Prime Highlights
- The task force recommended introducing real-world industry learning from the first semester and significantly increasing practical training in engineering courses.
- The proposed reforms focus on AI readiness, including Generative AI, MLOps, and foundational model development.
Key Facts
- The discussions were chaired by Electronics and IT Minister Ashwini Vaishnaw and included representatives from NASSCOM, Wipro, and TCS.
- The task force proposed raising practical exposure in engineering education from 25-30 percent to as much as 75 percent, depending on the course and specialization.
Background
A task force, formed by industries, has suggested an overhaul of the engineering education system in India. The suggestions include making engineering courses more industry-relevant by enhancing hands-on training and focusing on Artificial Intelligence-related skills right from the time the student joins the institute.
The proposals were discussed in a high-level meeting chaired by Electronics and IT Minister Ashwini Vaishnaw towards the end of May. Senior representatives from the technology industry, including leaders from NASSCOM, Wipro, and TCS, participated in the discussions.
A key recommendation calls for replacing the traditional lecture-focused approach with learning based on real industry use cases from the first semester. The task force suggested increasing practical exposure from the current 25-30 % to between 40 % and 75 %, depending on the engineering discipline and specialisation.
The recommendations are based on a study of existing B.Tech Computer Science and related curricula across Indian institutions. Although the research revealed increased relevance of AI-related subjects in academia, the study also highlighted significant shortcomings in experiential learning, infrastructure, and applications.
The task force suggested incorporating industrial exposure through projects, AI solutions development and the widespread use of low-code/no-code tools in the degree programme. Multiple options for entry and exit were also suggested to enable candidates to obtain a certificate, diploma or advanced diploma during their time in college.
Faculty training programmes, updated labs with the latest industry tools, and industry experts serving as adjuncts to the college faculty were some other recommendations made.
The immediate action points decided upon by participants included an assessment of national infrastructure requirements, working with AICTE for curriculum adoption, formulating plans for faculty training, and devising similar learning pathways for non-STEM subjects as well.
