Ramdeobaba University Partners with QClairvoyance Quantum Labs to Establish Dedicated Quantum Software and Hardware Facilities

Quantum Education Takes a Leap at Ramdeobaba University

Ramdeobaba University (RBU) in Nagpur has entered a two‑year partnership with Secunderabad‑based deep‑tech startup QClairvoyance Quantum Labs. The collaboration will deliver two dedicated facilities—a Quantum Software Lab and a Quantum Communication Hardware Lab—designed to give undergraduate and postgraduate engineering students practical experience that bridges textbook theory and emerging industry needs. The initiative aligns with India’s National Quantum Mission, which emphasizes workforce development and the creation of quantum‑ready talent pipelines.

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A Dual‑Lab Approach: Software Meets Hardware

Quantum Software Lab

The software lab will be built around QClairvoyance’s QClair‑Edu cloud platform. Accessible through a standard web browser, the platform eliminates the need for local installations or specialized GPUs. Students will be able to:

• Design gate‑level circuits using a visual editor.
• Run real‑time Bloch‑sphere visualizations and state‑vector analyses.
• Test well‑known algorithms such as Grover’s search, the Variational Quantum Eigensolver (VQE), and the Quantum Approximate Optimization Algorithm (QAOA).
• Perform comparative benchmarking against classical simulators to understand noise, decoherence, and NISQ‑era limitations.

Quantum Communication Hardware Lab

Complementing the software environment, the hardware lab will host photonic kits for Quantum Key Distribution (QKD) and Quantum Random Number Generation (QRNG). Benchtop stations will enable students to:

• Execute single‑photon key‑exchange experiments.
• Measure quantum‑generated randomness and compare it with classical pseudo‑random sources.
• Explore post‑quantum network security protocols by integrating physical QKD links with simulated classical eavesdropping attacks.

By pairing cloud‑based simulation with tangible optics experiments, the program offers a holistic view of the quantum stack—from algorithm design to physical implementation.

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Faculty Integration and Talent Development

QClairvoyance will embed two senior researchers—either PhDs or post‑doctoral scholars—on the RBU campus for a full 12‑month term as Professors of Practice. Their responsibilities include:

• Delivering dedicated coursework for both undergraduate and graduate programs.
• Leading laboratory sessions and supervising student‑led research projects.
• Conducting a one‑week intensive Faculty Development Programme (FDP) to upskill existing RBU faculty in quantum‑focused pedagogy and grant writing.
• Assisting in the preparation of competitive research proposals that tap into state and national funding streams.

The presence of industry‑seasoned specialists ensures that the curriculum stays current with rapid advances in quantum hardware and software, while also providing mentorship pathways for students aspiring to careers in quantum technology.

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Building an Academic‑Industrial Innovation Pipeline

Beyond classroom instruction, the partnership establishes an academic‑industrial incubator that will:

• Generate joint research publications on topics such as photonic QKD performance, noise‑aware algorithm optimization, and hybrid classical‑quantum benchmarking.
• Offer structured internships at QClairvoyance, giving students exposure to real‑world product development cycles.
• Create direct hiring pathways for graduates, helping to address the talent shortfall identified by the National Quantum Mission.

The labs are slated to become permanent fixtures within RBU’s engineering department, with the expectation that the infrastructure will be leveraged for future grant‑driven projects and collaborative ventures with other quantum‑focused institutions.

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Practical Takeaways for Stakeholders

• Students gain hands‑on experience with both simulation tools and photonic hardware, preparing them for roles in quantum software development, cybersecurity, and hardware engineering.
• Faculty receive ongoing professional development and access to cutting‑edge resources, enabling them to integrate quantum topics across existing engineering curricula.
• Industry benefits from a pipeline of graduates who are already familiar with the tools and protocols used in commercial quantum applications, reducing onboarding time and accelerating product development.
• Policy makers can view the partnership as a model for scaling quantum education initiatives that align with national workforce objectives.

The Ramdeobaba‑QClairvoyance collaboration exemplifies how universities and startups can co‑create ecosystems that translate quantum theory into practical engineering skills, positioning India’s next generation of engineers at the forefront of the global quantum race.