Job offers

PhD position

Model Ageing Fuel cell System

The main objectives of this PhD thesis are to develop an ageing model of the Fuel Cell System and to estimate its Residual Useful lifetime (RUL).
Starting date : September 2017

Supervisors and contacts:

• Samir Jemei: samir.jemei@femto-st.fr, 03.84.58.36.41
• Nadia Steiner: nadia.steiner@femto-st.fr , 03.84.58.36.67

Postdoc

Job  profile:  The  candidate  will  have  to  design  and model  arrays of  gold  nanoantennas  in  order  to 
fabricate them in clean room. He/She will have to perform the nonlinear experiments to quantify the 
hot  electron  dynamics  and  their  related  saturable  absorption  in  the  fabricated  devices  (timescale, 
energy threshold…) at telecom wavelengths. Strong skills in nanophotonics and nonlinear optics are 
required. A background in fiber laser dynamics or in physics of ultrafast lasers could be valuable.

Please send your application to benoit.cluzel@u-bourgogne.fr

The position is for 1 year. Starting date: Automn-2017. 
Deadline: We will continue to advertise until a suitable candidate is found

Caractérisation de stacks et systèmes PEMFC pour l'application automobile

Durée: 12 mois
Date de démarrage : Septembre 2017
Laboratoire d'acceuil : institut FEMTO-ST / Département Energie et FCLAB (FR CNRS 3539) Belfort (France)

Contacts: nadia.steiner@univ-fcomte.fr

Design and experimental implementation of a periodic nonlinear vibration energy harvester

Duration: 12 months
Contract start date: September 2017
Salary: About 2 350 € /month (subject to funding availability)
Laboratory: FEMTO-ST Institut – Department of Applied Mechanics, 25000 Besançon

The following tasks will be accomplished:

• Experimental implementation of an array of coupled levitated magnets (AA battery size) under harmonic base excitation.
  • Design and implementation of the transduction circuit of the VEH.
  • Model validation/calibration.
  • Optimization of the VEH performances (harvested power, frequency bandwidth, prototype size).
  • Modeling and characterization of the VEH under random excitation

Contacts: noureddine.bouhaddi@univ-fcomte.fr - najib.kacem@univ-fcomte.fr

The position is for 1 year with possible extension.
Starting date: Mid-2017

The Near-field Optics Group at Université de Bourgogne Franche-Comté invites applications for a postdoc. The focus of the project is on semiconductor plasmonics and is detailed hereafter. Only candidates with related experience should apply. We are looking for a motivated researcher to join our young and dynamic team on an innovative research project funded by the LABEX ACTION (http://www.labex-action.fr/). You must hold a PhD in an experimentally related area, ideally in time resolved Raman spectroscopy or in semiconductor plasmonics. Analytical and programming skills (Matlab, Comsol, Labview…) are a strong added-value.

Submission documents:

1. A cover letter where you introduce yourself, your past research achievements and your career goals.
2. A full CV including undergraduate and postgraduate details.
3. Details of at least two academic referees we can contact.

Deadline: We will continue to advertise until a suitable candidate is found.

Please send your application to olivier.demichel {at} u-bourgogne.fr

NONLINEAR FIBER OPTICS FOR ULTRAFAST SIGNAL PROCESSING

One year Postdoctoral Fellow position funded by the Region Bourgogne/Franche-Comté is opened at the SLCO group in the context of the Laboratory of Excellence Action.

The research is related to the use of nonlinear fiber optics for all-optical ultrafast signal processing. In particular, the position aims at exploring new effects related to nonlinear temporal
and spectral pulse shaping, wavelength conversion and application of dispersion managed fibers.
Studies investigating the impact of partially coherent waves will also be initiated. Research will rely on state-of-the-art testbeds devoted to high-speed optical telecommunications. Proof of principle experiments dealing with signals at 10 and 40 Gbps will be carried-out. Other experiments dealing nonlinear effects affecting fiber amplification will also be undertaken.

The candidate must have a Ph.D in Physics or a related discipline and published research. The applicant must be an experimentalist with a solid background in at least two of these fields : fiber
optics, nonlinear optics, optical telecommunications or picosecond temporal and spectral pulse characterization. Good skills in numerical simulations will be appreciated.

Good knowledge of spoken and written English or/and French is mandatory.

The post is filled
Contact: Prof. Christophe Finot > christophe.finot@u-bourgogne.fr

PhD Positions

Deadline for applications: 20 June 2016 - the post is filed