The Delhi government has launched the ‘Delhi AI Grind’ initiative. This program will equip school students with artificial intelligence (AI) skills. Training sessions for students will commence on December 15 . The initiative targets students in Classes 6 to 9 and 11 across all Delhi education districts.
Program Objectives and Reach
The ‘Delhi AI Grind’ aims to cultivate AI awareness among students. It seeks to train them in using new-age technologies. Students will learn to solve real-world problems through AI applications. This initiative forms a component of the government’s New Era of Entrepreneurial Ecosystem and Vision (NEEEV) framework.
The program targets students aged 10 to 25 years. Participation is mandatory for students enrolled in Classes 6, 7, 8, 9, and 11. The Department of Education (DoE) and the Department of Higher and Technical Education oversee implementation. They collaborate with the ViSV foundation for execution.
Implementation Timeline and Coordination
The Delhi AI Grind initiative will roll out across all education districts in Delhi. The implementation phase spans from December through March. This period includes student training, evaluations, and selections. A detailed timeline outlines required actions for schools and students.
School Registration and Ambassador Roles
Schools must complete registration on the Delhi AI Grind portal by December 8 . Each registered school must nominate five student campus ambassadors. These ambassadors will provide support for program activities within their schools. They will assist with communication and student engagement.
Training Sessions and Selection Stages
School-level “mini grind” sessions will begin on December 15 . These initial sessions include internal evaluations. Students successfully completing the mini grind will advance to district-level selections. Subsequent to district rounds, state-level selections will identify top participants.
School Innovation Councils (SICs) and designated NEEEV teachers will mentor participating students. This mentorship supports students through training modules and problem-solving challenges. Additional Director of Education, KS Upadhyay, has been appointed as the nodal officer. He is responsible for school-level coordination of the program.
Curriculum and Learning Domains
Students will explore practical AI applications across several critical sectors. The curriculum covers key areas. These areas focus on improving efficiency and developing solutions for contemporary challenges. The program emphasizes hands-on learning and practical skill development.
- Mobility: Developing AI-powered solutions for transportation and traffic management.
- Logistics: Optimizing supply chain operations and efficient delivery systems using AI.
- Smart Cities: Designing intelligent urban infrastructure and services.
- Sustainability: Applying AI for environmental conservation, resource management, and green initiatives.
- Energy: Utilizing AI in energy management, renewable energy systems, and efficiency improvements.
- Climate: Addressing climate change impacts and mitigation strategies through technological innovation.
- Education: Enhancing learning experiences, personalized education, and administrative efficiencies with AI tools.
- Health: Exploring AI’s role in medical diagnosis, treatment planning, and public health management.
- Public Safety: Improving security measures, emergency response systems, and disaster preparedness using AI.
Key Program Timeline
The following table provides a summary of crucial dates for the Delhi AI Grind initiative:
| Event | Date/Period | Action Required |
|---|---|---|
| School Registration Deadline | December 8 | Register on Delhi AI Grind portal; Nominate 5 student campus ambassadors. |
| School-level “Mini Grind” Sessions Begin | December 15 | Participate in initial training and internal evaluations. |
| Initiative Rollout Period | December – March | Training, evaluations, district-level, and state-level selections across Delhi. |
The Delhi government expects this initiative to prepare students for future technological advancements. It aims to foster innovation and practical problem-solving skills among young learners.