Jan 2 (Reuters) – India has approved projects worth 418.63 billion rupees ($4.64 billion) from a host of companies to boost domestic manufacturing of electronic components under an incentive scheme, the country's IT ministry said on Friday. Global majors Samsung Electronics, Tata Electronics and Foxconn were among the companies whose projects were approved to receive government subsidies under the Electronics Component Manufacturing Scheme, which has an outlay of 229.19 billion rupees. The projects include the manufacture of enclosures for mobile phones, camera sub-assemblies and other components. India has been stepping up efforts to boost electronics manufacturing, launching a series of incentive programs to attract global and domestic investors, expand local manufacturing capacity, reduce import dependence and strengthen supply chains across multiple sectors. India's electronics manufacturing sector produced goods worth $125 billion in the year to March 2025. The government hopes to increase this to $500 billion by fiscal 2031. The projects approved on Friday are spread across eight states and are expected to produce parts worth 2.58 trillion rupees ($28.62 billion), while employing about 34,000 individuals, according to the IT ministry.. ($1 = 90.1440 Indian rupees) (Reporting by Nandan Mandayam in Bengaluru; Editing by Harikrishnan Nair)
(The article has been published through a syndicated feed. Except for the headline, the content has been published verbatim. Liability lies with original publisher.)
New Delhi [India], May 23: Dr. Reshma turned heads and made history at this year’s…
Gangtok (Sikkim) [India], May 23: Thousands of students across India spend hours comparing universities online,…
New Delhi [India], May 21: Manish Malhotra dressed history when he styled Urmimala Baruah and…
Direct-to-consumer footwear brand Yoho has closed a new funding round from new and existing investors.…
New Delhi [India], May 21: Capital India Finance Limited (CIFL) reported 22% YoY growth in…
A 12-month blended programme to equip learners with advanced capabilities in UX design, interaction design,…