MAHE Advances India’s National Quantum Mission with New Hub

Key Takeaways

• 25‑qubit dilution refrigerator installed for hands‑on training
• Open‑architecture model emphasizes indigenous component development
• Partnerships with Finnish, Dutch, Swedish firms accelerate IP co‑creation
• Goal to certify 100 quantum engineers by end‑2026
• Roadmap targets industrial‑grade systems exceeding 150 qubits

Summary

Manipal Academy of Higher Education has launched Quantum‑Hub@MAHE at its Manipal Institute of Technology in Bengaluru, creating a university‑led ecosystem to support India’s National Quantum Mission. The hub opens with a 25‑qubit dilution refrigeration system and an open‑architecture approach that prioritises indigenous hardware development. Partnerships with Finnish, Dutch and Swedish firms provide co‑developed IP, while a certification program aims to train 100 quantum engineers by December 2026. A phased roadmap targets industrial‑grade quantum systems exceeding 150 qubits.

Pulse Analysis

India’s National Quantum Mission has long called for a domestic ecosystem that can design, build and scale quantum hardware without reliance on foreign vendors. University‑driven hubs like Quantum‑Hub@MAHE address this gap by merging research, prototyping and education under one roof. By situating the hub at the Manipal Institute of Technology, MAHE leverages existing engineering expertise while providing students direct access to a 25‑qubit dilution refrigerator—an asset typically reserved for national labs. This hands‑on exposure accelerates the transition from theoretical study to practical system integration.

The hub’s open‑architecture philosophy distinguishes it from many vendor‑locked installations worldwide. Collaborations with QuantrolOx, Bluefors, QBLOX and ConScience bring cryogenic, RF and calibration know‑how into an indigenous supply chain, fostering co‑owned intellectual property. Simultaneously, the certification pathway, blending online modules with laboratory work, is set to graduate 100 quantum engineers by the end of 2026. This talent pipeline not only fills a critical skills shortage but also fuels deep‑tech startups that can commercialise home‑grown components, creating a virtuous cycle of innovation and manufacturing.

Looking ahead, Quantum‑Hub@MAHE’s phased roadmap aims to scale beyond the initial 25‑qubit platform to systems surpassing 150 qubits, positioning India to compete in industrial‑grade quantum computing. By integrating hardware experimentation, startup incubation and workforce development, the hub could become a national testing gateway, lowering entry barriers for both academia and industry. Such a comprehensive approach is likely to attract further public and private investment, catalyse export‑ready quantum technologies, and reinforce India’s strategic autonomy in a rapidly evolving global quantum landscape.