Deliverables

D20 DRIVE-In D6.1 Scientific Courses 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.
Photonics, Physics, Solid‐state physics, Robotics, Training, Automation

D21 DRIVE-In D6.2 Scientific Courses 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 second of group of Scientific‐based courses (SC2) offered to each ESR is already tailored to refresh previous concepts and as an introduction to modern physics concepts and photonics.
Photonics, Physics, Solid‐state physics, Robotics, Training, Automation

D22 DRIVE-In D6.3 Scientific Courses 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.
This Scientific‐based course (SC3) offered to each ESR wraps‐up knowledge from the previous on integrated photonics´devices, combining them for circuit simulation software.
Photonics, Physics, Solid‐state physics, Robotics, Training, Automation

D23 DRIVE-In D6.4 Scientific Courses 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. In this Scientific‐based course (SC4) the process of fabrication and measurement has been covered.
Photonics, Physics, Solid‐state physics, Robotics, Training, Automation

D24 DRIVE-In D6.5 Scientific Courses 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.
This Scientific‐based course (SC5) offered to each ESR is already tailored to present the students with the design trajectory to simulate single devices, subsystems and circuits and how to implement Systems on a Chip.
Photonics, Physics, Solid‐state physics, Robotics, Training, Automation

D26 DRIVE-In D6.7 Technical Hands on Courses TC2

In addition to the scientific‐based training, DRIVE‐In 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. CTAG and
BP, and are aimed to explore knowledge in circuit simulation and packaging.
Photonics, Physics, Solid‐state physics, Robotics, Training, Automation

D28 DRIVE-In D6.9 Winter School

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. A Winter School has been organized taking advantage of the JePPIX PIC Design Course. This Winter School is a deep‐dive technology training that covers the theory and practice of integrated photonic component and circuit design using the powerful JePPIX building blocks.
Photonics, Physics, Solid‐state physics, Robotics, Training, Automation, JePPIX