IIT Kharagpur vs IIT Roorkee: GATE 2026 Cutoff Predictions, Placement Stats & RTI Data

This article provides a comprehensive analysis comparing the M.Tech admission cutoffs, placement statistics, and Right to Information (RTI) data for IIT Kharagpur and IIT Roorkee, two of India’s most prestigious engineering institutions. With the GATE 2026 results approaching, understanding these factors is crucial for prospective students.

Understanding the GATE 2026 Cutoff Predictions

As students prepare for M.Tech admissions following GATE 2026, it is essential to grasp the significance of cutoff scores. This analysis highlights the cutoffs for major and minor specializations at IIT Kharagpur and the unique Normalized Marks system utilized by IIT Roorkee.

IIT Kharagpur: M.Tech Cutoffs

IIT Kharagpur differentiates between major and minor specializations within its M.Tech programs. Major specializations are typically aligned with a candidate’s core GATE paper, while minor specializations allow candidates from related fields to pursue a Master’s in that discipline.

Sample Cutoffs for Major Specializations at IIT Kharagpur

• Aerospace Engineering:
  • General: 544
  • EWS: 421
  • OBC: 540
  • SC: 366
  • ST: 306
  • PWD: 249
• Artificial Intelligence:
  • Major:
    • General: 764
    • EWS: 747
    • OBC: 708
    • SC: 589
    • ST: 436
  • Minor:
    • General: 649
    • EWS: 504
    • OBC: 567
    • SC: 568
    • ST: 424
• Computer Science:
  • General: 781
  • EWS: 750
  • OBC: 715
  • SC: 598
  • ST: 437

IIT Roorkee: M.Tech Cutoffs and Admissions

IIT Roorkee employs a unique system for M.Tech admissions, primarily based on Normalized Marks rather than raw GATE scores. This approach allows for a relative assessment of candidates based on the top score in their respective GATE branches.

Understanding Normalized Marks

The formula for calculating Normalized Marks is as follows:

Normalized Marks = (Your GATE Marks / All India Rank 1’s GATE Marks in your branch) * 100

This means that cutoffs are expressed as a percentage relative to the highest score in that year’s GATE exam for each specific branch.

Sample Cutoffs for IIT Roorkee

• Microelectronics: General: 75
• Computer Science: Higher cutoffs for M.Tech Computer Science.
• Artificial Intelligence: Accepts candidates from CS, EC, and Electrical GATE papers.
• Data Science: Accepts multiple GATE papers with specific normalized cutoffs.
• M.Tech Renewable & Hydro Energy: Accepts diverse GATE papers.

M.Tech Placements: IIT Roorkee and IIT Kharagpur

Placement outcomes are a primary concern for M.Tech students. However, acquiring transparent placement data from IITs through RTI requests can be challenging, as institutions often provide limited information regarding their placement statistics.

IIT Roorkee Placement Data

IIT Roorkee has historically been reticent about sharing explicit CTC data. However, placement rates for the 2023-2025 batch reveal the following:

• System & Control: 100% placement
• Microelectronics & VLSI: 83% placement
• Material Engineering: 83% placement
• Data Science: 70% placement
• Artificial Intelligence: 69% placement
• Additive & Joining Technology: 50% placement
• Applied Mathematics Scientific Computing: 46.66% placement
• Biopharma: 0% placement

IIT Kharagpur Placement Data

Similar to IIT Roorkee, IIT Kharagpur also faces challenges in providing clear placement statistics. However, it is known that various companies, including multinational corporations and startups, actively recruit from departments such as:

• Applied Mathematics & Scientific Computing
• Disaster Mitigation & Management
• Chemical Engineering
• Mechanical Engineering

Conclusion

In conclusion, both IIT Kharagpur and IIT Roorkee offer robust M.Tech programs with varying cutoff criteria and placement statistics. Understanding these factors is essential for candidates preparing for GATE 2026. Utilizing authentic data from RTI requests can provide valuable insights into the admission process and placement opportunities, helping students make informed decisions about their future.

Note: The information presented in this article is based on the latest available data