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Quantum Engineering Cycle:
Opportunities & Challenges
co-hosted at
co-hosted at
A half-day interactive discussion on what's next in making quantum system engineering harmonised and integrated
A half-day interactive discussion on what's next in making quantum system engineering harmonised and integrated
Which subtopics should you expect?
Model selection & reduction
Model selection & reduction
White-, black-, gray-box and physics-informed approaches
(master eqs, process tensors, ...)
(master eqs, process tensors, ...)
Design
& Constraints
Design
& Constraints
Focus on engineering reachability in the presence of bandwidth limits, crosstalk,quantum speed-limit constraints, calibration overhead, achievable fidelities, and scalability.Cross-platform case studies (integrated photonics, superconducting circuits, neutral atoms, NV-center sensing, ...) encouraged
(data-driven)
system Identification
(data-driven)
system Identification
Adapt & certify models under different noise sources as well as mitigation strategies: classical versus quantum, Gaussian versus non-Gaussian, stationary versus time-varying, Markovian versus non-Markovian, ...
optimal and robust Control
optimal and robust Control
Control architectures (open versus closed loop, offline versus online,gradient-based versus gradient-free), studies of optimality and under-constraints robustness to support hardware–software co-design
Confirmed Speakers
Confirmed Speakers
Andrea
Delgado
Andrea
Delgado
Qblox
Sebastian
Feld
Sebastian
Feld
TU Delft
Elica
Kyoseva
Elica
Kyoseva
NVidia
Simone
Montangero
Simone
Montangero
University of Padua
Davide
Venturelli
Davide
Venturelli
USRA
Aleksander
Wennersteen
Aleksander
Wennersteen
Pasqal
Quantum computing and sensing devices are transitioning from laboratory prototypes to engineered, scalable systems.
Quantum computing and sensing devices are transitioning from laboratory prototypes to engineered, scalable systems.
How can we accelerate this progress by further integrating fragmented workflows that treat modelling, design, characterization and control as independent task?
How can we accelerate this progress by further integrating fragmented workflows that treat modelling, design, characterization and control as independent task?
We envision a "Quantum Engineering cycle" as the idea inspiring the workshop proposal and discussions. The model selection and reduction occupies a central, recursive place here to emphasise its informative role in every other step of the cycle.
Organisers
Organisers
A. Andrea Gentile
A. Andrea Gentile
Pasqal
Ritik Sareen
Ritik Sareen
RMIT University
Akram Youssry
Akram Youssry
University of New South Wales
Raffaele Santagati
Raffaele Santagati
Boehringer Ingelheim
Cristian Bonato
Cristian Bonato
Heriot-Watt University
Alberto Peruzzo
Alberto Peruzzo
Qandela
The Venue
The Venue
Toronto, Ontario, Canada
Toronto, Ontario, Canada
Metro Convention Centre
Metro Convention Centre
Our workshop is co-hosted with the IEEE Quantum Week 2026, a premier international forum for quantum computing and engineering
Our workshop is co-hosted with the IEEE Quantum Week 2026, a premier international forum for quantum computing and engineering
Do you want to contribute? We want to hear from you!
Do you want to contribute? We want to hear from you!
Deadlines
* Full workshop paper due: July 9th 2026
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