COMEDK 2026 Cutoff

COMEDK cutoff refers to the opening and closing rank recorded for a specific college-branch combination during COMEDK UGET counselling — the opening rank being the best (lowest) rank among candidates allotted that seat, and the closing rank being the last, highest rank among candidates who secured that same seat. Together, these two figures define the range within which a candidate's COMEDK rank needed to fall to have a realistic shot at that particular college and branch in that year's counselling.

Because COMEDK UGET counselling is entirely merit-based — with a single all-India rank list and no state domicile reservation or category-based quota — its cutoff structure is comparatively simpler to interpret than JoSAA's, which splits cutoffs across category, home-state/other-state quota, and gender-based supernumerary seats. In COMEDK, your rank alone determines your options; there's no separate reserved-category cutoff table to check, making the cutoff data cleaner but also meaning there's no quota-based cushion if your rank falls short of a college-branch's general cutoff.

COMEDK cutoffs are published separately for every institute-branch combination across its 170+ participating colleges, and they move meaningfully between rounds. The first round generally reflects the strongest, highest-ranked applicant pool and produces the most competitive (lowest) closing ranks; subsequent rounds — including the Upgrade/Retain mechanism most students use in Round 2 — see some seats vacated as higher-ranked candidates move to better options, which can loosen closing ranks somewhat for many colleges, though top-demand branches at the most sought-after colleges often remain tightly competitive throughout the process.

Several factors influence how COMEDK cutoffs shift from one year to the next. The total number of candidates appearing for COMEDK UGET in a given year affects overall competition — a larger applicant pool generally pushes cutoffs tighter (more competitive) across the board, while a smaller pool can loosen them. The relative difficulty of that year's COMEDK UGET paper also plays a role, since a harder paper can compress the score distribution and shift how ranks map to actual ability.

Branch-level demand trends matter significantly too. Computer Science Engineering, Information Science, and increasingly Artificial Intelligence/Data Science programs have trended toward tighter cutoffs across nearly all participating colleges in recent years, reflecting broader industry hiring patterns and student preference. Meanwhile, traditional branches like Civil and Mechanical Engineering have generally seen more accessible cutoffs at the same colleges, offering realistic options for students whose rank doesn't clear the CSE cutoff at their preferred institute.

Seat matrix changes — a college adding or reducing its sanctioned intake for a particular branch, or a new college joining the COMEDK network — can also shift cutoffs in ways unrelated to overall demand. Given all this variability, treat any single year's cutoff figure as a reference point rather than a guaranteed benchmark, and where possible compare cutoff trends across two to three recent years to get a more stable read on a college-branch's typical competitiveness.