NIT Calicut JosAA Counselling EWS Cutoff 2025 (Opening & Closing Rank, Branch Wise)
The cutoff for NIT Calicut through JosAA Counselling 2025 includes branch-wise opening and closing ranks required for admission into Bachelor of Technology programs.
The NIT Calicut JosAA Counselling EWS Cutoff 2025 is the minimum rank required for admission, released through the official counselling process. The B.Tech in Computer Science and Engineering closing rank is 603 (EWS category), making it the most competitive branch. Cutoffs are published as Opening Rank and Closing Rank across 5 rounds.
NIT Calicut JosAA Counselling Cutoff 2025 (Opening & Closing Rank, Branch Wise)
The cutoff for NIT Calicut through JosAA Counselling 2025 includes branch-wise opening and closing ranks required for admission into Bachelor of Technology programs.
These cutoffs are released through the official counselling authority and represent the minimum rank required for each branch, category, and counselling round.
Cutoff Format
- Opening Rank: 559
- Closing Rank: 5,454
Key Highlights
- Covers branch-wise cutoff for 2025.
- Includes Opening and Closing Rank.
- Based on the official counselling authority counselling rounds.
- Helps analyze competition and admission trends.
NIT Calicut JosAA Counselling 2025 Cutoff (Highlights)
The cutoff reflects the minimum ranks required for admission across branches and categories at NIT Calicut.
Key Highlights
- Cutoff Released By: the official counselling authority
- B.Tech in Computer Science and Engineering Closing Rank (EWS): 603
- Total Counselling Rounds: 5
- Toughest Branch: B.Tech in Computer Science and Engineering
- Cutoff Format: Opening Rank and Closing Rank
NIT Calicut JosAA Counselling 2025 Cutoff (Combined Course Table)
| Course | EWS |
|---|---|
| B.Tech in Computer Science and Engineering | 559 - 603 |
| B.Tech in Electrical and Electronics Engineering | 1,601 - 1,640 |
| B.Tech in Engineering Physics | 2,235 - 2,314 |
| B.Tech in Chemical Engineering | 3,497 - 3,918 |
| B.Tech in Civil Engineering | 4,176 - 4,490 |
| B.Tech in Materials Science and Engineering | 4,802 - 5,213 |
| B.Tech in Biotechnology | 4,965 - 5,252 |
| B.Tech in Production Engineering | 4,980 - 5,454 |
NIT Calicut JosAA Counselling 2025 Cutoff (Course-wise)
Category-wise opening and closing Rank for top courses are shown below.
B.Tech in Computer Science and Engineering
| Category | Opening Rank | Closing Rank |
|---|---|---|
| EWS | 559 | 603 |
B.Tech in Electrical and Electronics Engineering
| Category | Opening Rank | Closing Rank |
|---|---|---|
| EWS | 1,601 | 1,640 |
B.Tech in Engineering Physics
| Category | Opening Rank | Closing Rank |
|---|---|---|
| EWS | 2,235 | 2,314 |
B.Tech in Chemical Engineering
| Category | Opening Rank | Closing Rank |
|---|---|---|
| EWS | 3,497 | 3,918 |
B.Tech in Civil Engineering
| Category | Opening Rank | Closing Rank |
|---|---|---|
| EWS | 4,176 | 4,490 |
Insight: Final round cutoff is the actual admission benchmark.
NIT Calicut JosAA Counselling 2025 Category-wise Cutoff (Detailed Table)
The table below shows category-wise variation in closing ranks across branches.
What Rank is Required for NIT Calicut?
Courses Offered by NIT Calicut via JosAA Counselling
| Course | Duration | Type | Mode | Level |
|---|---|---|---|---|
| B.Tech in Biotechnology | 4 Years | Degree | Full Time | UG |
| B.Tech in Chemical Engineering | 4 Years | Degree | Full Time | UG |
| B.Tech in Civil Engineering | 4 Years | Degree | Full Time | UG |
| B.Tech in Computer Science and Engineering | 4 Years | Degree | Full Time | UG |
| B.Tech in Electrical and Electronics Engineering | 4 Years | Degree | Full Time | UG |
| B.Tech in Engineering Physics | 4 Years | Degree | Full Time | UG |
| B.Tech in Materials Science and Engineering | 4 Years | Degree | Full Time | UG |
| B.Tech in Production Engineering | 4 Years | Degree | Full Time | UG |
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NIT Calicut JosAA Counselling 2025 EWS Cutoff - FAQs
1. What is NIT Calicut cutoff for B.Tech in Computer Science and Engineering 2025?
The closing rank for B.Tech in Computer Science and Engineering in JosAA Counselling 2025 is 603 (EWS category).
2. What rank is required for NIT Calicut?
For top options at NIT Calicut, candidates usually target under 100 rank for B.Tech in Computer Science and Engineering, around 500 for B.Tech in Electrical and Electronics Engineering, and up to 2000 for Bachelor of Technology. The exact requirement can shift slightly by round and category.
3. Is this score/rank enough for NIT Calicut?
Yes. A rank under 500 generally gives strong chances for B.Tech in Electrical and Electronics Engineering and similar top branches.
4. Which branch has the lowest cutoff at NIT Calicut?
B.Tech in Computer Science and Engineering has the lowest (most competitive) cutoff, typically followed by B.Tech in Electrical and Electronics Engineering.
5. How many counselling rounds were there in 2025?
the official counselling authority conducted 5 rounds in 2025.
6. What is Opening Rank and Closing Rank?
Opening Rank is the first admitted value at the start of a counselling round, while Closing Rank is the last admitted value at the end of that round. Closing value is usually treated as the practical admission benchmark.
7. Does NIT Calicut cutoff change every year?
Yes, cutoff changes every year because competition levels are not constant. It usually depends on exam difficulty, number of applicants, and seat availability in that admission cycle.
8. Can I get NIT Calicut with a mid-range score/rank?
Yes. Candidates around 1000 rank can often get B.Tech in Engineering Physics and similar branch options.
9. What factors affect NIT Calicut cutoff?
The cutoff is mainly influenced by JosAA Counselling difficulty, the total number of applicants, and the seat matrix published by the official counselling authority. Any change in these factors can move the opening and closing values across rounds.
10. Are category-wise cutoffs different?
Yes, category-wise cutoffs are different because seats are allocated separately by category. General, OBC-NCL, SC/ST, and EWS usually have different opening and closing values for the same branch.