From Theory to Prototype. Fast.
DOPE Hubs is an applied research infrastructure that connects scientific ideas with interdisciplinary teams and rapid execution. 120 researchers, 9 active projects, direct access to university labs and an industrial network.
No access fee. Project evaluation on a quarterly basis.
Why DOPE Hubs Exists
The Execution Gap
Problem
You have a research idea that needs experimental validation, prototypal development, or field testing. But:
- Bureaucratic timelines for activating collaborations are long
- Assembling an ad hoc technical team takes months
- Junior team members lack experience on real-world projects
The DOPE Solution
Direct access to 120 researchers already operational, organised in proven interdisciplinary teams. Expertise in aerospace, AI, robotics, electronics and software.
The Interdisciplinarity Problem
Problem
High-impact research requires competencies that span disciplines: mechanical engineering, computer science, physics, statistics, design. But:
- Departments operate in silos
- Finding co-investigators in other faculties is complex
- Single-discipline team members struggle to communicate across domains
The DOPE Solution
A structure that is interdisciplinary by design. Teams of mechanical, electronic and software engineers, physicists, economists and communicators. Years of practice working on projects that demand integration across fields. A shared technical language already in place.
The Technology Transfer Barrier
Problem
You have scientific results ready for industrial application. But:
- The university-to-industry pathway is slow and bureaucratic
- People who speak both languages are rare
- Academic spin-offs take years to structure
The DOPE Solution
An active industrial network: DOPE operates as bridge and validator — we translate research into functional demonstrators that companies can evaluate directly.
If any of these challenges is familiar, DOPE can be your execution partner.
The DOPE Infrastructure
Rapid Execution Team
120 active researchers distributed across 9 concurrent projects. From Master's candidates to PhD researchers. Background: Engineering (Mechanical, Electronic, Computer, Management), Physics, Mathematics, Economics, Communications.
Verifiable track record:
- Autonomous drone system — 6th worldwide, UAS Challenge 2025
- Experimental rocket in development for EUROC 2026
- AI algorithm for medical diagnostics
- Earth Observation platform
Collaboration model:
- Researcher / Professor: PI, scientific direction
- DOPE Team: execution, technical development, testing, documentation
- Output: co-authorship on publications
Speed and Flexibility
Unlike traditional academic collaborations, DOPE runs on an agile execution model:
- Minimal bureaucracy — no lengthy administrative processes
- Fast decision-making — team autonomous on technical choices, PI on scientific direction
- Focus on tangible outputs (prototypes, data, papers), not process compliance
These capabilities exist now. No need to build them from scratch for your project.
Propose a CollaborationWhen Collaborating with DOPE Makes Sense
Three researcher profiles for which DOPE is the right infrastructure.
Profile
Post-doc or Assistant Professor with solid theoretical results and the need for rapid experimental validation towards a high-impact publication or grant proposal.
Typical scenario:
You've developed a control algorithm for autonomous systems. It works in simulation. To publish at top-tier venues (IEEE Transactions, ICRA) you need validation on real hardware. But:
- No access to an adequate robotic platform
- No time or expertise to develop hardware from scratch
- Available team members are too junior for complex integration
What DOPE Can Provide
We provide an existing hardware platform, a team of 3–4 engineers for firmware-hardware integration, and support for testing and data collection.
Profile
Full Professor or PI with an active grant (Horizon Europe, PRIN, industrial project) and the need for an agile team on a complex technical work package.
Typical scenario:
You've secured multi-year funding for autonomous environmental monitoring systems. Building an internal team means hiring (slow), training (long), complex HR. Your PhD researchers are occupied with their own work.
What DOPE Can Provide
We provide a dedicated team. You keep scientific direction, milestone supervision and results ownership. DOPE handles daily execution, troubleshooting and rapid iteration.
Budget: allocate part of the grant to cover DOPE operational costs (materials, instrumentation). Flexible model.
Key Benefit
Execution speed. Lower project management risk. A team already proven on complex projects. You focus on the scientific vision; we handle implementation.
Profile
PhD candidate mid-programme with promising results and interest in technology transfer towards industrial application, but without a network or commercialisation experience.
What DOPE Can Provide
We connect you to relevant industrial partners, facilitate meetings to present your results, and — if interest emerges — support development towards a functional demonstrator.
Recognise yourself? Let's talk.
Get in TouchApplied research needs execution capability.
We provide it.
DOPE Hubs connects scientific insight to functional prototype. Whether you need a rapid execution team, cross-disciplinary expertise, or an industrial network — we're ready to work.
Propose a Research Project