About
Evidence into capability.
Veyra Institute for Applied Sciences is an independent, non-profit research institute dedicated to converting rigorous scientific inquiry into practical capability — for industry, government, and society.
Our mission
The Veyra Institute exists to close the gap between scientific discovery and real-world application. We pursue fundamental research at the frontier of five disciplines — computation, materials, photonics, neuroscience, and earth systems — while simultaneously running a commercial services arm that translates that knowledge into tangible outcomes for external partners.
We are independent by design. Because we carry no faculty tenure obligations and no government departmental brief, we can direct resources toward problems that are genuinely hard, organize researchers across disciplinary lines, and hold ourselves to a single standard: does this work create measurable capability?
Our 640 researchers, 210 graduate students, and 90 postdoctoral fellows share the Calder Mesa Campus in Arenfield — a single site that keeps every division, facility, and service function within walking distance of one another. That physical proximity is deliberate: the most productive collaborations we have seen emerge from corridors and coffee queues, not scheduled workshops.
Our history
Three and a half decades of building something that did not previously exist.
- 1987
Foundation
The Institute is established in Arenfield by a consortium of seven founding trustees drawn from industry and higher education. The founding charter commits Veyra to operating without external political alignment and to publishing all fundamental research findings. Fourteen researchers occupy the original single-building campus on Aldermere Way.
- 1994
Commercial Services arm launched
The Board approves the creation of a fee-income services division — covering analytical, computational, and IP services for industry. Revenue generated by the services arm cross-subsidizes fundamental research and reduces dependence on grant funding cycles. Within three years, external service income covers 28% of the Institute's operating costs.
- 2001
Calder Mesa Campus opens
The multi-building Calder Mesa Campus opens at 14 Aldermere Way, consolidating all research groups under one roof for the first time. Buildings A through D are commissioned in the first phase; Buildings E and F follow in 2004. The Meridian HPC cluster — at that point 180 CPU nodes — comes online alongside the new campus, establishing Veyra's computational infrastructure.
- 2009
Graduate School established
The Institute receives degree-awarding powers and opens the Graduate School under its first Dean. The inaugural cohort of twelve PhD candidates begins in October of that year. The Veyra Fellows postdoctoral program is launched simultaneously, drawing applications from 38 countries in its first cycle. By 2015 the Graduate School grows to 180 enrolled students across all five divisions.
- 2019
Quantum & Photonic Systems division formed
Responding to the maturation of integrated photonics as an engineering discipline, the Board approves a fifth division — Quantum & Photonic Systems — to be established alongside the existing four. Three founding research groups are seeded from existing cross-division collaborations. The Integrated Photonics Lab's first prototype silicon-nitride waveguide chip is demonstrated the same year.
- 2024
Meridian cluster expansion; Veyra Atlas released
The Meridian High-Performance Computing Cluster is expanded to 2,400 GPU nodes, placing it among the largest non-governmental scientific compute facilities in the region. Concurrently, the Software & AI Services division releases Veyra Atlas — a pretrained model for materials property prediction — making it available to external partners via API. Total grant income for the calendar year reaches 87 million credits across all five divisions.
By the numbers
Five divisions
Each division hosts three research groups, shares access to the Institute's core facilities, and maintains its own engagement with external partners.
CDS
Computational & Data Systems
Machine learning, probabilistic inference, high-performance computing, and human-centred computing. Three groups led by Dr. Naila Ravelo, Prof. Tomas Eberhardt, and Dr. Imara Solveig.
Explore CDS →MME
Molecular & Materials Engineering
Soft matter, catalysis, functional materials, and green chemistry. Three groups led by Prof. Davor Lindqvist, Dr. Yael Brenner, and Prof. Marc Auzou.
Explore MME →QPS
Quantum & Photonic Systems
Integrated photonics, quantum sensing, and nonlinear optics. Three groups led by Dr. Sora Veld, Prof. Elias Marchetti, and Dr. Petra Solano.
Explore QPS →CNS
Cognitive & Neural Science
Computational neuroscience, perception and decision-making, and neural engineering. Three groups led by Prof. Hana Okoro, Dr. Roald Steiner, and Dr. Lior Halmstad.
Explore CNS →ECS
Earth & Climate Systems
Atmospheric dynamics, hydrology and earth-surface processes, and climate informatics. Three groups led by Prof. Aiko Romero, Dr. Caius Whitlock, and Dr. Selma Underhill.
Explore ECS →What we believe
Independence
We hold no political brief and accept no funding that carries editorial or directional conditions. Our findings stand or fall on evidence alone.
Openness
Fundamental research results are published without embargo. We contribute to open datasets, open-source tools, and preprint servers as standard practice.
Rigour
We set high standards for methodology, statistical power, and reproducibility. Internal review of manuscripts and data is mandatory before external submission.
Interdisciplinarity
The most consequential problems do not respect divisional boundaries. We organize research groups across divisions and fund cross-cutting seed projects every year.
Responsibility
We apply our own Code of Conduct to all Institute activities, and our Research Ethics Committee reviews proposals at submission, not after the fact.
Practical impact
Capability matters. We measure ourselves not only by publications but by the percentage of research that moves from bench to real-world deployment within five years.
Learn more
People
Leadership
Meet the Director, COO, and Dean of the Graduate School.
View leadership →Place
Calder Mesa Campus
Six buildings, five core facilities, and a single-site philosophy.
Explore campus →Oversight
Governance
Board of Trustees, Scientific Advisory Council, and key policies.
View governance →