IIT Bombay and Industry Partners Launch VLSI Design Research Initiative

IIT Bombay Semiconductor Initiative Sets a New Bar for Academic-Industry Partnership

IIT Bombay has launched one of the most ambitious academic semiconductor research programmes in India's history through a partnership with Qualcomm, Cadence Design Systems, and Synopsys. The initiative establishes twelve industry-sponsored research chairs in the electrical engineering and computer science departments, a new chip design laboratory equipped with leading EDA tool suites and hardware emulation platforms, and a structured fast-track PhD programme designed to produce semiconductor engineering researchers at a rate commensurate with India's growing industry need for advanced design talent. The partnership combines Qualcomm's semiconductor architecture expertise, Cadence's EDA tool portfolio, and Synopsys's silicon lifecycle management and process development capabilities to create a research environment that operates at the intersection of academic frontier research and industrial relevance.

Research Focus Areas and Chair Structure

The twelve research chairs span a range of semiconductor design disciplines that the industry partners have identified as high-priority. Chairs in digital circuit design cover energy-efficient processor architecture, in-memory computing, and hardware security. Analogue and mixed-signal chairs focus on high-speed ADC and DAC design, RF front-end circuits, and power management integrated circuit design. A cluster of chairs addresses AI hardware, including neural processing unit microarchitecture, hardware-software co-design for efficient inference, and sparsity-exploiting compute architectures. Semiconductor process technology chairs cover design technology co-optimisation, design for manufacturability, and the modelling of process variation effects on circuit performance. Each chair is funded by one or more industry partners and is accompanied by a curriculum contribution requirement, ensuring that the research chairs improve both research output and educational quality.

Fast-Track PhD Programme and Talent Pipeline

The fast-track PhD programme is designed to reduce the time from undergraduate graduation to PhD completion for semiconductor engineering students through a structured curriculum that integrates coursework, research, and industry placement components. Students enter the programme directly from IIT Bombay's BTech programme or from other top Indian engineering institutions through a competitive application process. Industry partners provide internship placements, co-supervisors from their research organisations, and fellowship stipends that make the programme financially accessible. The target of 200 semiconductor PhD graduates annually by 2030 from this single initiative alone is ambitious and would significantly increase India's current annual output of semiconductor-trained PhD graduates, which is estimated at fewer than 100 per year from all Indian institutions combined. These PhD graduates are expected to populate faculty positions at other Indian institutions, R&D roles at semiconductor companies, and leadership positions at chip design startups, multiplying the impact of the programme beyond its direct graduate count.

Design IP Development and Open Access Programme

A distinctive feature of the IIT Bombay initiative is a plan to develop process-node-agnostic semiconductor design IP blocks that can be licensed to Indian chip design startups at preferential rates or made available as open-source IP under academic licensing terms. IP blocks under development include standard cell libraries, memory compilers, high-speed interface PHY blocks, and common digital subsystems such as UART, SPI, and I2C controllers. By making these building blocks available to Indian startups, the programme reduces the IP licensing cost and procurement complexity that chip startups face when assembling an SoC design from commercial IP suppliers, and it ensures that Indian academic research produces practical engineering artefacts alongside publications and patents.