Nathan Hervieux

Nathan Hervieux has a diverse work experience spanning various research roles. Nathan started at École normale supérieure de Lyon, where they completed a Master 2 internship in 2012. Nathan then moved on to the University of Cambridge, where they also completed a Master 2 internship in 2013.

Nathan continued their studies at École normale supérieure de Lyon, completing a PhD in Cellular and Developmental Biology from 2013 to 2016. During this time, they worked on a project exploring how mechanical signals contribute to the robustness of organ shapes.

After completing their PhD, Nathan Hervieux joined the University of Cambridge as a Postdoctoral Researcher/Research Associate from 2017 to 2021. In this role, they focused on the role of epithelial apical vertices during morphogenesis. Nathan planned, designed, and realized experiments, developed new methods of analysis and mathematical models, and generated pilot data in collaboration with other teams.

Most recently, Nathan Hervieux joined Solvias as an Analytical Specialist in Cellular Biology in 2023. In this role, they provide cell biology services according to various standards and performs cell biology and binding characterization.

Overall, Nathan Hervieux's work experience showcases their expertise in cellular and developmental biology, mathematical modeling, and analytical techniques.

Nathan Hervieux's education history begins in an undisclosed year and previous to any recorded educational experience. Starting in 2011 and continuing until 2013, Nathan attended Université Claude Bernard Lyon 1, where they obtained a Master's degree in Genetics, Cell Biology, and Pathology. This was followed by enrollment at the École Normale Supérieure de Lyon, where Nathan pursued their Doctor of Philosophy (PhD) degree in Science de la Vie, completing this program from 2013 to 2016. Although Nathan's education history also includes a period at the University of Cambridge, no specific dates or degree information is available for this particular institution.