06 Feb, 2026: GATE 2026 begins on February 7, 2026. Download Question Papers Here

GATE 2027 has 30 test papers, each with a common 15-mark General Aptitude section. The remaining syllabus depends on your paper. IIT Madras has added Robotics and Automation (RA), while Textile Engineering and Fibre Science moves from the standalone TF paper to XE9.
Start with your paper code, not a generic engineering syllabus. CS uses C programming and includes systems subjects; DA uses Python and includes machine learning and artificial intelligence. XE, XH and XL require compulsory sections as well as selected options.
| Change | What to prepare |
|---|---|
| New RA paper | Common Mathematics, mechatronics and robotics/automation, plus Electrical or Mechanical option |
| TF becomes XE9 | XE0 Mathematics, Textile Engineering and one more XE optional section |
| Revised optional-section codes | XE0-XE9, XH0-XH6 and XL0-XL5 |
An old TF paper remains useful for textile topics, but it is not a full-length 2027 XE mock. You also need the compulsory Mathematics section and a second XE option. RA has no previous-year paper under its own code because 2027 is its first examination.
On the IIT Madras GATE 2027 website, open Exam Papers and Syllabus, select your paper code and download its syllabus. The GATE 2027 Information Brochure also contains the paper-wise syllabi. Check that the file itself says 2027; a current webpage heading does not change the year inside a downloaded PDF.
For XE, XH and XL, save both the compulsory and selected optional sections. Keep General Aptitude with the subject syllabus rather than treating it as an optional extra. The GATE 2027 exam guide covers the associated paper choices and examination schedule.
| Area | Topics |
|---|---|
| Verbal | Grammar, vocabulary in context, reading comprehension and narrative sequencing |
| Quantitative | Data interpretation, ratios, percentages, logarithms, counting, geometry, elementary statistics and probability |
| Analytical | Deduction, induction, analogies and numerical reasoning |
| Spatial | Rotation, translation, scaling, mirroring, folding, cutting and 2D/3D patterns |
General Aptitude is common to every paper and carries 15 marks. Spatial aptitude includes transformations and paper-folding patterns, so preparation limited to English grammar and arithmetic leaves part of the syllabus uncovered.
| Paper group | Marks out of 100 |
|---|---|
| AE, AG, BM, BT, CE, CH, CS, EC, EE, ES, IN, ME, MN, MT, NM, PE, PI | GA 15 + Engineering Mathematics 13 + subject 72 |
| CY, DA, EY, MA, PH, ST | GA 15 + subject 85 |
| AR | GA 15 + common part 60 + Architecture or Planning 25 |
| GE | GA 15 + common part 55 + Surveying/Mapping or Image Processing/Analysis 30 |
| GG | GA 15 + common part 25 + Geology or Geophysics 60 |
| RA | GA 15 + common part 60 + Electrical or Mechanical 25 |
| XE | GA 15 + XE0 Mathematics 15 + two optional sections of 35 each |
| XH | GA 15 + XH0 Reasoning and Comprehension 25 + one optional section 60 |
| XL | GA 15 + XL0 Chemistry 25 + two optional sections of 30 each |
The 13-mark Engineering Mathematics allocation applies to the listed engineering-paper group, not every GATE paper. CS includes discrete mathematics; CE and ME use their own Mathematics topic lists. DA covers probability, linear algebra and calculus within its subject syllabus rather than adding a separate universal 13-mark Mathematics section.
IIT Madras specifies section marks, not guaranteed chapter-wise marks. A table claiming a fixed number of 2027 questions from thermodynamics, operating systems or networks would go beyond the announced pattern.
| CS unit | Topic coverage |
|---|---|
| Engineering Mathematics | Discrete mathematics, linear algebra, calculus, probability and statistics |
| Digital Logic | Boolean minimisation, combinational/sequential circuits and number representation |
| Computer Organisation | Instruction/addressing, ALU/control unit, memory/cache, I/O and pipelining |
| Programming and Data Structures | C, recursion, arrays, lists, stacks, queues, trees, heaps and graphs |
| Algorithms | Searching, sorting, hashing, complexity, greedy methods, dynamic programming and graph algorithms |
| Theory of Computation | Automata, regular/context-free languages, grammars, Turing machines and undecidability |
| Compiler Design | Lexical analysis, parsing, translation, runtime, optimisation and data-flow analysis |
| Operating Systems | Processes, threads, synchronisation, deadlocks, scheduling, memory and file systems |
| Databases | Relational models, SQL, normal forms, indexing, transactions and concurrency |
| Networks | Layering, switching, Ethernet, routing, IPv4, TCP, socket API, DNS and HTTP |
Data structures and algorithms share trees and graphs but test different tasks. A data-structure question may ask about representation or an operation; an algorithm question may ask about correctness, complexity or an optimisation method. Computer Organisation and Operating Systems likewise overlap in memory but cover different mechanisms.
For practice, match a question to its unit and then check its format: an MCQ, MSQ and numerical question on the same concept can require different answer checks. Use GATE previous-year papers after learning each unit and retain a few full papers for timed attempts.
| DA unit | Topic coverage |
|---|---|
| Probability and Statistics | Conditional probability, Bayes theorem, distributions, expectation, variance, confidence intervals and tests |
| Linear Algebra | Vector spaces, rank/nullity, projections, eigenvalues, LU and singular-value decomposition |
| Calculus and Optimisation | Single-variable limits, derivatives, Taylor series, extrema and optimisation |
| Programming and Algorithms | Python, basic data structures, searching, sorting and graph algorithms |
| Databases and Warehousing | Relational models, SQL, normalisation, indexing, transformations and multidimensional schemas |
| Machine Learning | Regression/classification, regularisation, classifiers, validation, neural networks, clustering and PCA |
| Artificial Intelligence | Search, logic, conditional independence, variable elimination and sampling-based inference |
CS and DA share some probability, algorithms and database concepts, but neither syllabus is a substitute for the other. CS includes operating systems, networks, compilers and theory of computation. DA explicitly includes statistical testing, machine learning and AI inference. The DA machine-learning list includes multilayer perceptrons and feed-forward networks; do not assume every modern AI topic is examinable merely because it appears in a course title.
| Paper | Core subject areas, in addition to its Mathematics syllabus |
|---|---|
| CE | Structures; geotechnical; water resources; environmental; transportation; geomatics; construction materials and management |
| ME | Applied mechanics/design; fluid mechanics and thermal sciences; materials, manufacturing and industrial engineering |
| EC | Networks/signals; devices; analog/digital circuits; control; communications; electromagnetics |
| EE | Circuits; fields; signals; machines; power systems; control; measurements; analog/digital electronics; power electronics |
CE includes construction materials and management as well as structures, geotechnical, water, transport and environmental engineering. In structures, distinguish analysis from design: a bending-moment calculation and a reinforced-concrete design check do not use the same workflow. ME groups applied mechanics/design separately from fluids/thermal sciences and manufacturing/industrial engineering; cover all three rather than treating thermodynamics as the whole paper.
EC includes semiconductor devices, communication systems and electromagnetics alongside circuits and signals. EE places substantial syllabus coverage in machines, power systems and power electronics. Circuit and control knowledge transfers between them, but the subject lists are not interchangeable.
| Paper code | Main areas |
|---|---|
| AE | Flight mechanics and space dynamics; aerodynamics; structures; propulsion |
| AG | Farm machinery/power; soil and water conservation; irrigation/drainage; agricultural processing; dairy/food engineering |
| AR | Common design, environment, urban design and planning; Architecture or Planning option |
| BM | Circuits, signals, electronics, measurements, sensors, physiology, imaging, biomechanics and biomaterials |
| BT | Biology; genetics/cell/molecular biology; biological engineering; plant/animal/microbial biotechnology; recombinant DNA |
| CH | Process calculations, thermodynamics, fluids, heat/mass transfer, reactions, control, plant economics and chemical technology |
| CY | Physical, inorganic and organic chemistry |
| ES | Mathematics foundation; chemistry/microbiology; water, air, noise, waste and environmental management |
| EY | Ecology, evolution, quantitative ecology, behaviour and applied ecology/evolution |
| GE | Common geomatics plus Surveying/Mapping or Image Processing/Analysis |
| GG | Common geoscience plus Geology or Geophysics |
| IN | Electricity, circuits, signals, control, electronics, measurements, sensors and communication/optical instrumentation |
| MA | Calculus, algebra, real/complex/functional analysis, differential equations, numerical analysis, topology and linear programming |
| MN | Mining geology/surveying; ground control; mining methods; environment/ventilation; mine planning and economics |
| MT | Thermodynamics, transport, extractive/physical metallurgy, mechanical behaviour, manufacturing and materials |
| NM | Mechanics/structures, marine hydrodynamics, naval architecture, ocean engineering and marine thermodynamics |
| PE | Exploration, drilling, reservoirs, production, offshore practices, formation evaluation, well testing, safety and recovery |
| PH | Measurements, mathematical/classical physics, thermodynamics, electromagnetism, optics, quantum, atomic/nuclear/solid-state physics and electronics |
| PI | General engineering, manufacturing, quality/reliability, industrial engineering, operations research and management |
| ST | Calculus/matrix theory, probability, distributions, stochastic processes, estimation, hypothesis tests, multivariate analysis and regression |
These are unit-level summaries, not replacements for each paper's detailed topic list. AR, GE and GG contain common and optional parts. In GG, the Geology or Geophysics choice is made in the application; AR and GE options are selected during the examination.
| RA part | Topics and marks |
|---|---|
| General Aptitude | 15 marks |
| Common part | 60 marks: Engineering Mathematics, basic mechatronics, principles of robotics and automation |
| Electrical option | 25 marks: analog circuits/embedded systems, signals/systems and control |
| Mechanical option | 25 marks: mechanics of materials, kinematics/dynamics, machine design and computer-integrated manufacturing |
The common section includes sensors, actuators, circuits, mechanics, Python, data structures, robot coordinate transformations and automation in manufacturing. Choose one 25-mark option during the test. The two options do not create separate RA ranks.
| Paper | Compulsory subject part | Options |
|---|---|---|
| XE | XE0 Mathematics, 15 marks | Two of XE1-XE9, 35 marks each |
| XH | XH0 Reasoning and Comprehension, 25 marks | One of XH1-XH6, 60 marks |
| XL | XL0 Chemistry, 25 marks | Two of XL1-XL5, 30 marks each |
| Codes | Subjects |
|---|---|
| XE1-XE3 | Fluid Mechanics; Materials Science; Solid Mechanics |
| XE4-XE6 | Thermodynamics; Polymer Science and Engineering; Food Technology |
| XE7-XE9 | Atmospheric and Oceanic Sciences; Energy Science; Textile Engineering and Fibre Science |
| XH1-XH3 | Economics; English; Linguistics |
| XH4-XH6 | Philosophy; Psychology; Sociology |
| XL1-XL5 | Biochemistry; Botany; Microbiology; Zoology; Food Technology |
All three also include General Aptitude for 15 marks. XH0 covers reading comprehension, expression, analytical reasoning and logical reasoning. XL0 includes atomic structure, bonding, equilibrium, electrochemistry, kinetics, thermodynamics, organic mechanisms and biomolecules. XE0 covers linear algebra, calculus, differential equations, probability/statistics and numerical methods.
XH subject selection is made in the application. XE and XL optional sections can be selected during the exam; changing a selected option clears the answers in the option being deselected. Preparing an extra optional section can be useful, but marks count only from the permitted number of selections.
Label each older question with its current unit before adding it to revision. If a topic is outside the current list, keep it separate from your 2027 coverage record. For a question spanning two units, such as probability applied to an algorithm, note both rather than counting its full marks twice.
A paper analysis can describe how marks were distributed in that specific year and session. It cannot promise the same distribution next February. The GATE 2026 paper-wise resources is a starting point for recent question formats, while the current syllabus determines what belongs in your preparation.
No. The pattern has different allocations by paper. Many engineering papers include 13 marks of Mathematics, XE has 15 marks of compulsory XE0, and other papers use different structures. DA includes mathematical subjects within its 85-mark subject portion; XH and XL instead have their own compulsory sections.
No fixed chapter-by-chapter 2027 marks allocation is announced. General Aptitude and the stated subject/optional parts have fixed marks. A previous-paper analysis can show historical chapter distribution, but it should identify the year, session and classification method.
Use the overlap for probability, linear algebra, basic algorithms and databases, but prepare the DA-specific units separately. DA includes statistical testing, machine learning and AI, while CS includes systems subjects such as operating systems, networks and compilers. Programming language coverage also differs: C in CS and Python in DA.
No. XH candidates take the common 15-mark GA section and a separate 25-mark XH0 Reasoning and Comprehension section, followed by their selected 60-mark XH subject. Preparing only GA leaves the compulsory XH0 component uncovered.
Not for a complete XE attempt. Textile Engineering is XE9, one optional section worth 35 marks. The XE paper also requires General Aptitude, XE0 Mathematics and a second 35-mark optional section. Choose that second subject before building a timetable; old TF-only mock scores do not represent your full 2027 paper.
The paper permits two optional XL sections alongside Chemistry and GA. It is not a best-two-of-three marks system. If you change a selected optional section during the test, responses in the section you deselect are cleared.
No. Robotics and Automation is new for GATE 2027. Older questions from overlapping mechanics, circuits, control or programming topics can support unit practice, but they are not official past RA papers.
No. Retain material that matches the current topic list. Check paper structure, compulsory sections and revised codes first, then compare topics. The main risk is carrying forward an old complete-paper structure, such as standalone TF, rather than using an older explanation of a topic that remains in the syllabus.
*The article might have information for the previous academic years, please refer the official website of the exam.
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