Maharashtra Chief Minister Devendra Fadnavis on Friday, 17 July 2026 delivered an online address on 'Vision for Quantum Technology Ecosystem in Maharashtra' at the Quantum Technology Faculty Development Programme hosted by the Indian Institute of Science Education and Research (IISER), Pune. The address focused on building skilled, capable and future-ready human resources to harness cutting-edge technologies such as quantum computing.

Context

Fadnavis's address, delivered online to faculty participants, centred on Maharashtra's ambition to develop a robust quantum technology ecosystem. In his post, he described the programme as one placing 'special emphasis on creating skilled, capable and future-oriented human resources for the effective use of advanced technologies like quantum computing' — framing workforce development as the foundation of any credible technology strategy.

IISER Pune is a premier autonomous institution under the Union Ministry of Education, recognised nationally for integrated science education and frontier research. Its decision to host a dedicated faculty development programme on quantum technology signals a deepening institutional commitment to the field within Maharashtra's academic ecosystem.

Policy Backdrop

The address comes against the backdrop of India's National Quantum Mission (NQM), approved by the Union Cabinet in 2023 with an outlay of Rs 6,003 crore to accelerate research and development in quantum computing, quantum communication and quantum sensing over the period 2023–2031. The mission explicitly tasks states and academic institutions with building regional talent pipelines aligned with national goals.

Maharashtra, home to one of India's densest clusters of research institutions and technology startups, is positioned as a natural hub for translating national quantum policy into on-the-ground capability. Faculty development programmes of this kind are a direct instrument for seeding that capability at the university level, ensuring that the next generation of researchers and engineers is trained by faculty who are themselves current with the field.

Stakeholders and Impact

The primary beneficiaries of the programme are academic faculty from Maharashtra's higher-education institutions who will carry quantum literacy back into their own classrooms and laboratories. Beyond academia, quantum technology startups and industry players in the state stand to gain from a larger, better-trained talent pool that can bridge the gap between fundamental research and commercial application.

India has increasingly pursued indigenous capacity in strategic emerging technologies — quantum systems, semiconductors, artificial intelligence — to reduce external dependence and strengthen digital and national security. State-level initiatives that align higher-education curricula with the NQM mirror similar sub-national efforts already under way in AI and semiconductor policy, suggesting a broader pattern of federal-state coordination on deep-tech capacity building.

What's Next

Attention will now turn to whether Maharashtra formalises a state-level quantum roadmap that complements the National Quantum Mission, including dedicated laboratory infrastructure and curriculum frameworks for universities across the state. The rollout of such measures — and the pace at which faculty trained through programmes like the IISER Pune initiative are absorbed into the broader education system — will be the clearest indicator of how seriously the state intends to translate the Chief Minister's vision into institutional reality.