FANA’s Ambassador Hon. Dr Raja Seevan and Gov’t of India Collaborate to bring AI to India

April 08, 2025

From the Desk of Ambassador Hon. Dr. Raja Seevan FANA INDIA Embassy

Empowering India Citizens Through AI Skills Development: A Program to Initiate A National Digital Transformation:

1. Executive Summary

In an era where artificial intelligence is reshaping global economies, we propose a revolutionary Government-to-Citizen (G2C) program to democratize AI education. This initiative will position our State at the forefront of digital transformation while ensuring inclusive growth through citizen empowerment.

The program introduces a three-tiered learning approach, combining foundational digital literacy with advanced AI applications. Through strategic partnerships with industry leaders, academia, and global institutions, we aim to create a sustainable ecosystem that transforms citizens into active participants in the AI economy.

Key Impact Metrics (5-Year Projection):

• •  1 million citizens trained in AI fundamentals
  •  100,000 advanced AI practitioners developed
  •  50,000 new jobs created in AI-related fields
  •  5,000 AI-enabled small businesses established
  •  25% increase in digital economy participation

1.  Background and Context

Broad trends

• •  Leading nations are investing heavily in AI education
  •  Global AI market to reach plus 200 billion USD by 2025
  •  A large percentage of the workforce will require digital upskilling
  •  A large percentage of jobs susceptible to AI-driven transformation
  •  A large percentage of businesses planning AI adoption
  •  Only a miniscule percentage of the workforce is currently AI literate
  •  AI will drive productivity improvement
  •  Create a host of entrepreneurship opportunities
  •  Reducing urban-rural digital divide
  •  Enabling women’s participation in technology sectors
  •  Creating opportunities for differently-abled citizens
  •  Even supporting senior citizens’ digital integrati

Vision and Mission Vision 2030

“To create an AI-empowered society where every citizen has the opportunity to participate in and benefit from the digital economy.”

Mission Statement

“To deliver world-class AI education through an inclusive, scalable, and sustainable learning ecosystem that transforms citizens into digital leaders.”

1.  Core Values
2.  Inclusivity: Ensuring access across social, economic, and geographic barriers
3.  Excellence: Maintaining global standards in education delivery
4.  Innovation: Continuously evolving with technological advancement
5.  Sustainability: Creating lasting impact through self-sustaining models
6.  Ethical AI: Embedding responsible AI practices in all aspects
7.  Program Objectives

Strategic Goals (work in progress template)

1.     Digital Workforce Development

• •  Train 1 million citizens in basic AI literacy
  •  Develop 50,000 advanced AI practitioners
  •  Create 25,000 AI trainers and mentors
  •  Establish 500 AI learning centres state-wide

1.     Economic Empowerment

• •  Facilitate 50,000 new jobs in AI-related fields
  •  Support creation of 500 AI-enabled startups
  •  Enable 25% increase in average income for program graduates
  •  Achieve 70% placement rate for advanced program participants

1.     Infrastructure Development

• •  Establish AI labs in educational institutions
  •  Create 100 specialized AI research centres
  •  Develop cloud-based learning platform accessible to 100 million citizens

1.     Ecosystem Development

• •  Partner with 100 global technology companies
  •  Collaborate with 50 international universities
  •  Engage 5,000 industry experts as mentors
  •  Create 100 industry-specific AI application frameworks

1.  Strategic Approach

Four-Pillar Framework

•  Foundation Building
•  Skill Development

i.Practical AI tools usage

ii.Industry-specific applications

iii Hands-on projects

1. Job-ready portfolios
2. Industry certifications
3. Placement assistance

1. Advanced specializations
2. Industry updates
3. Community engagement
4. Implementation Framework
5. Citizen Segmentation
   • School students (13-18 years)
   • College students (18-22 years)

·        Young professionals (22-35 years)

• • Mid-career professionals (35-50 years)
  • Senior citizens (50+ years)

1.  Learning Paths

Duration: 3 months

Focus: AI literacy and foundational skills Target: General population

Duration: 6 months

Focus: Practical AI applications Target: Job seekers

Duration: 12 months Focus: Specialized AI skills

Target: Career advancement

1. Curriculum Framework

•  AI Fundamentals

• • Basic concepts and terminology
  • AI ethics and responsibility
  • Data basics and analytics
•  Practical Applications
  • AI tools and platforms
  • Industry-specific use cases
  • Project work
•  Professional Skills
  • Communication
  • Problem-solving
  • Team collaboration
•  Healthcare AI
•  Financial Services AI
•  Manufacturing AI
•  Agricultural AI
•  Educational AI

1. Healthcare AI Track

• •  Medical imaging AI
  •  Patient care automation
  •  Healthcare analytics
  •  Clinical decision support

1.  Financial Services Track

• •  Risk assessment AI
  •  Fraud detection
  •  Trading algorithms
  •  Customer analytics

1.  Manufacturing AI Track

• •  Process automation
  •  Quality control AI
  •  Predictive maintenance
  •  Supply chain optimization

1. Agricultural AI Track

• • Crop management AI
  • Yield prediction
  • Resource optimization
  • Smart farming systems

1. Education AI Track

• • Learning analytics
  • Personalized learning
  • Assessment automation
  • Educational content optimization

1. Retail AI Track

• • Customer analytics
  • Inventory optimization
  • Pricing algorithms
  • Experience personalization

1. Public Sector Track

• • Service automation
  • Policy analytics
  • Resource optimization
  • Citizen engagement systems
• • Track Implementation Guidelines

1. Customization Framework

• • Industry-specific modules
  • Specialized tools
  • Relevant case studies
  • Expert mentorship

1. Assessment Adaptation 

• • Industry benchmarks
  • Practical evaluations
  • Sector-specific metrics
  • Professional certification

1. Project Alignment

• • Industry problems
  • Real-world applications
  • Professional networking
  • Career advancement

1. Support Structure

• • Industry mentors
  • Professional networks
  • Resource access
  • Career guidance

1. Implementation Plan 

Phase 1: Foundation (Months 1-3)

• • Establish program office
  • Develop core curriculum
  • Build technology infrastructure
  • Train initial batch of instructors

Phase 2: Pilot (Months 4-6)

• • Launch pilot program
  • Test learning management system
  • Gather feedback
  • Refine approach

Phase 3: Scale (Months 7-12)

• • Full-scale program launch
  • Multiple track implementation
  • Industry partnerships
  • Placement programs

1. Technology Infrastructure Learning Management System
   • Cloud-based platform
   • Mobile-first approach
   • Offline learning capability such as T-SAT
   • AI-powered personalization

Key Features

• • Interactive learning modules
  • Progress tracking
  • Assessment system
  • Certification management
  • Community features

1. Governance Structure

Program Office within T-SAT org.

1. Executive Committee
2. Academic Board
3. Industry Advisory Council
4. Implementation Team

Key Roles

1. Program Director
2. Curriculum Specialists
3. Technology Lead
4. Industry Liaison
5. Training Coordinators
6. Resource Requirements

Human Resources

• • Core team: 10 members
  • Instructors: 100 (initial phase)
  • Support staff: 50
  • Industry mentors: 200

Infrastructure

1. Learning platform
2. Training facilities
3. Assessment centers
4. Support systems

1. Risk Management Key Risks and Mitigation

• User-friendly interface
• Technical support
• Offline access options
• Regular assessments