DELIVERABLES

Transferable skill courses

Through the Doc‐TIC PhD Programme a number of course modules in areas related to integrated photonics are given to the ESRs. The EDIFY ESRs will be required to attend an intensive transferable‐skills based training formalised as specific courses. This will equip the ESRs with transferable skills in scientific writing, project management and business, entrepreneurship and leadership areas

Keywords: Photonics, Physics, Solid‐state physics, Robotics, Training, Automation, JePPIX

Technical hands-on courses (TC) – TC3

In  addition  to  the  scientific-based  training,  EDIFY  offers  to  all  ESR  specific  short.term  hand-on  training  which  can  provide  the  ESRs  with  skills  in  highly  experienced  organizations,  receiving  cutting- edge technological knowledge and skills. These hands-on training will be provided at the  same time the ESRs are seconded to Partner Organizations providing the courses, i.e. PBV, PDesign  and BP, and are aimed to explore knowledge in circuit simulation and packaging.   .   Keywords: Photonics, Physics, Solid-state physics, Robotics, Training, Automation

Technical hands-on courses (TC) – TC2

In addition to the scientific-based training, EDIFY offers to all ESR specific short-term hand-on training which can provide the ESRs with skills in highly experienced organizations, receiving cutting-edge technological knowledge and skills. These hands-on training will be provided at the same time the ESRs are seconded to Partner Organizations providing the courses, i.e. PBV, PDesign and BP, and are aimed to explore knowledge in circuit simulation and packaging

Keywords: Photonics, Physics, Solid-state physics, Robotics, Training, Automation

Technical hands‐on courses (TC) ‐ TC1

In addition to the scientific‐based training, EDIFY offers to all ESR specific short‐term hand‐on training which can provide the ESRs with skills in highly experienced organizations, receiving cutting‐edge technological knowledge and skills. These hands‐on training will be provided at the same time the ESRs are seconded to Partner Organizations providing the courses, i.e. PBV, PDesign and BP, and are aimed to explore knowledge in circuit simulation and packaging.
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Keywords: Photonics, Physics, Solid‐state physics, Robotics, Training, Automation

Scientific Course SC1

Through the Doc‐TIC PhD Programme a number of course modules in areas related to photonics (active and passive devices), quantum mechanics, solid‐state physics and integrated photonics are given to the ESRs. This first of group of Scientific‐based courses (SC1) offered to each ESR is already tailored to refresh previous concepts and as an introduction to modern physics concepts and photonics.

Keywords: Photonics, Physics, Solid‐state physics, Robotics, Training, Automation

Scientific Course Sc2

Through the Doc‐TIC PhD Programme a number of course modules in areas related to photonics (active and passive devices), quantum mechanics, solid‐state physics and integrated photonics are given to the ESRs. This first of group of Scientific‐based courses (SC1) offered to each ESR is already tailored to refresh previous concepts and as an introduction to the basic concepts of photonic integration; to understand the physics and behaviour of semiconductor optoelectronic devices

Keywords: Photonics, Physics, Solid‐state physics, Robotics, Training, Automation

Scientific Course SC3

Through the Doc‐TIC PhD Programme a number of course modules in areas related to
photonics (active and passive devices), quantum mechanics, solid‐state physics and integrated photonics are given to the ESRs. In this Scientific‐based course (SC3) the process
of fabrication and measurement has been covered.

Keywords: Photonics, Physics, Solid‐state physics, Robotics, Training, Automation

Scientific Course SC4

Through the Doc‐TIC PhD Programme a number of course modules in areas related to photonics (active and passive devices), quantum mechanics, solid‐state physics and integrated photonics are given to the ESRs. This Scientific‐based course (SC4) offered to each ESR is a hands on session on Photonic Design Automation for core and metro WDM systems, optical access networks, lasers as well as active devices and circuits.

Keywords: Photonic design automation, simulation, Physics, Solid‐state physics, Training

Scientific Course SC5

Through the Doc‐TIC PhD Programme a number of course modules in areas related to
photonics (active and passive devices), quantum mechanics, solid‐state physics and
integrated photonics are given to the ESRs. In this Scientific‐based course (SC5), the
technology, simulation concepts, systems and devices on Silicon are studied.

Keywords: Photonics, Physics, Solid‐state physics, Robotics, Training, Automation

EDIFY Vacancies Published

Through Euraxess and other web sites, advertisements for EDIFY Jobs were posted.

Keywords: Integrated Photonics, research, job offer, employment, ESR

Overall Recruitment

In this deliverable we report on the recruitment process and the recruitment results within the EDIFY project. We also comment on the application timeline and on the selection process. In summary, after approximately one year all ESR positions could be filled with very promising candidates. The deviation of the original work plan due to delays in the recruitment of up to 2 months for one ESR will not impede with the further course of the project, since the periods of secondments are flexible and training activities are adapted to the delays.

Keywords: Recruitment, work plan, elegibility, research, job offer, employment, ESR

Website (First version)

A website has been developed and social media accounts have been envisaged for the EDIFY project. The visual identity of EDIFY and the website structure have been developed as part of the corporate branding deliverable.

Keywords: Website, Open Access, Media, Events, Training, Events