Research

We have four
Core Research
Divisions

microfluidics

Our experts spans the scientific methods to the applied research in micro- and nanotechnologies. By integrating microfluidics, sensors, and actuators, we develop advanced Microsystems for applications in industrial applications, biomedical diagnostics, environmental analysis, chemistry, sports science, biology, and medicine.

Enhancing performance and reducing energy losses.
Investigating phenomena like cavitation and instability.
Extending equipment lifecycle through improved designs.
Optimizing noise levels.
Developing mini-micro fluidic components.

fluid
power

Our specialists are committed to optimizing the design and functionality of oleohydraulic and pneumatic components used in industrial and mobile machinery. Key focus areas include:

Advancing green and circular engineering.
Improving energy efficiency.
Enhancing system functionality and connectivity.
Reducing noise emissions.
Ensuring environmental compatibility.

vibration&
acoustics

We aim to mitigate the impacts of noise and vibrations in industrial and urban environments through:

Theoretical and applied research in noise control using advanced acoustic management techniques.
Designing low-cost acoustic sensors and networks to monitor and manage environmental noise.
Developing predictive models and solutions for vibration control in infrastructure projects.

materials&
structures

This division is committed to pioneering the use of sustainable materials and innovative construction techniques. Our research initiatives include:

Developing composites from recycled materials for enhanced durability and environmental sustainability.
Advancing large-format 3D printing technologies to revolutionize building processes.
Exploring the integration of smart materials in construction that respond dynamically to environmental changes.

Recent Publications

Recent articles, papers, and books published by the group members.

View publications

Partnerships

Highlight of collaborative projects and partnerships with other research institutions, industry, or international bodies.

Institutions

Tecnio Catalonia

Global Fluid Power Society

Universities

Universitat Politècnica de Catalunya

TECNIO és l’acreditació que atorga la Generalitat de Catalunya a través d’ACCIÓ per identificar i donar visibilitat als agents de transferència de tecnologia del sistema R+D+I de Catalunya que presentin capacitats tecnològiques diferencials i amb capacitat de transferir-les per enfortir el teixit empresarial i fer atractiu internacionalment l’ecosistema català d’innovació.