Methodology for the creation of audiovisual material for teaching.

The first medical device that monitors your immune system non-invasively

Detection of potential tumor-initiating cells (TICs) in peripheral blood to anticipate the relapse in breast and colorectal cancer

The diagnosis and early detection of structural damage is essential to improve the structural integrity and provide suitable maintenance actions able to prevent possible future catastrophes. This is a structural monitoring system based on the impedance method using wireless sensor networks.

Novel flexible optical connection for rapid and easy coupling to light emitting devices

Patented portable machine for carrying out soft impact tests on fragile materials with a variable mass and stiffness impact element

AllerTrap is a portable and autonomous device to collect airborne particles in motion. Over 500 million people worldwide suffer allergy symptoms because of the exposure to pollen and fungal spores present in the atmosphere.

Prometeo is a robot that helps rescue teams find victims in catastrophe situations. natural disasters are now more intense and deadly. In 2016 there were losses amounting to more than € 175,000 million, affecting 411 million people and causing 7,628 deaths.

IRIO consists on a methodology and a set of software tools that drastically simplify your intelligent data-acquisition system development cycle. With IRIO, FPGA implementations are automatically integrated into EPICS.

Reduce volume, weight and losses of power converters, designing them in the Fundamental Limit of Power Conversion to minimize their internal power processing

AERIS is a last-generation Integrated Assessment Modelling system to evaluate emission abatement strategies and ecosystem and health-related impacts. It is able to simulate the combined effect of abatement measures simultaneously applied and making possible the diagnosis of different indicators within a single, easy-to-use software platform.

Indoor location technology without mobile phones or wearable sensors for human flow analytics, tracking, security, environment interaction, and beyond. Indoor location based services are a growing global market with a promising future. The applications are endless: human flow analytics, tracking, security, environment interaction, immersiveness, geofence, etc. to be applied in offices, museums, airports…

An international team in which a UPM researcher is involved has shown that it is possible to mechanically destroy cancer cells by rotating magnetic nanoparticles attached to them in elongated aggregates.

Researchers from Universidad Politécnica de Madrid and University of Florence are developing a bio-inspired robot equipped with special chemical sensors able to detect the pH of water.

Procedure and measuring instrument and analysis of partial discharges for the evaluation of the state of the electrical insulation of high voltage systems

Automated system of multispectral microscopy for the characterization and quantification of metal ores

Concentrate the solar radiation following the example of a Sun Clock and using much simpler and cheaper mirrors that allow to reduce significantly the cost of generating electric energy by solar thermal energy

CONCLUSIVE Clinical Test in patients with Epilepsy. Exclusive Technology in combination with a high qualified group at the Cognitive and Computational Neuroscience Laboratory at the Center for Biomedical Technology

Researchers from UPM and CSIC have employed waste from the agri-food industry to develop biomaterials that are able to act as matrices to regenerate bone and cartilage tissues, which is of great interest for the treatment of diseases related to aging.

It allows associations, companies, groups and centers to have customized mobile applications with private zones, own chat and dynamic content