IAE Academy
GATE28 Sep 2026 · 6 min read

Where GATE EC's marks have come from, 2018–2026: every subject, paper by paper

IAE's reading of the data — what it cannot tell you, and when it was cut, is at the end

Across seven keyed papers, GATE EC's 85-mark subject component has leaned towards some subjects: Engineering Mathematics averaged 12.7 marks a paper against Networks' 6.7. This post lines up every subject's marks year by year and orders them by average, for a candidate deciding what to study first — not a forecast for 2027.

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This is a count, not a forecast: how many marks GATE EC's seven keyed papers — 2018, 2020, 2022, 2023, 2024, 2025 and 2026 — gave to each published study subject, for a GATE EC candidate working out the subject component of a study plan. The GATE 2027 Information Brochure fixes the paper at 65 questions and 100 marks, with General Aptitude a constant 15 marks that sit outside the subject syllabus; the remaining 85 marks — Engineering Mathematics plus the core subjects — are the subject component this post counts (GATE 2027 Information Brochure, printed page 4).

Where GATE EC's 85 subject marks have come from, paper by paper

Marks per GATE EC paper filed under each published study subject by IAE's tags, 2018–2026 (seven keyed papers), with the average per paper

Marks per GATE EC paper filed under each published study subject by IAE's tags, 2018–2026 (seven keyed papers), with the average per paper
Subject2018202020222023202420252026Average per paper
Engineering Mathematics131316131213912.7
Analog Electronics11119810131210.6
Digital Electronics11111081191310.4
Signals and Systems88714107139.6
Control Systems9108981078.7
Electronic Devices81010712778.7
Electromagnetics885116877.6
Networks (Electric Circuits)75886676.7
Not yet filed under a published subject10912710121010.0
Subject component (fixed by the brochure)8585858585858585

Source: docs/idea-bank/blog/_data/marks.json, computed by docs/idea-bank/tools/blog_marks_data.py from the published study data (docs/study/*/data/pyqs.json) for the seven keyed GATE EC papers of 2018, 2020 and 2022–2026; 2019 and 2021 are excluded (the copies IAE hosts are image scans without the answer key). Each question's subject is IAE's reading, not the organising institute's classification, and these are counts of past papers, not a forecast. The 85-mark subject component is from the GATE 2027 Information Brochure (printed page 4). Data cut 27 Sep 2026.

The table lines up all seven papers side by side. Engineering Mathematics's row swings from 9 marks in 2026 to 16 in 2022 — a 7-mark range it shares with Signals and Systems (7 to 14) — because IAE's tags run 9 to 16 marks per paper against the brochure's fixed 13 marks for the subject: the tags are IAE's reading of each question, not the paper's own section boundaries. Analog Electronics and Digital Electronics track closely in most years (0–1 marks apart), though they diverged more in 2025 (13 marks against 9). The row for marks 'not yet filed under a published subject' runs 7 to 12 marks a paper: these are marks on questions that no published subject's classifier has filed — this includes the sections the study library has not covered yet, and can include any question from a covered section that no classifier took. This post does not say what those marks were made of.

GATE EC subjects in order of average marks per paper

Published study subjects for GATE EC, ordered by average marks per paper across the seven keyed papers (IAE's tags)

Published study subjects for GATE EC, ordered by average marks per paper across the seven keyed papers (IAE's tags)
OrderSubjectAverage marks per paperLowest–highest in one paperPapers it appeared in (of 7)
1Engineering Mathematics12.79–167
2Analog Electronics10.68–137
3Digital Electronics10.48–137
4Signals and Systems9.67–147
5=Control Systems8.77–107
5=Electronic Devices8.77–127
7Electromagnetics7.65–117
8Networks (Electric Circuits)6.75–87

Source: Computed from the table above (docs/idea-bank/blog/_data/marks.json). General Aptitude is not in this list: it is a fixed 15 marks outside the 85-mark subject component, with its own common syllabus. Data cut 27 Sep 2026. Subjects with the same average (to one decimal place) share a place, marked =.

By average marks per paper, the order runs Engineering Mathematics at 12.7, then Analog Electronics at 10.6, Digital Electronics at 10.4, and Signals and Systems at 9.6. Control Systems and Electronic Devices tie at 8.7 each — the same average to one decimal place, so the counts put them level rather than one ahead of the other. Electromagnetics follows at 7.6, and Networks (Electric Circuits) is last at 6.7. A plan that follows the marks would take Engineering Mathematics, Analog Electronics and Digital Electronics first, Signals and Systems next, then treat Control Systems and Electronic Devices as equal in weight, followed by Electromagnetics, and leave Networks for last on this measure — every one of these subjects appeared in all seven papers, so this is about the marks each has carried on average, not about how often a subject showed up. General Aptitude sits outside this order: a fixed 15 marks, separate from the 85-mark subject component ranked here.

The GATE EC syllabus, section by section, against the study library

Sections of the official GATE 2027 EC syllabus and the IAE study subjects that cover them

Sections of the official GATE 2027 EC syllabus and the IAE study subjects that cover them
Syllabus sectionTitle as printedStudy library subject
Section 1Engineering MathematicsEngineering Mathematics
Section 2Networks, Signals and SystemsNetworks (Electric Circuits), Signals and Systems
Section 3Electronic DevicesElectronic Devices
Section 4Analog CircuitsAnalog Electronics
Section 5Digital CircuitsDigital Electronics
Section 6Control SystemsControl Systems
Section 7CommunicationsNot yet in the study library
Section 8ElectromagneticsElectromagnetics

Source: Section numbers and titles as printed in the official GATE 2027 EC syllabus PDF (IIT Madras), read 27 Sep 2026; subjects from client/src/lib/study/subjects.ts.

Section 7 of the official syllabus, Communications, is not yet covered by a published study subject. These marks are part of what the first table's 'not yet filed' row counts — that row also includes any question from a covered section that no classifier took, so it is not made up of Communications marks alone. Every other syllabus section maps to a subject already in the library, including Section 2, Networks, Signals and Systems, which corresponds to two published subjects: Networks (Electric Circuits) and Signals and Systems.

WHAT THIS CANNOT TELL YOU

This counts seven keyed GATE EC papers: 2018, 2020, 2022, 2023, 2024, 2025 and 2026. 2019 and 2021 are excluded because the copies IAE hosts are image scans without the answer key, so their questions cannot be checked the same way. The subject tags throughout are IAE's reading of each question, not the organising institute's classification. The 'not yet filed under a published subject' marks are unsolved sections plus any unfiled question from a covered section — nothing more specific than that is claimed about them. All of it is a count of seven past papers, not a forecast for the GATE 2027 paper.

Data cut on 27 Sep 2026.

Common questions

Which GATE EC subject has carried the most marks on average?+
Engineering Mathematics, at 12.7 marks per paper across the seven keyed papers (2018, 2020, 2022–2026).
Why are 2019 and 2021 left out of this count?+
The copies IAE hosts for those years are image scans without the answer key, so their questions cannot be checked against a key the way the other seven papers are.
What do the 'not yet filed under a published subject' marks mean?+
Marks on questions that no published subject's classifier has filed. This includes the syllabus sections not yet in the study library (Communications) and can include any question from a covered section that no classifier took.
Does this order predict what the GATE 2027 paper will ask?+
No. It is a count of where marks fell across seven past papers (2018, 2020, 2022–2026), not a forecast for 2027.

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