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GATE Electrical Engineering 2026: Exam Date, Syllabus Weightage, and PSU Guide

Master the EE Paper: Detailed analysis of Power Systems, Electrical Machines, and Control Systems for 2026.

Updated: 6 months ago

Categories: GATE Exam, Electrical Engineering, PSU Recruitment

Tags: GATE EE 2026, Electrical Engineering Syllabus, IIT Guwahati

GATE 2026 EE Exam Timeline

IIT Guwahati has officially scheduled the Electrical Engineering (EE) paper for the second Saturday of the examination window. This is a single-session paper, making every mark critical for your relative rank.

Admit Card Release

January 13, 2026

EE Exam Date

February 14, 2026 (9:30 AM - 12:30 PM)

Result Declaration

March 19, 2026

Scorecard Download

March 27, 2026

Paper Structure & Question Types

The EE paper consists of 65 questions totaling 100 marks. The exam structure tests your fundamental concepts as well as your numerical speed.

• MCQ (Multiple Choice): 1 or 2 marks. Penalty of 1/3 or 2/3 respectively for wrong answers.

• MSQ (Multiple Select): One or more options can be correct. No negative marking.

• NAT (Numerical Answer): Enter values via virtual keypad. No negative marking.

Major Marks Distribution

Electrical Engineering is characterized by heavy core subjects. Mastering the high-weightage trio of Machines, Power Systems, and Power Electronics is essential for an AIR under 500.

General Aptitude

15 Marks

15%

Engineering Mathematics

13 Marks

13%

Electrical Machines

10-12 Marks

~11%

Power Systems

10-12 Marks

~11%

Power Electronics

8-11 Marks

~10%

High-Weightage Core Topics

To maximize your efficiency, focus on these core pillars that often dictate the difficulty level of the paper:

1. Electrical Machines: Transformers (equivalent circuits), Induction machines (torque-slip characteristics), and Synchronous machines.

2. Power Systems: Load flow studies (Newton-Raphson), Fault analysis, and System stability (Equal area criterion).

3. Control Systems: Transfer functions, Routh-Hurwitz, Nyquist criteria, and State-space analysis.

4. Electric Circuits: Network theorems, Transient response, and Three-phase circuits.

How Your GATE Score is Calculated

For single-session papers like EE, your actual marks are directly used to calculate your GATE Score out of 1000. This score is then used for admission and PSU recruitment.

$$Score = S_q + (S_t - S_q)\frac{M - M_q}{\overline{M}_t - M_q}$$

Where M is your raw marks, M_q is the qualifying marks, 𝑀̄_t represents the average marks of the top 0.1% candidates, S_q is the minimum qualifying score (350), and S_t is the normalized top score (900).

Success Strategy for 2026

1. The 28-Mark Buffer: Perfecting Aptitude (15) and Math (13) is the fastest way to build confidence and secure a base score.

2. Virtual Calculator Precision: EE involves complex calculations in Power Systems and Machines. Practice with the virtual calculator early to avoid "significant digit" errors.

3. Focus on NAT/MSQ: Since these have no negative marking, they are your best chance to take calculated risks on difficult technical problems.

4. PYQ Mastery: Patterns in Machines and Power Systems are often repetitive. Solve at least the last 15 years of papers.

Official Links & Reference Portals

Always verify details through the official Organizing Institute channels:

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