CD6 is an R&D center of the Technical University of Catalonia (UPC), dedicated to Photonics and Optical Engineering. The Center's applied research generates knowledge aimed at bringing new products or processes to market. Thanks to its multidisciplinary nature (optics, electronics, mechanics and software), the research results have led to the creation of several technology-based companies that market new products in various sectors of activity.
APPLIED RESEARCH AT CD6: BRIDGING THE GAP
Applied research at CD6 is not just about pushing the boundaries of photonics knowledge. We're passionate about applying those discoveries to solve real-world challenges. Through applied research, we bridge the gap between science and practical applications, between the lab and the market.
INNOVATION THROUGH COLLABORATION
At CD6 we focus on translating research results into practical applications. Through a collaborative environment close to private companies, we develop photonics solutions to tackle real problems. Our aim is to continuously improve existing technologies and help companies increase their competitiveness through innovation.
EMPOWERING PHOTONICS ENTREPRENEURSHIP
Creating a technology-based company, is always a tough challenge. CD6 provides support to photonics entrepreneurs at very early stages, to help them build their minimum viable product and target a fair investment for their project. CD6 provides technological guidance, laboratories, prototyping facilities support and access to its valuable network of research collaborators, customers, suppliers and innovation organizations.
BUILDING SUCCESS ON OUR CORE VALUES
CD6 core values are the base of everything we do. They guide our decisions, foster our collaborative spirit, and attract individuals who share our passion. These values, described in the quality policy, are the blocks for building trust with our stakeholders and also, to create a positive work environment.
Photonics plays a crucial role in diverse healthcare applications, specially in non-invasive medical imaging.
Industry 4.0 relays on the integration of intelligent digital technologies into manufacturing and industrial processes. Optical techniques play a key role in providing advanced sensing solutions.
The industry of science deals with the conception, design and construction of new instruments for researchers or state-of-the-art scientific facilities.
Current and future mobility systems will make an intensive use of photonics solutions, specially in all sorts of autonomous vehicles.
Photonics is revolutionizing agriculture by boosting crop yields, reducing pesticide usage, or enabling early stress detection.
Enabling data collection on air quality, traffic, or water levels for improved resource management, are examples of photonics applications in smart cities.
Space research and exploitation, makes an intensive use of photonics solutions that enable a myriad of requirements for space flights or applications.
Photonics plays a significant role in sustainability by enhancing lighting efficiency, water purification, environmental sensing, and air quality monitoring.
