The AQV–WISER program is the first large-scale quantum algorithms initiative delivered by Qubitech under the Amaravati Quantum Valley. Built as a three-stage funnel, it is designed to identify, nurture, and accelerate quantum talent at scale — from broad-access foundations to an elite, research-oriented summer school.
Open-access learning that introduces quantum concepts to tens of thousands of learners across the country.
A highly selective cohort receives deeper exposure to quantum computing, algorithms, and AI integration.
The top performers transition into an intensive, research-oriented Quantum AI summer school anchored by global quantum-AI collaborations.
Qubitech has established India's first integrated Quantum Reference Facility — a working environment for live hardware demonstrations, characterization, and practical learning. Every Qubitech program is anchored in real hardware exposure, not just theory.
Demonstrations on real quantum processors, control electronics, cryogenic systems, and vacuum infrastructure.
Hands-on exposure to the experimental protocols used to qualify and operate quantum hardware.
Recurring immersive workshops for learners, faculty, and researchers to experience quantum hardware first-hand.
Our programs are structured as a progressive pipeline — from short exposure workshops for newcomers, through deeper technical training, to advanced research-grade specialization. Each tier builds on the last and connects directly to live quantum infrastructure.
Short-format workshops that introduce learners and educators to quantum technologies through guided facility tours, live demonstrations, and conceptual primers. Designed for participants with no prior background — a gateway into the broader pipeline.
Structured introductions to quantum computing, hardware, algorithms, communications, and cryptography. Blended online and on-site learning with assessments, mini-projects, and a first hands-on hardware session.
Hybrid programs combining substantial in-person hardware practice with deeper coursework. Participants work directly with cryogenic and control infrastructure and complete applied projects.
Immersive, long-form programs for researchers and senior practitioners. End-to-end hardware operation, capstone projects, and research output — building leaders who can teach, mentor, and innovate.
Launch core workshops, establish the curriculum, and build the first cohorts around the Quantum Reference Facility.
Expand to regional learning hubs, deepen specialization tracks, and activate a train-the-trainer network to multiply reach.
Establish a self-sustaining network of centres, research outputs, and a steady pipeline of quantum-skilled graduates into industry.
Qubitech is launching a wider portfolio of programs spanning the full stack of quantum technologies. Each program will combine structured coursework with hands-on time at the Quantum Reference Facility.
Practical training on superconducting qubits, cryogenics, microwave electronics, and characterization workflows.
Applied programs covering Qiskit, Cirq, PennyLane, hybrid quantum-classical algorithms, and quantum AI.
A structured minor program designed to integrate with national engineering curricula, enabling students to earn credentialed quantum coursework alongside their primary degree.
Specialized training on quantum-safe cryptographic standards and the security implications of quantum computing.
Multi-tier training pathways for universities and engineering colleges, including train-the-trainer modules and centre-of-excellence partnerships.
Focused programs for sectors where quantum is becoming operationally relevant — finance, materials, life sciences, and defence-adjacent applications.
New programs are launching through the year. Tell us about your background and the kind of program you're interested in, and we'll keep you informed as cohorts open.
