R&D center and Tech
accelerator
ARQUIMEA Research Center is a private R&D center, part of ARQUIMEA, with the calling of developing ideas and getting involved in projects with a high impact in society.
We rely on a product-oriented strategy, market diversification and internationalization to achieve a sustainable growth with the aim of creating the technology of tomorrow.
ARQUIMEA is a cross-sectoral international technology corporation that develops solutions and innovative products in highly demanding activity sectors.
At ARQUIMEA we believe in technology as the engine for social development. R&D and innovation are at the core of our DNA.
Creating and delivering value. 2 steps
STEP 01
An Tech Scout
Identification and validation of state-of-the-art technologies able to provide at least a 10x impact on clients needs.
STEP 02
An Tech Demostrator
Research and development of breakthrough technologies jointly with key partners/clients. The projects aim to obtain tech demonstrators and IP able to be transferred.
STEP 01
An Tech Scout
Identification and validation of state-of-the-art technologies able to provide at least a 10x impact on clients needs.
STEP 02
An Tech Demostrator
Research and development of breakthrough technologies jointly with key partners/clients. The projects aim to obtain tech demonstrators and IP able to be transferred.
Our Research Lines
Neural Volumetric Capture
ARQUIMEA Research Center is researching and developing the use of Machine Learning in the VR and AR field to capture volumetric scenes.
The goal is to develop a set of architectures that can be introduced into the computer graphics pipeline using neural networks to improve both, the quality of the results and the rendering speed.
AI-assisted hyperspectral Data Fusion for autonomous robotics in critical environments
ARQUIMEA Research Center is researching and developing novel Data Fusion schemes for a wide range of sensors in robotics applications.
We cover from our own state-of-the-art hyperspectral sensor based on dual optical comb architectures, to mm-wave radars, LIDAR, IR or visible imaging. These Data Fusion schemes, assisted by AI, are meant to provide a very high reliability for applications where autonomous robotics needs to perform operation and maintenance actions in critical infrastructure.
Photonic Integrated Circuits for environmental sensing
ARQUIMEA Research Center is researching the detection of pollutants in fluids employing minituarized optical systems and microfluidics.
The Photonic Integrated Circuit technology (light in a chip) will allow to design a portable lab-on-a-chip system able to perform non-invasive analysis with high sensibility and efficiency. Furthermore, it paves the way for future low cost tests without using dangerous materials and substances associated to some of the current techniques.
Contact the Expert
Contact the Expert
Contact the Expert
Orlando Ávila García, PhD
Marta Portela García, PhD
Cristina de Dios, PhD
Neural Volumetric Capture
ARQUIMEA Research Center is researching and developing the use of Machine Learning in the VR and AR field to capture volumetric scenes.
The goal is to develop a set of architectures that can be introduced into the computer graphics pipeline using neural networks to improve both, the quality of the results and the rendering speed.
Contact the Expert
Orlando Ávila García, PhD
AI-assisted hyperspectral Data Fusion for autonomous robotics in critical environments
ARQUIMEA Research Center is researching and developing novel Data Fusion schemes for a wide range of sensors in robotics applications.
We cover from our own state-of-the-art hyperspectral sensor based on dual optical comb architectures, to mm-wave radars, LIDAR, IR or visible imaging. These Data Fusion schemes, assisted by AI, are meant to provide a very high reliability for applications where autonomous robotics needs to perform operation and maintenance actions in critical infrastructure.
Contact the Expert
Marta Portela García, PhD
Photonic Integrated Circuits for environmental sensing
ARQUIMEA Research Center is researching the detection of pollutants in fluids employing minituarized optical systems and microfluidics.
The Photonic Integrated Circuit technology (light in a chip) will allow to design a portable lab-on-a-chip system able to perform non-invasive analysis with high sensibility and efficiency. Furthermore, it paves the way for future low cost tests without using dangerous materials and substances associated to some of the current techniques.
Contact the Expert
Cristina de Dios, PhD
Our Technology Scouting funnel
These are some of the technologies that we are validating to be incorporated as Research Lines in Arquimea Research Center.