VIDYAQAR Build

Build quantum hardware, not just operate it

A breadboard for the quantum era: real, open-architecture superconducting hardware your students can cool, wire, measure, and modify, with the course material and Quantum EDGE software to build hardware expertise in-house.

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Turnkey to install, open to extend, for universities, research institutes, and innovation hubs.

A VIDYAQAR Build system on site: the Bluefors gas handling cabinet, a rack of control electronics, and the open cryostat insert
VIDYAQAR Build at Quantum-Hub@MAHE, Bengaluru

Teaching with real hardware takes years to establish

Before students can be taught, a system must be designed, built, and experts found to run it. Most institutions can't start from zero.

The usual route Years

to design and build a hardware lab, find and train the trainers, and design a curriculum, before teaching begins.

With VIDYAQAR Build Day one

Working open hardware from installation, course material, and a program that trains your own team, so the expertise stays in-house.

A real system students can open up

Every part is an industry-standard component that students can study, swap, and test on its own, then modify and extend as their skills grow.

Reference configuration

  1. SoftwareQuantum EDGE

    The same measurement software and Python SDK research labs use, with every result kept in one place.

  2. Control electronics

    Modular instruments that drive and read out the qubits.

  3. Dilution refrigerator

    Cools the chip to around 10 mK, with open stages students can see and work on.

  4. Superconducting QPU

    A 7-qubit chip built for exploring how qubits couple, from single qubits to multi-qubit schemes.

  5. Course materialQuantum EDGE Academy

    Courses and lab practicals for every stage of the program.

Built for exploring qubit physics up to two-qubit gates.

Make components for VIDYAQAR Build? Get them certified

Reference lab · Delft

See it running in our lab

VIDYAQAR Build is based on the open-architecture system we run every day in Delft, the Netherlands. We take prospective customers through the lab to see it working.

Arrange a visit
A rack of control electronics beside a dilution refrigerator in a quantum lab

Everything you need to start teaching

From finding your trainers to supporting your first classes, it's all included.

  1. Find your trainers. We help you identify the people who will lead the program.
  2. Train them. A train-the-trainer program on your own system.
  3. Teaching material and methods. Courses, practicals, and how to teach them.
  4. System installation. The hardware delivered and installed in your lab.
  5. Software installation. Quantum EDGE set up and ready for teaching.
  6. Ongoing support. Our team behind you as the program runs and grows.
  7. Partner introductions. Connections to partners across the quantum industry.
  8. Request a proposal

A program, not just a system

Every VIDYAQAR Build comes with a path from first lesson to real experiments, and we train your own people to lead it.

  1. Stage 1 Quantum EDGE Academy

    Learn the concepts and the tools

    Simulated hardware in Experiment Timeline.

  2. Stage 2 VIDYAQAR Build

    Get hands-on with components

    Lab practicals on the parts students will work with.

  3. Stage 3 VIDYAQAR Build

    Operate a real system

    Characterization experiments on real quantum hardware.

Four trainees in gloves assembling a gold cryostat stage at a workbench

Train the trainer · Quantum-Hub@MAHE

Access to real quantum hardware, cryogenic systems, and RF infrastructure ensures that our students and researchers are not merely technology users but system builders.

Prof. Iven Jose, Director, MIT MAHE Bengaluru
11trainers, from computer science to mechanical engineering, reached real system operation in one summer, at an institution with no prior quantum hardware lab.