Workforce 2047: STEM Skilling, Industry-Academia R&D & Advanced Apprenticeships
Session video recording will be published here once held.
Executive Summary
University chancellors, vocational skills federations, and enterprise HR leaders debate curriculum modernization to prepare 10 million engineers, AI technicians, and researchers for the 2047 economy.
Key Discussion Points
- 1National Education Policy (NEP) multi-disciplinary curriculum models are bridging the traditional wall between academic engineering and shop-floor manufacturing.
- 2Dual-apprenticeship degrees modeled on international polytechnics guarantee students 18 months of paid industry immersion.
- 3National Research Foundation (Anusandhan NRF) matching grants are multiplying private R&D co-investments in university cleanrooms and computational labs.
Main Policy & Industry Recommendations
Incentivise enterprise-sponsored faculty chairs in emerging fields like quantum computing, synthetic biology, and aerospace.
Mandate continuous micro-credential verification via the Academic Bank of Credits (ABC) digital ledger.
Strategic Industry Implications
Transforms India's demographic dividend into the premier source of frontier scientific talent globally.
Session Transcript
Timestamped recordBy 2047, one in every five STEM graduates globally will have studied in India. The question is not simply producing millions of engineers, but equipping them to build foundational technologies and solve civilization-scale challenges.
Prof. Mamidala Jagadesh Kumar
Chairman
University Grants Commission (UGC)
Shalini Bhargava
VerifiedChief People Officer
Larsen & Toubro Heavy Engineering
Industrial Apprenticeships & Technical Talent
Dr. P. Balakrishnan
VerifiedDirector
IIT Delhi R&D Foundation
Industry-Sponsored DeepTech Incubators
- ›Anusandhan National Research Foundation (ANRF) Operational Guidelines.
- ›National Credit Framework (NCrF) for Vocational-Higher Education Alignment.