ExposUM Doctoral Nexus: 2024 Thesis Topics – Applications Closed

What is the ExposUM Doctoral Nexus program?

The Doctoral Nexus networks offered by the ExposUM Institute consist of 3 to 4 doctoral researchers from different disciplines who are affiliated with at least two different research units.

Compared to a traditional dissertation, participating in a Doctoral Nexus will enhance your ability to work in a team and design projects in a transdisciplinary manner, while deepening your expertise in your own field.

A specialized training program will be offered, and the participating doctoral students will also have the opportunity to organize a seminar within the Nexus network.

Ph.D. programs are funded for four years from the outset, covering the student’s salary as well as a budget for research expenses.

On the following page, you will find the ExposUM Doctoral Nexus projects that were selected in the 2024 Doctoral Nexus Call for Proposals.

How do I apply?

The specific application process is described in the thesis topics. Interested candidates are invited to submit their applications by April 21, 2024, at 8:00 p.m.

Thesis Topics for 2024

Nexus EMIPSA: "Epidemiology and Evolution of Infectious Diseases in Age-Structured Populations"

Nexus SECS (“Society & Social Environment in the Face of Suicidal Behaviors”)

Nexus PYPHAS “A global characterization of PFAS activity and elimination in drinking water”

  • Topic 1 “Coupling nanofiltration with highly effective and stable membranes for the electrooxidation of persistent pollutants in water”
    PYPHAS Topic 1 Mendret EN
  • Topic 2 “Understanding the mechanisms and pathways of PFAS degradation by electro-oxidation in drinking water”
    PFAS Topic 2 Cretin EN
  • Topic 3 “Effect of PFAS on intestinal tumorigenesis”
    PFAS Topic 3 Cavailles EN

Nexus EXPAIR “Development of innovative sensors for measuring exposure to airborne pollutants to uncover cardiorespiratory effects.”

  • Topic 1 “Development of photoacoustic sensors to assess environmental pollutants and exposure to pollutants in exhaled breath”
    EXPAIR Topic 1 Vicet EN
  • Topic 2 “Impact of the internal exposome, assessed via exhaled breath analysis, on the cardiovascular and pulmonary systems during chronic exposure to emerging pollutants.”
    EXPAIR Topic 2 Gouzi FR
  • Topic 3 “Impact of the external exposome, with a focus on air pollutants, on cardiorespiratory health under real-life conditions”
    EXPAIR Topic 3 Kase Tanno EN

Nexus COCKTAIL “Development of an advanced airway-on-a-chip model to study the effects of a cocktail of pollutants and respiratory viruses on lung tissue”

  • Topic 1 “Using an advanced ‘airway-on-a-chip’ model to study the effects of the exposome on lung tissue”
    COCKTAIL Topic 1 De Vos EN
  • Topic 2 “Development of original biophysical tools to evaluate the combined effect of pollutants and viruses on model lung tissue”
    COCKTAIL Topic 2 Massiera EN
  • Topic 3 “Studying respiratory virus infections in bronchial airway epithelial models exposed to pollutants”
    COCKTAIL Topic 3 Muriaux EN