RDT
Imagen
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Pic legend 1: Multiplexer Lumiker - RDT Company
General information
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Company nameRDT
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AdressParque Tecnológico de Bizkaia, edificio 614, planta baja, 48160 Derio
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Turnover97.00 million EUR in year 2023
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Employees1785 in year 2023
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SMENO
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Contact Info:
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Phone+34946470647
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Emailinfo@rdtengineers.com
Activity and Skills
RDT, founded in 2006 in Bilbao (Spain), is an innovative corporation whose scope of action is the development of advanced engineering projects, participating in High-Tech projects where it brings flexibility and competitiveness to the outsourcing strategy of major clients. RDT's experience and the trust of our clients have allowed us to carry out projects in various industrial sectors over the last two decades: Energy & Transport, Aerospace, Automotive, Railway, renewables, OIl & Gas, Defense, IT, Industry Manufacturing, AEC. Currently, RDT has an international presence with its own offices in Spain, Portugal, France, United Kingdom, Denmark, Morocco and Mexico, having developed engineering projects in more than 16 countries around the world.
RDT has grown thanks to its dedication and business diversification. Today, it is a corporation capable of providing innovative, comprehensive and tailored solutions to its clients:
- Engineering Project Management
- Software Engineering
- Digital technologies: Industry 4.0
- Computational Simulation
- Electronics & Photonics
- Digital Transformation & E-learning
- Asset Management & Sustainability
- BIM, Industrial Design & Lighting
- Industry operations management & Sustainability
RDT offers a comprehensive service, tailored to the specific needs of its clients, from technical support to managed services, including talent sourcing and managed services.
Contracts for Big Science facilities
[ITER ORGANIZATION - EMPRESARIOS AGRUPADOS
]
Pipe Design with SP3D and Supports Modelling through LICAD
(2022)
[ITER ORGANIZATION - EMPRESARIOS AGRUPADOS
]
• I&C Design FWP Design and Civil Structures Analysis for the Tokamak Complex (Building 11, 14 and 74).
(2022)
[ITER ORGANIZATION - EMPRESARIOS AGRUPADOS
]
• I&C Design FWP Design and Civil Structures Analysis for the Tokamak Complex (Building 11, 14 and 74)
(2022)
[ITER ORGANIZATION - EMPRESARIOS AGRUPADOS
]
• Piping Design with Catia V5 for the Demonstration Fusion Power Reactor
(2022)
[ITER ORGANIZATION - EMPRESARIOS AGRUPADOS
]
First Wall Panel design studies and project functional support
(2022)
[ITER ORGANIZATION - EMPRESARIOS AGRUPADOS
]
Field Task Force Design of Piping integration using Catia V5
(2022)
[ITER ORGANIZATION - EMPRESARIOS AGRUPADOS
]
Fusion Power Reactor Structural and Supports Design Studies
(2022)
[ITER ORGANIZATION - EMPRESARIOS AGRUPADOS
]
ANSYS Analysis for the Tokamak building
(2022)
[ESA - SENER
]
MELISSA Process Engineering Support
(2022)
[ESA - SENER
]
SCRIPT Guidance System Development Support
(2022)
[ESA - SENER
]
SW / Firmware /HW Development services for AURORA and METEOSAT
(2022)
[ESA - SENER
]
METOP SW development services
(2022)
[ESA - SENER
]
AOCS/GNC HW development for the JUICE program
(2022)
[ESA - SENER
]
AOCS/GNC Development for PROBA-3
(2022)
[ESA - SENER
]
HW / Firmware Development for EXOMARS, GAIA and ECLID
(2022)
Relevant R&D projects
[HORIZON EUROPE
] -Easy DC-FOS European project for the development of HVDC cables with voltage above 525 kV
(Easy DC
)
(2024)
The scope of the project includes the fabrication and testing of a prototype cable, the development of partial discharge measurements using passive fiber optic sensors for aging analysis in the 0 to 1 GHz range, and the creation of a new vibration sensor with integration into distributed temperature sensing (DTS) and distributed acoustic wave (DAS) solutions.
[LIFE PROGRAMME
] -Innovate technologies to monitor and reduce NonExhaust Emission, particles and microplastics of VEhicles and pavements to improve air quality and human health
(LIFE NEEVE
)
(2024)
Innovative European project to reduce pollution and improve air quality. Promoted and financed by the European Union and coordinated by the University of Seville.
The LIFE NEEVE project will be developed along two axes: the main technological objective will be to design, develop and demonstrate innovative techniques and methods for measuring and reducing NEE; the main non-technological objective will be to provide guidance on how to replicate and export these innovative results of the study in other road transport sectors and to raise awareness among stakeholders about the dangers of NEE.
[HAZITEK
] -Innovative fiber optic systems for the monitoring of high-power insulated cables in AC & DC ( ZL-2023/0651)
(AITXURI
)
(2023)
[HAZITEK
] -IoT system of smart sensors with energy harvesting and drones with artificial vision for the protection of railway infrastructures from a predictive Digital Twin ( ZL-2023/00718 )
(AIOTRAIN
)
(2023)
[HAZITEK
] -Comprehensive solution for the life extension of wind turbine structures through real-time monitoring with advanced artificial intelligence and drones with augmented reality vision ( ZL-2023/00616 )
(ERROTAID
)
(2023)
[HAZITEK
] -Advanced renewable gas hydrogen refueling system for mobility applications ( ZE-2022/00038 )
(AVOGADRO
)
(2022)
[HAZITEK
] -Integration of structural bridge monitoring into the Internet of Things with a digital twin digital twin ( ZL-2022/00200 )
(2022)
[CDTI
] -Development of passive EDFA amplifier, integrated in Faraday interrogators ( EXP – 00136136 / IDI-20210765 )
(INTERSEN
)
(2021)
The main objective of this project is to design and develop the precise technology to reduce the number of fibers required for the interconnection between passive sensors and data acquisition facilitie
[HAZITEK
] -Floating Platform, Connector & Cable innovative monitoring solutions ( ZE-2021/00042 )
(FLOAT&M
)
(2021)
Development of technologies, products and services to provide a comprehensive solution for Floating Wind O&M through the development of new technologies.
[HAZITEK
] -Predictive Maintenance System Development based in Bragg Networks ( ZL-2020/00893 )
(BRAGG
)
[OTHER
] -Sensor technologies applied to the predictive maintenance of electrical grids
(PMEL
)
[OTHER
] -Predictive Maintenance Platform
(PREMAN
)
[OTHER
] -Underground cables remote monitoring based on optical sensors. platform
(CABLESENS
)
[OTHER
] -Intelligence Generation Monitoring System applied to Cables
(APC CABLESENS
)
[OTHER
] -Brillouin Interrogator development oriented to Aerospace Composite Manufacturing
[CDTI
] -HV Short-Circuit measuring with optical sensors for Smart-Grid monitoring ( EXP 00091914 / INNO-20161052 )
(PHOSENS
)
[OTHER
] -Ampacity Predictive System for Dynamic lines monitoring
(SPADI
)
[HAZITEK
] -CMS Blade Monitoring system for Wind Turbines Generators ( ZL-2021/00474 )
(EOMONIT
)
Development of an innovative system for structural health and blade pitch control of wind turbine blades.
[AEI
] -Development of innovative solutions for electric vehicle charging with optical current measurement systems (AEI-010500-2021-159)
(OPTICHARGER
)
Development of innovative solutions for electric vehicle charging with optical current measurement systems.
[HAZITEK
] -Development of an advanced electric current monitoring system based on a fiber optic sensor platform (ZL-2019/00888)
(FOCSENS
)