Supervision & teaching
PhD thesis

Pablo GonzálesMazón (2020). Generation of valid highorder curved meshes (MSCA ITN Grapes).

Mehran Hatamzadeh (2020)  cosupervision with R. Zory. An innovative gait analysis technology (COFUND UCA).

Tong Zhao (2019)  cosupervision with Pierre Alliez. Learning priors and metrics for 3D reconstruction of largescale scenes (3IA).

Fatmanur Yildirim (20162020). Fibers of rational maps by means of matrix representations with application to distance problem (MSCA ITN Arcades, the thesis is here).

Thang Luu Ba (20082011), cosupervision with André Galligo. Représentation matricielle implicite de courbes et surfaces algébriques et applications (the thesis is here).

Marc Dohm (20052008), cosupervision with A. Galligo. Implicitization of rational algebraic surfaces with syzygybased methods (the thesis is here).
Postdocs

Navid Nemati (20202021). Multiprojective polynomial systems.

Xiao Xiao (20192021). NURBSFIX: Repairing the topology of a NURBS model in view of its approximation. In collaboration with Pierre Alliez and the industrial partner GeometryFactory.

Nicolás Botbol (20112012). Matrixbased representations of rational hypersurfaces.
Teaching (masterlevel courses)

Computational algebraic geometry:
 20202022: onesemester course in 2^{nd} year of master of mathematics MPA at the Université Côte d’Azur, Nice, « Computational Algebraic Geometry » (30 hours/year). Notes and webpage of the course.
 20132015: onesemester course in 2^{nd} year of Master of Mathematics at the University of Nice Sophia Antipolis, "Elimation matrices with applications in geometric modeling" (30 hours/year).
 2012: course at the Master MDFI (2^{nd} year) at the University of Luminy, Marseille, on the topic « Théorie matricielle de l'élimination » (10 hours).
 20042007: onesemester course in Master 2^{nd} year of Mathematics at the University of Nice Sophia Antipolis on the topic « Algebraic curves and surfaces and modeling », (30 hours/year).

Geometric modeling:
 2016 present: onesemester course at the engineer school of the University of Nice SophiaAntipolis, at the level of second year of Master (MAM5) on the topic « Geometric Modeling » (18 hours/year).
 20102016: onesemester course at the engineer school of the University of Nice SophiaAntipolis, at the level of first year of Master (MAM4) on the topic « Differential geometry of curves and surfaces » (60 hours/year).
Lectures at international workshops and schools

2019: course of 6h at the CIMPA school Syzygies, from theory to applications, Universidade Federal da Paraíba, João Pessoa, Brazil, November 413, 2019, Syzygies of rational maps with applications to geometric modeling.

2019: course of 6 hours at TIME 2019, Curves and Surfaces, A History of Shapes, Levico Terme, Italy, September 26, 2019, Implicit representations of rational curves and surfaces.

2019: course of 2 hours at the 27^{th} national school on algebra, Bucharest, Romania, May 1925 2019, Freeness of rational plane curves.

2014: master course of 12 hours at the university of Buenos Aires, Argentina, as invited full professor, November 2014, Elimination matrices and applications.

2013: course of 2 hours at the workshop on Grobner bases, Resultants and Linear Algebra, RISC, Hagenberg, Austria, September 36, Linearization of Polynomial Systems via Fitting Ideals.

2012: course of 2 hours at the EJCIM (Ecole Jeunes Chercheurs en Informatique et Mathématique), Rennes, March 1923, Computer algebra methods for geometric modeling.

2011: course of 12 hours given at the CIMPAUNESCOMICINNINDONESIA research school in Yogyakarta, Indonesia, July 1829, Elimination Matrices for Computer Aided Geometric Design.

2009: course of 8 hours at the Summer School on Computational Mathematics on algebraic curves and surfaces in CAGD, SORIA, Spain 1324 July.

2008: course of 3 hours at the Journées Nationales de Calcul Formel, CIRM, Luminy, October 2024 on Résultants : des matrices pour l'élimination.

2005: course of 3 hours given at the CIMPAUNESCOIRAN school in Zanjan, Iran, July 922, Elimination theory in codimension one and applications.