India's semiconductor design export revenue has crossed an annual run rate of USD 30 billion, according to NASSCOM and India Semiconductor Mission data, driven by growing headcount at the design centres of Qualcomm, AMD, Intel, Broadcom, Apple, and Texas Instruments. The milestone reinforces India's position as the world's second-largest concentration of chip design engineering talent after the United States, and sets the foundation for the country's ambition to grow design exports to USD 45 billion by 2030.
Semicon Hunt -> pr -> NASSCOM / India Semiconductor Mission
2026-10-12
India's semiconductor design export revenue has reached an annual run rate of USD 30 billion, according to data compiled jointly by NASSCOM and the India Semiconductor Mission from design centre employment, output valuation, and company disclosures. The figure encompasses the export value of chip design work performed in India by the engineering centres of global semiconductor companies including Qualcomm, AMD, Intel, Broadcom, Apple, Texas Instruments, and dozens of smaller fabless and IDM firms, as well as the export revenue of Indian semiconductor design services companies providing contract design work to overseas clients. The USD 30 billion figure represents a significant milestone in India's semiconductor story because it demonstrates that India's contribution to the global chip industry is already substantial on the design side even as the manufacturing infrastructure is still being built.
The largest components of India's semiconductor design export revenue are the captive design centres of global companies, which contribute the majority of the total through the value of chip design output that their Indian engineers produce. Qualcomm, which employs over 5,000 engineers in India across Bengaluru, Chennai, and Hyderabad, contributes design value across its Snapdragon, modem, and connectivity product lines. AMD's Bengaluru centre, which has been designated the company's largest global design site, contributes to GPU, CPU, and AI accelerator design. Intel's large Bengaluru and Hyderabad operations span product design, foundry services verification, and AI development. Broadcom, TI, and Apple each have substantial India design operations that contribute to the total. The design services sector, including companies like Tata Elxsi, Cyient, Wipro, and HCL's engineering services division, contributes the remainder through contract design revenues from overseas semiconductor company clients.
The USD 30 billion run rate is supported by an estimated 30,000 to 40,000 semiconductor design engineers currently employed in India, making India the world's second-largest concentration of chip design talent by headcount after the United States and ahead of Taiwan, South Korea, and the UK. This workforce has been built over more than two decades of investment by global semiconductor companies that recognised India's engineering education system produces graduates capable of performing complex chip design work at a cost structure that makes large India engineering centres economically compelling. The Semicon 2.0 talent programme's target of adding one lakh chip engineers by 2030 would roughly triple this workforce, supporting the aspiration of growing design exports from the current USD 30 billion to USD 45 billion by 2030 and positioning India as an even more dominant global chip design location.
Growing design exports from USD 30 billion to USD 45 billion by 2030 requires two types of growth operating simultaneously. The first is headcount and programme growth at existing design centres, as companies including AMD, Qualcomm, Broadcom, and Apple expand their India teams and assign more programme ownership to Indian engineers. The second is the emergence of new sources of design export revenue from Indian fabless semiconductor startups that are now in the early stages of their first chip generations. As Indian startups like NetraSemi, Morphing Machines, Calligo, InCore, and AGNIT progress from prototype to commercial product and eventually to licensing or acquisition transactions, they will add design IP export revenue to the total. A third potential growth driver is the Tata Dholera fab creating a domestic wafer foundry that attracts international fabless companies to open India design centres, generating design export revenue that currently flows to Taiwan or the US instead.
The form has been successfully submitted.
We will review your software soon!
See you soon.
Please enter your details and we will