MAHE sets up India's 1st quantum hub in Bengaluru

India is accelerating its push into quantum computing. A new initiative in Bengaluru highlights how academia, government institutions, and global partners are joining forces to build sovereign technological capability.

The Manipal Academy of Higher Education has announced a ₹25 crore investment to establish a quantum technology hub in Bengaluru. The initiative aims to strengthen India’s quantum hardware ecosystem while building critical talent and infrastructure.

The facility will operate as a design to deployment platform. It will support quantum hardware experimentation, workforce development, startup incubation, and advanced research.

More importantly, the project aligns closely with India’s National Quantum Mission, which seeks to build long term leadership in quantum technologies.

Understanding the MAHE Quantum Hub Bengaluru Initiative

The MAHE Quantum Hub Bengaluru will operate from the Bengaluru campus of Manipal Institute of Technology. The centre will focus on advanced quantum hardware experimentation and specialised engineering training.

The hub will initially deploy a 25 qubit dilution refrigeration system. This system enables extremely low temperature environments required for superconducting quantum processors.

Researchers will use the infrastructure for testing, calibration, and integration of quantum hardware components.

The facility is designed as an open architecture ecosystem. Therefore, researchers and developers can modify, integrate, and experiment with various hardware components without vendor restrictions.

This design encourages indigenous development of quantum processors, control electronics, and supporting technologies.

The physical facility is expected to be inaugurated in September 2026.

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Investment, Infrastructure, and Technology Roadmap

The initiative represents a structured long term roadmap rather than a single research facility.

MAHE has committed ₹25 crore to establish the quantum hub and build the required infrastructure. The development strategy includes several phases.

Phase One: Experimental Quantum Systems

The first stage focuses on training and experimentation.

The hub will deploy a sub-50 qubit quantum system, beginning with the 25 qubit dilution refrigeration platform. This infrastructure allows researchers to conduct early stage hardware experiments.

It will also serve as a training platform for quantum engineers.

Phase Two: Proof of Concept Platforms

Over the next few years, the hub plans to scale capabilities to 50 to 150 qubit systems. These platforms will enable proof of concept applications and deeper hardware development.

Phase Three: Industrial Quantum Systems

The long term objective is ambitious. The roadmap targets 150 to 1000 plus qubit industrial grade quantum systems.

Such systems would place India among the countries capable of building scalable quantum hardware platforms.

Global Technology Partnerships Driving the Initiative

The MAHE quantum hub is not operating in isolation. It involves collaboration with several global technology firms and Indian research institutions.

Key international partners include:

• QuantrolOx, a Finland based quantum software company
• Bluefors, a global manufacturer of dilution refrigeration systems
• QBLOX from the Netherlands, known for modular qubit control electronics
• ConScience from Sweden, specialising in superconducting thin film materials

The initiative also includes collaboration with the Centre for Development of Advanced Computing (C-DAC) under the Ministry of Electronics and Information Technology.

These partnerships bring expertise in cryogenic infrastructure, quantum control systems, and advanced materials.

As a result, the hub will combine research, engineering, and manufacturing pathways within a single ecosystem.

Building India’s Quantum Workforce

Technology leadership depends on skilled talent. Therefore, workforce development forms a central pillar of the project.

The MAHE Quantum Hub Bengaluru aims to train at least 100 quantum engineers by December 2026.

The certification programme will combine online learning modules, technical assessments, and laboratory training. Students will work directly with real quantum hardware systems.

This hands on approach is crucial. Quantum engineering requires expertise in physics, cryogenics, electronics, and computer science.

By creating a specialised training pipeline, the initiative aims to address India’s shortage of quantum hardware engineers.

Strategic Role in India’s National Quantum Mission

India launched the National Quantum Mission to accelerate research, industry collaboration, and talent development in quantum technologies.

The MAHE hub complements this national strategy in several ways.

First, it supports indigenous hardware development rather than relying solely on foreign platforms.

Second, it creates infrastructure that startups and researchers can access for experimentation and product development.

Third, it strengthens the pipeline of trained quantum engineers.

Together, these elements contribute to building a sustainable domestic quantum ecosystem.

Industry Impact and Technology Opportunities

Quantum computing remains an emerging field. However, its long term potential is enormous.

Quantum systems could transform several industries:

• Drug discovery and molecular simulation
• Financial risk modelling
• Climate and weather prediction
• Cryptography and cybersecurity
• Materials science and advanced manufacturing

By establishing advanced infrastructure in Bengaluru, India strengthens its position in the global quantum race.

Bengaluru already serves as India’s technology capital. With initiatives like the MAHE Quantum Hub, the city is expanding into frontier technologies.

Strategic Implications for India’s Deep Tech Ecosystem

The MAHE Quantum Hub represents more than a university project. It reflects a broader shift in India’s technology strategy.

Countries competing in quantum computing focus on three priorities:

Infrastructure, talent, and ecosystem collaboration.

This initiative addresses all three simultaneously.

The open architecture model encourages hardware innovation. Global partnerships accelerate technology transfer. Meanwhile, the training programme builds specialised talent.

If executed successfully, the hub could evolve into a national testing and measurement platform for quantum technologies.

Toward Scalable Quantum Systems

Quantum computing remains in its early stages globally. Even leading systems currently operate with limited qubit counts.

However, the roadmap of the MAHE hub signals long term ambition.

The initiative aims to gradually scale from training systems to industrial grade quantum processors exceeding 1000 qubits.

Achieving this goal would significantly strengthen India’s position in advanced computing technologies.

The project also demonstrates how universities can drive national deep tech capabilities through industry partnerships.

The MAHE Quantum Hub Bengaluru marks an important step in India’s quantum technology journey.

With a ₹25 crore investment, global partnerships, and a structured development roadmap, the initiative aims to accelerate indigenous quantum hardware innovation.

Equally important, the hub prioritizes talent development and open research infrastructure.

Quantum computing will take years to mature. However, the countries that invest early in infrastructure and skills will shape the future of the industry.

The MAHE initiative shows that India is preparing to compete in that future.