EU projects

B-Phot has been involved in Sixth framework programme (FP6) projects and is also very active in the Seventh framework programme with several european projects.

Projects in the picture

Current Projects

• ACTMOST

  To stimulate industrial innovation in Europe, we created ACTMOST : an access platform to photonics experts and technoloies  be an efficient" one-stop-shop-solution-provider ” for companies and to pro-actively provide European companies  with timely , cost-effective , and investment-free access  to professional, cutting-edge micro-photonic technologies  and knowledge  to support the development of new products.

• EXPEKT- Photonics Explorer - Developing a photonics educational kit for Europe's secondary schools.

  EXPEKT aims to achieve a lasting, positive impact on the way photonics is taught in Europe’s secondary schools.

• Erasmus Mundus Master in Photonics

  Five leading research and educational institutions in Europe are collaborating to offer a joint Erasmus Mundus Master of Science programme in Photonics, providing a top-quality education in all aspects of photonics.

• ICU: Infrared imaging components for use in automotive safety applications.

  ICU aims at prototyping a low-cost infrared night vision system that can resolve a pedestrian or animal on the road.

• NARNIA: New Archaeological Research Network for Integrating Approaches to ancient material studies

  NARNIA is an interdisciplinary project , the main objective of which is to provide young researchers with the means to conduct research on ancient Eastern Mediterranean  material culture and to develop their analytical skills through a series of research and training activities.

• NEMO : Network of excellence on Micro-Optics

  A European network on Micro-Optics

• P4L : Photonics 4 Life

  As a Network of Excellence, PHOTONICS4LIFE aims at providing a coherent framework for the strongly fragmented field of Biophotonics in Europe

• Phosfos : Photonic Skins for Optical Sensing

   PHOSFOS (Ph otonic S kins F or O ptical S ensing) aims at developing a flexible and stretchable foil that integrates optical sensing elements and that if necessary, appropriate and relevant to the application, can include optical and electrical powering as well as onboard signal processing and wireless communications.

• SMETHODS

  Through fully integrated collaborative training sessions, SMETHODS will provide professional assistance, delivering design and feasibility studies, as well as hands‐on training in a variety of optical design and simulation.

Click here to view our finalized projects