SPCE provides B.Tech admission through MHT-CET and M.Tech admission through MHTCET-MTech-Counselling. The cutoff details cover MHT-CET 2026 for B.Tech and MHTCET-MTech-Counselling 2025 for M.Tech.

B.Tech Civil Engineering and M.Tech Civil Engineering [Structural Engg] are listed as the leading choices for their respective exams. Across all categories, the B.Tech Round 4 cutoff is 32.46 - 99.52, while the M.Tech Round 4 cutoff is 2 - 75.14. The overall B.Tech closing percentile changed from 43.66 in 2025 to 32.46 in 2026.

Table of Contents
  1. SPCE MHT-CET Cutoff 2026
  2. SPCE MHT-CET Cutoff Trends
  3. SPCE MHTCET-MTech-Counselling Cutoff 2026
  4. SPCE MHTCET-MTech-Counselling Cutoff Trends

The accepted exam and cutoff range across all categories for each course are given below.

Course Exam Cutoff
B.Tech MHT-CET 32.46 - 99.52
M.Tech MHTCET-MTech-Counselling 2 - 75.14

SPCE MHT-CET Cutoff 2026

MHT-CET scores are used for admission to SPCE B.Tech programs. In Round 4 of the 2026 admission process, the cutoff across all categories extends from 32.46 to 99.52.

B.Tech Civil Engineering is the main choice listed for MHT-CET applicants. Its Round 4 closing percentile for the DEFOBCS category is 90.12 in 2026. The complete category-wise figures follow.

SPCE B.Tech Civil Engineering Cutoff 2026

Category Closing percentile
DEFOBCS90.12
DEFOPENS94.01
EWS94.8 - 95.14
GNT2S96.16 - 97.79
GOBCS98.02
GOPENS98.41 - 98.79
GSCS94.89 - 95.49
GSTS84.38 - 85.82
GVJS95.19
LOBCS96.77 - 96.9
LOPENS97 - 98.85
LSCS92.21 - 94.07
LSTS80.32
PWDOBCS70.34
PWDOPENS70.89 - 74.81
TFWS90.12 - 98.23
DEFROBCS89.97 - 92.51
LNT1S94.49
LNT3S95.96
PWDRSCS74.42
ORPHAN98.38

The closing percentile for B.Tech admission across all categories was 32.46 in 2026 and 43.66 in 2025. The tables compare the category-wise and course-wise closing percentiles from the newest year to the oldest year.

Category 2026 2025 2024 2023 2022
GOPENS98.4197.6297.0495.3793.3
ORPHAN98.3897.5196.88--
GOBCS98.0297.295.9591.7786.17
LOPENS9795.7894.5792.4691.59
LOBCS96.7795.2693.1384.0583.45
GNT3S96.7795.5794.8290.1389.4
GNT1S96.6795.0494.3975.3481.51
GNT2S96.1695.9594.990.293.16
LNT2S96.1194.3390.7592.1353.93
LNT3S95.9682.8893.6488.6289.27
GVJS95.1994.189.9284.9579.48
GSCS94.8992.7990.5189.7384.99
EWS94.893.1893.0392.7788.47
LNT1S94.4985.5770.8719.9368.38
DEFOPENS94.0195.1192.8945.6469.52
LSCS92.2186.4189.0679.3985.04
DEFOBCS90.1288.7881.82--
TFWS90.1296.6896.894.494.42
DEFROBCS89.9793.2679.9484.4378.35
LVJS88.7485.8582.7875.974.52
GSTS83.1774.5454.3666.0562.39
LSTS80.3264.3520.1345.6448.21
PWDRSCS74.42----
PWDOPENS70.8960.2544.487.5544.64
PWDROBCS62.9356.29---
PWDOBCS32.4643.6650.1--
DEFRVJS-88.17---
DEFRSCS--90.83-79.47
DEFRNT3S---42.55-
Courses Closing percentile 2026 Closing percentile 2025 Closing percentile 2024 Closing percentile 2023 Closing percentile 2022
Civil Engineering 70.34 43.66 48.87 32.31 57.71
Mechanical Engineering 49.2 60.25 20.13 7.55 44.64
Electrical Engineering 32.46 72.1 50.1 45.64 48.21

SPCE MHTCET-MTech-Counselling Cutoff 2026

SPCE considers MHTCET-MTech-Counselling scores for M.Tech admission. For the 2025 cutoff, the Round 4 range across all categories and M.Tech programs is 2 - 75.14.

M.Tech Civil Engineering [Structural Engg] is identified as the main course choice for this counselling process. In Round 4 of 2025, its GOEPNS closing percentile ranges from 70.05 to 75.14. Other category-wise closing percentiles are listed below.

SPCE M.Tech Civil Engineering [Structural Engg] Cutoff 2025

Category Closing percentile
GOEPNS70.05 - 75.14
EWS15.01
GNT2S17.92
GOBCS20.68 - 22.41
GSEBCS18.61 - 21.03
GSTS16.54 - 17.74
GNT1S9.64
GOPENS25.86

The M.Tech admission closing percentile across all categories reached 2 in 2025. Category-wise and course-wise figures for the same year are shown in the following tables.

Category 2025
GOEPNS52.18
GNT3S18.76
GOBCS16.54
GSTS16.54
GVJS15.85
GSEBCS14.82
EWS12.96
GSCS7.33
GOPENS5.33
GNT2S4.43
GNT1S2
Courses Closing percentile 2025
Civil Engineering [Structural Engg] 9.64
Power Systems And Power Electronics 5.33
Construction Management 4.43
Machine Design 2