3-5 November Fira de Barcelona

Join the UPC at the SCEWC26

About the Event

The UPC at Smart City Expo World Congress (SCEWC)


The Universitat Politècnica de Catalunya – BarcelonaTech (UPC) is a public institution of research and higher education in the fields of engineering, architecture, sciences and technology, and one of the leading technical universities in Europe.

Find us at

See location ->

NOV 3-5, 2026
BARCELONA – GRAN VIA VENUE
Pavilion P3, Level 0, Street C, Number 143

Projects with on-site demonstrators

Throughout the event, visitors will see Oliwall in action and explore its advanced robotic capabilities. Its omnidirectional mobile base allows it to move in any direction and rotate on the spot for precise positioning, while its robotic arm moves freely around the platform, automatically avoiding collisions with the robot itself.

The highlight of the demonstration will be a live scan of a wall installed at the UPC stand, where Oliwall will use its sensors to identify surface materials and detect components concealed within the structure.

Visitors will also have the opportunity to discover how Oliwall maps its surroundings and automatically recognises building elements, such as doors, showcasing the potential of robotics for smarter building inspection and assessment.

More information here.

The underlying models provide estimates of material types and quantities, from individual building elements and material layers to entire buildings, neighbourhoods and urban areas.

At the exhibition, visitors will interact with CircMap on a touchscreen, navigate the 3D urban environment, select individual buildings and explore their building inventories, estimated material composition and quantities, and selected construction and demolition waste and circularity indicators. The demonstration provides a glimpse into how building-level data can support better planning of renovation and demolition activities, material recovery and circular resource management. CircMap aims to support more informed decisions by cities, building owners, designers, auditors, contractors, waste operators and researchers.

More information here.

Equipped with sensors to measure NO₂, O₃, particulate matter (PM2.5 and PM10), temperature and humidity, the device enables continuous monitoring of key pollutants regulated under European Union standards.

Captor-VI stands out for its high level of interoperability, allowing data to be transmitted to the MONET platform via LoRa, Wi-Fi, Bluetooth, Zigbee, Matter or cellular networks, depending on the application’s requirements. Its energy self-sufficient architecture, incorporating a solar panel and battery, facilitates deployment in remote locations without existing infrastructure, ensuring continuous, autonomous data collection.

More information here.

The system uses high-precision surface temperature sensors (0.1°C) installed on building façades. Powered by batteries, these sensors take measurements every five minutes and transmit the data to the monitoring platform via cellular networks. The network also incorporates anemometers to measure wind speed and direction, enabling the analysis of airflow patterns throughout the urban street network.

To achieve an accurate characterisation of the urban microclimate, the project combines the processing of satellite thermal imagery with data collected on the ground. Predictive models are also calibrated and trained using street-level thermal images captured with high-resolution thermal cameras, ensuring accurate correlation between thermal radiation from building façades and the thermal conditions experienced by pedestrians.

More information here.

New Partnership Programme

CONNÈXIA UPC

The Connèxia Programme is the
new partnership programme
addressed to a limited number of
business to build a strategic
alliance
 with the UPC.

Connèxia is addressed to those
number of business interested in
having a close and holistic
relationship with the UPC to
secure their competitive edge
and drive growth.

Botón Interactivo
Botones Interactivos
Scroll to Top