Training

Training

As BIKE is an International Training Network project for the training of T-shaped Early Stage Researchers (ESRs) , who will learn to develop and apply  next generation of bimetallic catalysts for blue and green hydrogen production, training itself is the load-bearing column of the whole project.

As a matter of fact BIKE aims at cross-sector training of 14 ESRs through individual projects in the context of a unique network where private (industry) and public (academia and research centers) institutions are strongly interconnected and jointly co-operate to get the expected results.

All ESRs will work and will be trained in leading research laboratories (vertical research and training), with secondments in additional laboratories and groups, exposing them to multidisciplinary environments and to cross-sector setting (horizontal training).

At the end of the project, the 14 T-shaped ESRs will have a comprehensive and application-oriented knowledge of the next generation of bimetallic catalysts and of the blue and green hydrogen value chains, with a mind-set for innovation, technology transfer, transferable skills, and entrepreneurship.

Training is organized in Local or Network-wide Activities.

Local Training Activities

  • Main training
    • ESRs are daily in contact with direct supervisors to discuss the project activities and results
    • Achievements and challenges are shared in monthly group meetings with the other members of their working groups
    • ESRs will discuss the progress with the external co-supervisors every two weeks
    • ESR will also discuss and report the individual projects aspects and results in BIKE global yearly meetings
  • Participation in scientific conferences
  • PhD courses. ESRs will be enrolled in PhD courses, either at their host beneficiary or at identified universities

Network-Wide Trainings Activities

Network-wide trainings will be carried out through research secondments and identified training events, dedicated to specific topics.

  • Research secondments are organized to maximize synergies among the different consortium members and enable ESRs to benefit of a multidisciplinary approach in their individual projects.
    Site visits and research internships are planned in all the research projects. The secondments aim to expose ESRs exposure to cross-sectors aspects in order to gain insights and knowledge from both academic and industrial perspectives and maximise their project and program outputs
  • Training events
    • Seven workshops (WS) will be organized at different locations. In these workshops the ESRs will attend seminars and meet internationally recognized experts in scientific areas linked to the network objectives. The topics identified for the workshops aim at covering the state-of-the-art of different aspects of the BIKE program
    • Nine visits at industrial sites or research centres will be performed to facilitate the ESRs direct contact with top levels scientific laboratories and manufacturing sites
    • Three global Courses on Transferable Skills (CTS) will be associated to the scientific and on-going soft skills trainings. The courses will deal with topics that considered as an essential addition and prerequisite for the progress of the individual training projects and will create the basis for a successful scientific career perspective
      • Project management and intellectual properties
      • European Projects writing and Applications
      • Business Planning, Entrepreneurship, start-up a business
NO

Main Training Events

Lead Institution

1

WS 1:  Second  International  Training  School  on NanoAlloys

CNR

2

Visit 1 at ICCOM-CNR research center

CNR

3

CTS1: European Projects writing and Applications

SE

4

WS 2: Preparation and characterization of catalysts for hydrogen production

BAS

5

Visit 2 at the BAS research centre

BAS

6

CTS2: Project management and intellectual properties.

SE

7

WS 3: Catalyst manufacturing

JM

8

Visit 3 at JM research centre.

JM

9

WS 4:   Catalyst   characterization   and   operando spectroscopy

KIT

10

Visit 4 at synchrotron radiation facility

KIT

11

WS 5:   Theoretical   Approaches   to   NanoAlloy Catalysis

DTU

12

Visit 5 at the DTU research centre

DTU

13

WS 6: Catalysis and design of advanced reactors

UPC

14

Visit 6 at the UPC research centre

UPC

15

WS 7 Catalysts for electrolysers

CSIC

16

Visit 7 at the ICB-CSIC research centre

CSIC

17

CTS3:  Business  Planning,  Entrepreneurship,  start-up  a business.

SE

18

Visit 8 at the ISTM-CNR research centre, SmartMatLab and ISTEM facilities

CNR