Intel to donate 10,000 PCs to state governments, train a million teachers
06 Nov 2006
Mumbai: Chip giant Intel is expanding its educational and digital healthcare programmes in India and is awaiting government''s proposed semiconductor policy for opening an a dvanced testing and manufacturing facility in the country. The company plans to donate 10,000 fully functional PCs to state governments and teacher training institutions. And. as part of the programme, Intel will train one million teachers on the application of technology to improve classroom learning.
"By 2008, Intel plans to donate 10,000 full-function PCs to state governments and teacher training institutions, as well as train one million teachers on the application of technology to improve classroom learning," Intel chairman Craig Barrett said.
The PCs will have internet connectivity, education content supported by the government, and software applications support from Microsoft.
Intel, through its World Ahead Program, plans to extend access to PCs with high-speed Internet connections to millions of citizens and train one million teachers in India on the effective use of technology in the classroom. As a result, Intel expects to help more than 30 million students across India by 2008, he said.
Intel, meanwhile, said it is still open to the idea of setting up a unit in India and is awaiting the government's proposed semiconductor policy, which is expected to offer a host of incentives.
"For the last ten years, we have been asked this question on our India plans. It is still an open issue. We are eagerly awaiting the government''s incentive package (under the semiconductor policy) and we had extensive discussion with the government on this. We are awaiting the final set of rules and regulations and will respond quickly once we get the policy," Barrett said.
Barrett's remarks come close on the heels of the recent announcement by information technology minister Dayanidhi Maran that the IT department would soon seek cabinet's approval for a comprehensive policy for encouraging the semiconductor industry inclusive of incentives and special packages.
Latest articles
Featured articles
The rise of the ‘ghost executive’: how autonomous AI agents are entering the C-suite
By Cygnus | 17 Mar 2026
Autonomous AI agents are influencing business decisions and reshaping leadership structures as companies adopt agentic AI systems in 2026.
The sky is closing: The end of the global crossroads
By Axel Miller | 16 Mar 2026
Middle East airspace disruptions are forcing airlines to reroute global flights, raising costs and reshaping aviation networks in 2026.
Living in the “New Gulf”: how conflict is reshaping cities and infrastructure
By Cygnus | 16 Mar 2026
Gulf states are redesigning infrastructure, air defenses and aviation networks as regional tensions reshape urban resilience strategies.
The Petro-Tech Pivot: Why Your Next Phone Is Built on Shifting Sands
By Cygnus | 12 Mar 2026
Rising crude prices are reshaping electronics manufacturing as petrochemical costs drive pressure across the global tech supply chain.
Hardened compute: The rise of the data bunker
By Axel Miller | 11 Mar 2026
Explore how AI demand and geopolitical risk are driving investment in fortified data centers worldwide.
The GitHub insurgency: Open-source AI vs. the state
By Cygnus | 11 Mar 2026
How OpenClaw is reshaping debates around AI governance, decentralization and state oversight in 2026.
The 35-minute revolution: How China’s electric trucks outpaced the West
By Cygnus | 10 Mar 2026
Chinese electric trucks from BYD and Windrose are entering Europe with faster charging and lower costs. Here’s how legacy manufacturers are responding.
The new Silk Road is a fiber-optic cable: The rise of digital fortresses
By Axel Miller | 10 Mar 2026
As geopolitical tensions reshape technology, countries are building sovereign clouds and fortified data centers. Explore the rise of digital fortresses in 2026.
The silicon boardroom: Why 2026 is the year of the agentic reality check
By Cygnus | 10 Mar 2026
Companies in 2026 are redesigning workflows around autonomous AI agents. Explore the governance risks, workforce shift and future of enterprise automation.


