The GATE 2026 Electrical Engineering (EE) Shift 1 exam was successfully conducted by IIT Guwahati on February 14, 2026, from 9:30 AM to 12:30 PM. Thousands of electrical engineering aspirants across India appeared for this competitive examination, aiming for admission to prestigious M.Tech programs and PSU recruitment opportunities.
This comprehensive analysis provides detailed insights into the GATE EE 2026 Shift 1 paper, including overall difficulty level, section-wise breakdown, topic-wise weightage, good attempts, and expected cutoff based on student feedback and expert review.
GATE EE 2026 Shift 1: Quick Overview
Exam Name: GATE 2026 Electrical Engineering (EE)
Conducting Body: Indian Institute of Technology (IIT) Guwahati
Exam Date: February 14, 2026 (Friday)
Shift: Shift 1 (Morning Session)
Exam Timing: 9:30 AM to 12:30 PM
Exam Duration: 3 Hours (180 Minutes)
Total Questions: 65 Questions
Total Marks: 100 Marks
Exam Mode: Computer-Based Test (CBT)
Overall Difficulty Level
Based on extensive student feedback and expert analysis, the GATE EE 2026 Shift 1 paper was rated Moderate to Difficult in overall difficulty.
Difficulty Assessment:
General Aptitude: Easy to Moderate - Standard questions
Engineering Mathematics: Moderate - Formula-based with calculations
Electrical Engineering Core: Moderate to Difficult - Lengthy and conceptual
Overall Paper: Moderate to Difficult - Time-consuming with complex problems
Key Observations:
- Paper was lengthier than expected
- Most questions required extensive calculations
- Conceptual clarity was heavily tested
- Time management was challenging for many students
- Control Systems and Power Systems had significant weightage
- MSQs and NATs required precision and accuracy
- Well-prepared students could handle moderate difficulty
- Some questions were directly from previous year patterns
Section-Wise Detailed Analysis
1. General Aptitude (15 Marks)
Difficulty Level: Easy to Moderate
The General Aptitude section was relatively easier and provided good scoring opportunities.
Topics Covered:
- Verbal reasoning
- Quantitative aptitude
- Logical reasoning
- Data interpretation
- Reading comprehension
- Numerical ability
- Critical thinking
Student Feedback:
- Questions were standard and direct
- No major surprises in this section
- Time spent: 15-20 minutes
- Most students attempted 8-10 questions
- Good accuracy possible with basic preparation
Expected Score: 11-14 marks for prepared students
2. Engineering Mathematics (11-13 Marks)
Difficulty Level: Moderate
Engineering Mathematics section featured moderate difficulty with calculation-intensive problems.
Key Topics:
- Linear Algebra (Matrix operations, Eigenvalues)
- Calculus (Differentiation, Integration)
- Differential Equations
- Probability and Statistics
- Complex Variables
- Numerical Methods
Characteristics:
- Formula-based questions with multi-step solutions
- Some questions required careful calculations
- Standard GATE pattern maintained
- Good practice ensured decent scores
Expected Score: 8-11 marks with proper preparation
3. Electrical Engineering Core (72 Marks)
Difficulty Level: Moderate to Difficult
The core EE section was the most challenging part with lengthy numerical problems and concept-heavy questions.
High-Weightage Topics:
Electric Circuits
- Network theorems
- Transient and steady-state analysis
- AC and DC circuits
- Circuit analysis techniques
Control Systems
- Transfer functions
- Stability analysis
- Root locus
- Frequency response
- State space analysis
- High weightage and moderate difficulty
Power Systems
- Load flow analysis
- Fault analysis
- Protection systems
- Power transmission
- Significant representation
Electrical Machines
- DC machines
- Transformers
- Induction motors
- Synchronous machines
- Performance analysis
Power Electronics
- Converters and inverters
- Rectifiers
- Thyristor applications
- Chopper circuits
Analog and Digital Electronics
- Operational amplifiers
- Logic gates
- Sequential circuits
- Combinational circuits
Signals and Systems
- Fourier transforms
- Laplace transforms
- Z-transforms
- System properties
Electromagnetic Theory
- Maxwell's equations
- Wave propagation
- Transmission lines
Topic-Wise Weightage Analysis
Control Systems: 10-12 questions (Very High)
Power Systems: 10-12 questions (Very High)
Electrical Machines: 10-12 questions (High)
Electric Circuits: 8-10 questions (High)
Power Electronics: 6-8 questions (Moderate)
Analog & Digital Electronics: 6-8 questions (Moderate)
Signals and Systems: 4-6 questions (Moderate)
Electromagnetic Theory: 4-6 questions (Moderate)
Good Attempts and Score Estimation
Based on student feedback and expert analysis:
Excellent Attempt: 45-50 questions → 70-80 marks
Very Good Attempt: 40-45 questions → 60-70 marks
Good Attempt: 35-40 questions → 50-60 marks
Safe Attempt: 30-35 questions → 40-50 marks
Qualifying Attempt: 25-30 questions → 30-40 marks
Section-Wise Good Attempts:
General Aptitude: 8-10 questions (11-14 marks)
Engineering Mathematics: 6-8 questions (8-11 marks)
EE Core: 22-28 questions (38-50 marks)
Expected Cutoff for GATE EE 2026 Shift 1
Based on the moderate to difficult level:
General Category: 30-34 marks
OBC-NCL/EWS Category: 27-31 marks
SC/ST/PwD Category: 20-23 marks
Important Note:
- Cutoff may be similar to or slightly higher than previous years
- Final cutoff depends on overall candidate performance
- Official cutoff will be declared with results on March 19, 2026
Student Reactions and Feedback
Positive Feedback:
- General Aptitude was scoring
- Control Systems questions were standard
- Previous year pattern was maintained
- Well-prepared students found it manageable
- No out-of-syllabus questions
Challenges Faced:
- Paper was lengthy and time-consuming
- Extensive calculations required in core subjects
- Power Systems numerical problems were complex
- Some Electrical Machines questions were tricky
- Time management was difficult
- MSQ and NAT questions needed high accuracy
Common Student Comments:
"The paper was tougher than expected. Time management was the biggest challenge."
"Control Systems and Power Systems dominated the paper. Good for those who prepared these well."
"Lengthy calculations made it difficult to attempt all questions confidently."
"Mathematics was moderate but EE core was definitely challenging."
Preparation Strategy for Future Aspirants
Based on GATE EE 2026 Analysis:
1. High-Priority Topics:
- Control Systems (Stability, Root locus, Frequency response)
- Power Systems (Load flow, Fault analysis, Protection)
- Electrical Machines (DC machines, Transformers, Induction motors)
- Electric Circuits (Network theorems, Circuit analysis)
2. Focus Areas:
- Extensive numerical problem-solving practice
- Fast calculation techniques
- Conceptual clarity in core subjects
- Previous 15 years questions thorough practice
- Regular mock tests for time management
3. Time Management:
- General Aptitude: 15-18 minutes
- Engineering Mathematics: 22-25 minutes
- EE Core: 125-130 minutes
- Revision: 10-12 minutes
4. Subject-Specific Tips:
- Control Systems: Master Routh-Hurwitz, Bode plots, Nyquist
- Power Systems: Focus on per-unit system and fault calculations
- Machines: Understand equivalent circuits thoroughly
- Circuits: Practice network theorems extensively
I
mportant Resources for GATE EE Preparation
Recommended Books:
- Electric Circuits: Hayt & Kemmerly, Nilsson & Riedel
- Control Systems: Nagrath & Gopal, Ogata
- Power Systems: C.L. Wadhwa, Hadi Saadat
- Electrical Machines: P.S. Bimbhra, A.E. Fitzgerald
- Power Electronics: M.H. Rashid, Ned Mohan
- Signals and Systems: Oppenheim & Willsky
Online Resources:
- GATE Overflow for previous year questions
- Made Easy and Ace Academy study materials
- NPTEL video lectures for conceptual clarity
- YouTube channels for problem-solving
Key Takeaways
Paper Difficulty: Moderate to Difficult
Scoring Sections: General Aptitude, Control Systems (for prepared students)
Challenging Sections: Power Systems, Electrical Machines
Time Management: Critical due to lengthy problems
Expected Cutoff: 30-34 marks (General category)
Good Attempts: 35-40 questions with high accuracy
High-Weightage Topics: Control Systems, Power Systems, Machines
Frequently Asked Questions
1. Was GATE EE 2026 Shift 1 tougher than previous years?
Yes, students found the paper slightly tougher than GATE EE 2025, mainly due to lengthy calculations and time-consuming problems.
2. Which section was the most difficult?
The Electrical Engineering core section, particularly Power Systems and Electrical Machines, was the most challenging with complex numerical problems.
3. What is a good score in GATE EE 2026 Shift 1?
A score of 50+ marks is considered good, 60-70 marks is very good, and 70+ marks is excellent for admission to top IITs.
4. How many questions should I attempt to qualify?
Attempt 30-35 questions with high accuracy to safely qualify. For top colleges, aim for 40-45 questions.
5. Which topics had highest weightage?
Control Systems, Power Systems, and Electrical Machines had the highest weightage with approximately 10-12 questions each.
The GATE EE 2026 Shift 1 exam was moderately difficult with emphasis on conceptual understanding and calculation ability. The lengthy nature of the paper made time management crucial. Students with strong fundamentals, regular practice, and good calculation speed could perform well.