NIT Silchar JEE Main Cutoff 2024 was released for students seeking admission to various BTech specialisations. The cutoff was released for different categories under the All India and Home State category candidates. For the General AI category candidates, the cutoff ranks during the last round closed between 14914 and 57141 in the last round. Computer Science and Engineering was the most difficult BTech specialisation in the General AI category. Among the OBC AI Category category candidates, the cutoff in the initial round closed between 3489 and 13204. In the final round cutoff, the ranks closed between 19924 and 66315, for the OBC AI category. Read below to find the category-wise cutoff for admission to NIT Silchar through JEE Mains:

NIT Silchar Cutoff 2024 for General AI Category

NIT Silchar 2024 cutoff was released for different categories under the All India and the Home State quota. Students can find in the table below round 1 and last round ranks for the General AI category. The cutoff in round 1 varied between 10284 and 38842, for different BTech specialisations. In the final round of JEE Main seat allotment, the closing ranks varied between 14914 and 57141. The easiest BTech specialisation to get admission into was Civil Engineering. For CSE, round 1 and last round ranks closed at 10284 and 14914, respectively. 

NIT Silchar Cutoff 2024 for OBC AI Category

In the last round, the NIT Silchar OBC category cutoff 2024 was closed between 19924 and 66315. As per the last round cutoff result, the most competitive BTech specialisation was Computer Science and Engineering. After CSE, the second-most competitive specialisation was Electronics and Communication Engineering. For ECE, the ranks were closed at 5514 and 26740, in round 1 and last round, respectively. 

NIT Silchar Cutoff 2024 for SC AI Category

Candidates can find round 1 and last round closing ranks for the SC All India category candidates in the table below. As per the round 1 cutoff, the closing ranks were closed between the range of 2146 and 6214. Meanwhile, in the last round, the ranks closed between 81819 and 157005. The most difficult specialisation in the SC AI category candidates was Computer Science and Engineering. On the contrary, the easiest BTech specialisation was Civil Engineering. For Civil Engineering, round 1 and last round closing ranks were 6214 and 157005, respectively. 

NIT Silchar Cutoff 2024 for ST AI Category

Candidates can find the NIT Silchar ST category cutoff for round 1 and the last rounds in the table given below. The level of competition was lower in the ST All India category as compared to the SC All India category. With round 1 and last round closing ranks of 692 and 89350, CSE turned out to be the most difficult specialisation in the ST All India category. Please check out the table below for more information:

NIT Silchar Cutoff 2024 for PWD AI Category

For the PWD All India category, the round 1 cutoff ranks were closed between 179 and 2068; and the last round closing ranks varied between 390 and 1087140. Mechanical Engineering was the easiest BTech specialisation to get admission into, among the PWD All India category candidates. Check the table below for more details:

NIT Silchar Cutoff 2024 for EWS AI Category

Tabulated below are the round 1 and last round closing ranks for BTech specialisations offered among the EWS All India category candidates. The cutoff for BTech in CSE was 1626 in round 1, and 15777 in the last round. Since CSE had the toughest cutoff, therefore, it was the most in-demanded specialisation among the EWS AI category. Scroll below for more details on category-wise cutoff data for NIT Silchar:

NIT Silchar Cutoff 2024 for General HS Category

Candidates can find the table given below for round 1 and the last round closing ranks for the General Home State category in the table given below. The last round closing ranks in the General HS category varied between 31070 and 93446. BTech in Computer Science and Engineering was the most difficult BTech specialisation in the General HS category. Scroll below to find category-wise cutoff ranks for NIT Silchar 2024 cutoff:

NIT Silchar Cutoff 2024 for OBC HS Category

NIT Silchar OBC category cutoff 2024 was released for round 1 and last rounds. In the last round, the cutoff ranks closed between 62197 and 177776. The most favoured BTech specialisation among the OBC Home State category candidates was BTech in Electronics and Communication Engineering. Round 1 and last round closing ranks for BTech in Electronics and Communication Engineering were 19848 and 78913. 

NIT Silchar Cutoff 2024 for SC HS Category

Round 1 and last round closing ranks for NIT Silchar SC category cutoff among the Home State category have been provided in the table below. Round 1 cutoff was closed between 2574 and 11664. In the last round, the ranks closed between 6580 and 286504. Check out the table for the branch-wise cutoff for NIT Silchar:

NIT Silchar Cutoff 2024 for ST HS Category

Tabulated below are the NIT Silchar ST category cutoff among the Home State category candidates. The most difficult BTech specialisation among the ST Home State quota candidates was BTech in CSE. NIT Silchar CSE cutoff among the ST HS category candidates were 937 and 1331, in round 1 and the last round, respectively. Scroll below to find more category-wise cutoff ranks:

NIT Silchar Cutoff 2024 for PWD HS Category

NIT Silchar PWD category cutoff 2024 candidates were closed between the range of 325 and 2980, in the last round. The cutoff was released for a few specialisations, out of which CSE was the most popular specialisation to get admission into. The admissions for Mechanical Engineering were closed in round 1, while for the other specialisations, it closed in Round 5. 

NIT Silchar Cutoff 2024 for EWS HS Category

Tabulated below are the round 1 and last round closing ranks released for the EWS Home State category candidates. In the initial round, the cutoff ranks were closed between 6848 and 13186. Meanwhile, in the final round, the ranks closed in the range of 50931 and 146008. Checkout the table below for more details: