Bengaluru, April 2026: An expert committee in Karnataka has recommended a major restructuring of engineering course seats, proposing a “zero-sum” model where seats are redistributed across disciplines without increasing the overall intake.
Seat Redistribution Without Increasing Total Intake
The panel, led by Prof. S. Sadagopan, suggested that engineering seats be shuffled across disciplines based on demand, placements, and vacancy trends, rather than expanding total capacity.
The idea is to ensure better alignment between education supply and industry requirements.
Curtailing Excess CS Seats, Boosting Emerging Fields
The committee flagged an oversupply of computer science (CS) seats and recommended:
- A freeze on new CS seats
- A phased 17% reduction in CS intake starting 2026–27
- Reallocation of seats to emerging areas like:
- Artificial Intelligence (AI)
- Machine Learning (ML)
- Data Science
- Cybersecurity
Cap on Seats and Accreditation Rules
To maintain quality and prevent unchecked expansion, the panel proposed:
- A maximum cap of 900 seats per discipline
- Expansion beyond 300 seats only with strong accreditation
- Mandatory restructuring plans for institutions exceeding limits
Performance-Based Seat Allocation
Institutions will face dynamic seat adjustments based on outcomes:
- Colleges with strong placement records will retain or gain seats
- Courses with low demand or high vacancies may see reductions
- Institutes with over 40% vacant seats for two years could face intake cuts
Timeline: Gradual Implementation
- 2026–27: “Hold year” (no major changes)
- 2027–28 onwards: Full implementation after analysing admission data
AI Integration and Skill Focus
The panel also recommended academic reforms, including:
- Introducing AI components across all engineering streams
- Making project-based learning mandatory every semester
The goal is to increase industry-ready graduates from 22,000 to over 75,000 annually by 2030.
Addressing Employability Concerns
The move comes amid concerns that:
- Only a small proportion of engineering graduates are job-ready
- Core engineering branches like mechanical and civil are seeing declining demand
A Shift Toward Demand-Driven Education
The proposed reforms signal a transition from supply-driven expansion to demand-driven planning, aiming to balance traditional engineering disciplines with future technologies.
