
JEE Main 2026 Session 1 has been successfully concluded and remains one of the most important exams for engineering aspirants. Conducted over multiple days and shifts, each session featured a unique question paper, leading to noticeable variations in difficulty levels. Identifying the toughest shift helps candidates evaluate their performance more accurately and understand the impact of the normalization process on their final percentile. Below is a detailed shift-wise difficulty analysis based on student feedback and expert reviews.
The National Testing Agency (NTA) is conducting JEE Main 2026 Session 1 on January 21, 22, 23, 24, 28, and 29, 2026.
As every shift has a unique question paper, the difficulty level differs. A shift is termed the toughest only after comparing it with all other shifts based on overall difficulty, subject-wise balance, and student responses.
The toughest shift of JEE Main 2026 Session 1 is identified after analysing:
| JEE Main 2026 Session 1 Difficulty Level (Session 1) | ||
| Exam Date | Shift 1 | Shift 2 |
| January 21 | Moderate | Moderate |
| January 22 | Easy to moderate | Moderate |
| January 23 | Easy to Moderate | Moderate |
| January 24 | Moderate to Difficult | Moderate |
| January 28 | Moderate | Moderate |
Based on the table, January 24 Shift 1 currently appears comparatively tougher due to higher difficulty, especially in Mathematics and Physics. However, final confirmation will be made only after evaluating all shifts collectively.
At present, no single shift has been officially declared the toughest. However, January 24 Shift 1, rated moderate to difficult, stands out when compared to other shifts that remained largely moderate or easy to moderate. Historically, mid-to-late session shifts tend to be more challenging due to increased conceptual depth and lengthier questions. The final verdict will depend on combined student feedback and expert analysis across all shifts.
A shift is considered the toughest if it shows:
Being allotted a tougher shift does not disadvantage candidates due to the normalization process.
Key implications include:
Lower average scores across candidates
Fewer marks required to achieve a high percentile
Better normalization benefit
Fair ranking across all shifts
Normalization ensures equal opportunity regardless of paper difficulty.
No, there is no fixed pattern.
The toughest shift can occur on:
Difficulty varies each year depending on paper design, subject weightage, and question framing. Hence, predicting the toughest shift in advance is unreliable. The toughest shift usually emerges once most shifts are completed and compared collectively.