InnovaXN
A doctoral programme training PhD students on innovative projects
The programme
Supported by an H2020 MSCA COFUND Programme, 40 PhD students will study a wide variety of subjects driven by industrial challenges. The programme is also focussed on exploiting the advanced characterisation techniques of the large-scale European facilities in Grenoble: the ESRF and ILL.
The equal opportunity policies of the ESRF and ILL have been in place for many years. These policies focus on
gender balance, cultural diversity and inclusion of disabled staff.
Why InnovaXN ?
Train young researchers in advanced synchrotron X-ray and neutron techniques in an international, innovative and multidisciplinary environment
To bridge the knowledge gap between Europe’s world-leading research infrastructures and the industrial world
To create a community of uniquely-skilled ambassadors to industry by recruiting and training 40 international PhD students
To contribute to the development of breakthrough technologies for science, industry and society
Why InnovaXN ?
Train young researchers in advanced synchrotron X-ray and neutron techniques in an international, innovative and multidisciplinary environment
To create a community of uniquely-skilled ambassadors to industry by recruiting and training 40 international PhD students
To bridge the knowledge gap between Europe’s world-leading research infrastructures and the industrial world
To contribute to the development of breakthrough technologies for science, industry and society
News & Events
Follow Us
Our round 1⃣ and round 2⃣ #PhD students were brought together for a symposium yesterday! They gave very interesting and informative presentations, even at such an early stage of their @MSCActions research project.
Well done to them all ! 🚀
Read more: https://www.innovaxn.eu/2021/12/07/innovaxn-student-symposium/
Research Areas
InnovaXN is a Horizon 2020 MSCA COFUND programme providing an opportunity for 40 industrial companies to work with 40 PhD students, performing advanced research and exploiting the unique characterisation techniques of the ESRF and ILL.
