ENAC-IT4R
We serve as a Data Help Desk, providing or connecting to resources for data management, data science and scientific valorization in addition to ENAC-IT’s Support. Plus, we offer Advanced services tailored to labs’ needs, to support throughout data lifecycle, e.g., from building data acquisition pipelines to deploying custom data visualization interfaces (Advanced services are eligible through SNSF funding; our costs follow the U1 tarification system)
Data & Code Help Desk
Advanced Services
- Data acquisition pipelines
- Data pre-processing and curation
- Access to new data streams
- Code optimization & refactoring
- Code migration and adaptation (e.g., for HPC/GPU)
- Research scripts packaging
- Database management, advanced storage
- Server management, containers deployment
- Advising on infrastructure choices and data governance structures
- Custom data visualisation development
- Interactive web tools dev. and deployment
- Full-stack web development of tailored applications
- Research scripts packaging
- Collaborative data projects shaping and set-up, students co-supervision
- Consulting and support on data analysis/science: tools and methods
Featured projects
Monash Flood Portal
Screenshot of the Monash Flood Portal, ENAC-IT4R Floods are one of the most common natural disasters globally, mainly caused by atmospheric conditions that lead to heavy rainfall, rapid snowmelt, or storm surge. When the surface runoff exceeds the capacity of the drainage network and surface water cannot enter the sewerage system, the drainage network overflows, resulting (…)
CCFatigue Data Platform
Composite materials fatigue database and life prediction – open research platformThe CCFatigue platform offers a standardized and interoperable database for sharing, accessing and analyzing material testing datasets. It is composed of(1) A database, with composite material fatigue and fracture test data and(2) A suite of calculation modules allowing users to experiment with their own data.ENAC-IT4R (…)
Visual Navigation Machine Learning Competition
No GPS, no problem !Today drones and other aerial autonomous systems for navigation and control depend heavily on the robustness of GNSS reception for their position estimation. The objective of this competition is to ask users around the world to contribute to TOPO’s research by building and training a model that can be used to (…)