13 Doctoral Candidate positions as part of the Horizon Europe MSCA-DN program, focusing on cutting-edge Multicore Fiber Applications and Technologies
What We Offer
- Contract: Each Doctoral Candidate will receive a 36-month contract to cover living costs. The gross amount is based on a living allowance adjusted according to the country correction coefficient, reflecting the cost of living and statutory costs in the recruiting institution’s country.
- Fully Funded Training Activities: All costs related to training activities, including travel and accommodation for annual meetings and other network-organized events, will be covered by the Horizon Europe MSCA-DN grant.
- Access to Research Facilities: Candidates will have access to dedicated workspaces and state-of-the-art research facilities to support their projects.
- Research Expenses Covered: Bench/consumables costs necessary for executing the research project will be fully covered by the recruiting institutions.
- Open Date for Application Call: January 2025
- Starting Date: September 2025
Candidate’s Requirements
- Must have completed the Master studies at the time of incorporation;
- Must not have a doctoral degree at the date of their recruitment;
- Can be of any nationality;
- Should be enrolled in a doctoral program during the project;
- Should comply with the mobility rules: in general, they must not have resided or carried out their main activity (work, studies, etc.) in the country of the recruiting organization for more than 12 months in the 36 months immediately before their recruitment date.
How to apply
Applications open from January 2025
More information soon!!
Offered Positions
A. Position 1
Project Title: Impact of extra-light scattering on coupling in MCF
Host institution: CNRS-PhLAM, France
Supervisors: Prof. L. Bigot (CNRS-PhLAM), Prof. Y. Quiquempois (CNRS-PhLAM)
B. Position 2
Project Title: MCFs for high core-count bidirectional transmission in short-reach links
Host institution: Iscte, Portugal
Supervisors: Prof. J. Rebola (Iscte), Prof. A. Cartaxo (Iscte)
C. Position 3
Project Title: Combining RC-MCF transmission and fiber sensing
Host institution: UST, Germany
Supervisors: Prof. G. Rademacher (UST)
D. Position 4
Project Title: Innovative MCF amplifier approaches for telecommunications
Host institution: UNILIM, France
Supervisors: Prof. P. Roy (UNILIM)
E. Position 5
Project Title: Innovative FIFO for MCF amplifier: applications to telecommunications and sensors
Host institution: UNILIM, France
Supervisors: Prof. P. Roy (UNILIM)
F. Position 6
Project Title: Few-Mode Multi-Core Fiber for SDM
Host institution: HCV, Germany
Supervisors: Dr. K. Schuster (HCV), Prof. P. Roy (UNILIM)
G. Position 7
Project Title: Multiple frequency comb in multicore fibers
Host institution: CNRS-PhLAM, France
Supervisors: Prof. A. Mussot (CNRS-PhLAM)
H. Position 8
Project Title: Multicore fibre coupling for parallel-scalable signal processing architectures
Host institution: UPVLC, Spain
Supervisors: Prof. R. Llorente (UPVLC), Prof. M. Morant (UPVLC)
I. Position 9
Project Title: Multicore fiber technologies for Distributed Optical Fiber Sensors
Host institution: IT, Portugal
Supervisors: Dr. R. Nogueira (IT), Prof. T. Alves (Iscte)
J. Position 10
Project Title: Design of wavelength space division multiplexing MCF-based passive optical networks
Host institution: Iscte, Portugal
Supervisors: Prof. T. Alves (Iscte), Prof. D. Zibar (DTU)
K. Position 11
Project Title: End-to-end learning for fiber-optic communication systems employing MCFs
Host institution: DTU, Denmark
Supervisors: Prof. D. Zibar (DTU), Prof. F. Da Ros (DTU)
L. Position 12
Project Title: Design of application-aware high-capacity optical networks
Host institution: INF, Portugal
Supervisors: Dr. J. Pedro (INF), Prof. L. Cancela (Iscte)
M. Position 13
Project Title: Wavelength-selective switches efficiently integrated with MCFs for optical networking scenarios
Host institution: HUJI, Israel
Supervisors: Prof. D. Marom (HUJI)