GATE Electrical preparation
NTPC, PGCIL, BHEL, NHPC and every DISCOM shortlist from this score.
Where GATE EE leads
- GATE EE → NTPC, PGCIL, BHEL, NHPC, SJVN, NLC, IOCL, ONGC, SAIL
- State TRANSCO / DISCOM AE exams
- M.Tech power systems, power electronics, control
How placd prepares you
- Subject banks with explanations and an AI tutor on every question
- Year-wise pattern sets — timed, scored exactly as the paper scores
- A three-member selection-board mock interview, scored
GATE 2027 — schedule & eligibility
Source: gate2027.iitm.ac.in · verified 14 Sept 2026- Conducted by
- IIT Madras (organising institute for GATE 2027)
- Notification
- Not announced yet
- Applications open
- 2 Sept 2026
- Last date to apply
- 27 Sept 2026
- With late fee
- 5 Oct 2026
- Exam date
- 6 Feb 2027, 7 Feb 2027, 13 Feb 2027, 14 Feb 2027, 20 Feb 2027, 21 Feb 2027
- Result
- 19 Mar 2027
- Fee
- ₹2,000 per paper (₹2,500 in the extended window) (reserved categories ₹1,000 per paper for female, SC, ST and PwD candidates (₹1,500 extended))
- Degree
- Studying in the 3rd or a higher year of any undergraduate degree programme, or already holding a government-approved degree in Engineering, Technology, Architecture, Science, Commerce, Arts or Humanities
- Final year
- Can apply
- Age limit
- No age limit is stated
- Attempts
- No limit is stated
- Nationality
- Foreign nationals may appear at the full fee and must choose an exam city in India
- Also
- A candidate may take one paper or an allowed two-paper combination
How to apply
- Register on the GATE Online Application Processing System (GOAPS) linked from gate2027.iitm.ac.in
- Choose your paper, or an allowed two-paper combination, and three exam cities
- Upload the photograph, signature and any category or PwD certificate in the stated formats
- Pay the fee online; the extended window carries the late fee
- Use the application rectification window (14–21 Oct 2026) for corrections; city allotment is announced 4 Jan 2027
The Important Dates page lists revised opening and closing dates; the latest published values are shown here and the page itself says all dates are liable to change.
The subjects
Electrical Core
Circuits, machines, power systems, control
Circuit theory, EM fields, electrical machines, power systems, power electronics, control systems, measurements, analog & digital, signals, microprocessors, materials & safety and utilisation — the campus technical round and GATE/PSU/DISCOM interview spine.
Electrical Design
Protection, substation, cables, PLC/SCADA, standards
Protection & switchgear (IEC 61850), substation design, cable & busbar sizing (IS 1255/IEC 61439), transformer & motor specs, IEC/IS/CEA standards, power quality (IEEE 519), ETAP/DIgSILENT/MATLAB, drives, PLC/SCADA, LV panels, solar/BESS and earthing/lightning design — the design-engineer and experienced-hire layer.
Engineering Mathematics
The GATE common section, ~15% of every paper
Linear algebra, calculus, vector calculus, differential equations, complex variables, probability & statistics, numerical methods and transforms — the Engineering Mathematics section shared by every GATE paper and PSU written test, in all three GATE question types: MCQ, multiple-select (MSQ) and Numerical Answer Type, scored the way the paper scores them.
Aptitude
Clear the first filter
Quant, logical reasoning, and verbal with timed mock tests modelled on AMCAT, eLitmus, CoCubes and company aptitude rounds.
Past papers, year by year
Verified 15 Sept 2026 against the official sitePublished by IIT Guwahati as a public PDF. placd links to each year’s official paper and describes it — pattern, weightage, cutoffs — and never reproduces its text. The practise column is placd’s own set for that year: original questions assembled to the year’s distribution, scored the way the paper scores.
| Year | Paper | Official | Cutoff (Gen) | Practise |
|---|---|---|---|---|
| 2026 | 65 Qs · 100 marks · 180 min · MCQ · MSQ · NAT | Official PDF | 27.7 | 2026 pattern set · Pro |
| 2025 | 65 Qs · 100 marks · 180 min · MCQ · MSQ · NAT | Official PDF | 25 | 2025 pattern set · Pro |
| 2024 | 65 Qs · 100 marks · 180 min · MCQ · MSQ · NAT | Official PDF | 25.7 | 2024 pattern set · Pro |
| 2023 | 65 Qs · 100 marks · 180 min · MCQ · MSQ · NAT | Official PDF | 25 | 2023 pattern set · Pro |
| 2022 | 65 Qs · 100 marks · 180 min · MCQ · MSQ · NAT | Official PDF | 30.7 | 2022 pattern set · Pro |
| 2021 | 65 Qs · 100 marks · 180 min · MCQ · MSQ · NAT | Official PDF | 30.3 | 2021 pattern set · Pro |
| 2020 | 65 Qs · 100 marks · 180 min · MCQ · NAT | Official PDF | 33.4 | 2020 pattern set · Pro |
| 2019 | 65 Qs · 100 marks · 180 min · MCQ · NAT | Official PDF | 39.6 | 2019 pattern set · Pro |
What a GATE EE pattern set looks like
GATE EE 2026 pattern set: 65 questions · 100 marks · 180 minutes — an original set written to the paper’s distribution, scored the way the paper scores. The sample is free for every placd account; the year sets are part of Pro.
- General Aptitude10 questions · 15 marks
- Engineering Mathematics9 questions · 13 marks
- Electrical Core23 questions · 36 marks
- Electrical Design23 questions · 36 marks
Find the LCM of 16 and 28.
- •112
- •125.44
- •98.56
- •138.88
Which statement is correct?
- •Kirchhoff's current law — any linear two-terminal network can be replaced by a single current source in parallel with an equivalent resistance
- •Kirchhoff's current law — any linear two-terminal network can be replaced by a single voltage source in series with an equivalent resistance
- •Kirchhoff's current law — the algebraic sum of currents entering any node is zero, a direct consequence of conservation of charge
- •Kirchhoff's current law — a load receives maximum power when its impedance equals the complex conjugate of the source impedance, at only 50% efficiency
Which statement is correct?
- •Superposition theorem — in a linear circuit with several independent sources, the total response equals the sum of responses to each source acting alone
- •Superposition theorem — the algebraic sum of voltages around any closed loop is zero, a direct consequence of conservation of energy
- •Superposition theorem — ratio of resonant frequency to bandwidth, equal to omega·L/R for a series RLC circuit, indicating selectivity of the circuit
- •Superposition theorem — current through a conductor is directly proportional to the voltage across it at constant temperature, the constant being resistance
Frequently asked
- What does placd cover for GATE EE?
- Electrical Core, Electrical Design, Engineering Mathematics, Aptitude — the paper's sections, as practice banks with explanations and an AI tutor, plus a selection-board mock interview.
- Are GATE EE practice papers the real previous-year papers?
- No. placd's year-wise sets are original pattern sets authored to each year's real distribution — section split, question types, mark weighting and duration — with our own detailed solutions. Past-paper text is not reproduced.
- Where can I find GATE EE previous-year question papers?
- The year-by-year table above links each year's official paper where the conducting body publishes one (it does, as public PDFs), with the year's pattern, weightage and cutoff. placd never reproduces past-paper text.
- Where do I apply for GATE EE?
- Only on the conducting body's official site — placd links to it in the schedule section above and never hosts an application form. The dates and eligibility shown are read from that site and carry the date they were verified.
- How is a GATE EE practice set scored?
- As the exam scores it: negative marking of one-third of the marks for a wrong objective answer, no negative marking on MSQ or NAT.