13 q / 15–17 marks
  • Geotech — 13 q / 14–16 marks
  • Engg Math / Fluid — 12 q / 15–18 marks / 10–12 marks
  • Structural — 15 q / 16–18 marks
  • Geotech — 14 q / 14–16 marks
  • Environmental / Engg Math — ~10 q / 12–15 marks
  • GA ~15 marks each year
ME (marks / topics)
  • Manufacturing, Heat Transfer, Engg Maths, IC Engines notable
  • Weights vary by slot/year (often Manufacturing ~15 marks)
  • Engineering Math, Heat Transfer, Manufacturing, Thermodynamics
  • Paper difficulty: easy → moderate in some years
  • Manufacturing & Heat Transfer flagged as highest-weightage
  • Engg Math + Manufacturing prominent
  • Heat Transfer (large share in some slots), IC Engine, Manufacturing
  • Thermodynamics & Machine Design also heavy
  • Thermodynamics, Machine Design, Heat Transfer, Manufacturing
  • Distribution varies across slots — check per-year breakdown for exact marks
EE (qns / marks)
  • Engineering Math, Signals & Systems, EMFT, Control, Power topics recurring
  • Engineering Math + Signals & Systems + EMFT / Control / Power appear regularly
  • Same recurring pattern: Engg Math, Signal & Systems, EMFT / Control
  • Engg Math & Signal & Systems remain prominent; paper moderate difficulty
  • 2024 counts (example): Engg Math — 8, Signal & Systems — 7, EMFT — 6, Control — 6
  • Other: Power Electronics / Power Systems / Machines usual contributors
ECE / EC (qns / marks)
  • Communication, Analog, Signals & Systems and Engg Math are top areas
  • Communication Systems, Analog Electronics, Signals & Systems prominent
  • Communication, Analog, Signal & System, EMFT repeatedly high in question counts
  • 2023: Engg Math surged in one slot (~15 marks); Communication & Analog present
  • 2024 counts (example): Communication — 8, Analog — 7, Signals — 7, EMFT — 7, EDC — 6
  • Control & Engg Math also contribute (~5 each in some slots)

GATE 2026 Exam Pattern

All the Engineering branches exam will follow the same pattern that is given here. The exam pattern gives student the idea on total number of questions, types of questions, duration of the exam and many more. Students can check the below listed table.

Particulars Details
Exam Mode Computer-Based Test (CBT)
Duration 3 hours (180 minutes)
Total Marks 100 marks
Total Questions 65 questions (MCQ, MSQ, NAT)
Sections General Aptitude (15%), Engineering/Subject (85%)

GATE 2026: Chapter wise weightage

Branch Chapter / Topic Weightage (%)
CSE
CSE Engineering Mathematics 5.00
CSE Discrete Mathematics & Graph Theory 10.00
CSE Programming & Data Structures 12.00
CSE Digital Logic 4.00
CSE Computer Organization & Architecture 11.00
CSE Theory of Computation 9.00
CSE Compiler Design 4.00
CSE Operating System 10.00
CSE DBMS 8.00
CSE Computer Networks 6.00
EE
EE Engineering Mathematics 11.00
EE Network Theory 8.00
EE Electromagnetic Theory 5.00
EE Digital Circuits 4.00
EE Analog Circuits 6.00
EE Control Systems 9.00
EE Signals & Systems 12.00
EE Electrical Machines 11.00
EE Power Systems 11.00
EE Power Electronics 6.00
ME
ME Engineering Mathematics 15.00
ME Engineering Mechanics 8.00
ME Mechanics of Materials 6.00
ME Machine Design 3.00
ME Theory of Machines and Vibrations 7.00
ME Fluid Mechanics 4.00
ME Thermal Engineering 4.00
ME Heat Transfer 10.00
ME Manufacturing / Industrial Engg 15.00
CE
CE Engineering Mathematics 11.00
CE Geotechnical Engineering 15.00
CE Environmental Engineering 11.00
CE Structural Engineering 16.51
CE Transportation Engineering 10.79
CE Water Resources Engineering 12.38
CE Geomatics Engineering 6.35

FAQs on the GATE Paper 2026 Difficulty Level

Does the degree of difficulty stay the same each year?

Not at all. The difficulty varies every year; it might be lengthy but mild at times or cognitively challenging at others. Because of this, cutoffs also change every year.

Is GATE more difficult than JEE Advanced?

They’re both challenging. While GATE evaluates advanced UG-level engineering knowledge, JEE Advanced assesses deeper problem-solving skills for undergrad entrance.

Will GATE 2026 be more difficult than prior years?

The GATE exam will be average overall, although some of the papers are thought to be challenging. The names of the subjects and their estimated degree of difficulty are listed in the table above.

Which session, January or April, is often more difficult?

There isn’t a set rule. January articles are regarded more rigorous in certain years, while April papers appear more analytical in others. Because of this, it’s advisable to try both sessions; the higher the score, the better.

Which GATE branch is typically regarded as the hardest?

Due to their complex numerical and conceptual combination, Electrical (EE) and Electronics (EC) are generally regarded as more difficult.