Upcoming defense
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ALD process for developing advanced bio-based packaging
Thesis defense by Chloé PARISI on Friday, November 6, 2026 at 9:30 a.m.: Understanding the interplay between Atomic Layer Deposition and the physicochemical properties of cellulose for the design of advanced bio-based packaging.
Amélie LEFÈVRE, November 25, 2026, 2.00 p.m.
Maxime LEGAY, December 7, 2026, 2.00 p.m.
Océane AVERTY, December 8, 2026, 9.30 a.m.
Mathilde BERNARD-CATINAT, December 11, 2026, 2.00 p.m.
Mathilde DAVID, December 16, 2026, 9.30 a.m.
Clément TURPIN, December 17, 2026, 2.00 p.m.
Julie LUNEAU, January 21, 2027, 1.30 ou 2.00 p.m.
Niusha SAFARI, January 28, 2027, 1.30 ou 2.00 p.m.
Suzy RUANO, February 4, 2027, 1.30 ou 2.00 p.m.
Unless otherwise noted, thesis defenses are held at Grenoble INP—Pagora, UGA / LGP2, Room D002 Maps & Directions
External public
Please register in the Visitors' register available at the entrance.Current projects of our young researchers
Thesis defended in 2026
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Study of the potential of biobased pigments in the formulation of offset inks
Thesis defense - Jérémy MANIFACIER - July 3, 2026 - Study of the potential of biobased pigments in the formulation of offset inks.
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Recycling of multilayered electronic devices printed on cellulosic substrates
Thesis defense - Arnel BRZOVIC - June 1, 2026 - Recycling of multilayered electronic devices printed on cellulosic substrates.
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Clean process for dissolving wood cellulose for the production of textile yarn
Thesis defense - Panagiota RIGOU - April 3, 2026 - Clean process for dissolving wood cellulose for the production of textile yarn.
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Bio-based hydrogel for folding of architectured paper structures
Thesis defense - Léopold OUDINOT - March 4, 2026 - Comprehension and characterisation of the impregnation and drying of bio-based hydrogel for folding of architectured paper structures.
Thesis defended in...
- 2025
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Modified surface properties of polymers for “green” coating
Thesis defense - Maxime FAUREAU-TILLIER - December 15, 2025 - Modification of surface properties of polymers to formulate an environmentally friendly coating.
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Unfired earth and cellulose materials applied in architecture
Thesis defense - Emma COLOMBARI - December 12, 2025 - Innovative forming processes for unfired earth and cellulose materials applied to finishing elements in architecture.
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Development of stretchable conductive inks based on cellulosic materials
Thesis defense - Marie GOIZET - December 8, 2025 - Development of stretchable conductive inks based on cellulosic materials.
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Additive manufacturing of a paper medical diagnostic device
Thesis defense - Erwan TROUSSEL - July 2, 2025 -Fabrication of a full-paper point of care platform by additive manufacturing.
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Multilayer bio-based materials for active cellulosic packaging
Thesis defense - René Rafael ROMERO LEZAMA - November 7, 2025 - Development of multilayer bio-based materials for high value-added active cellulose packaging solution.
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Cellulose engineering for high-barrier specialty papers and 3D materials
Thesis defense - Julia PESCHEUX-SERGIENKO - February 21, 2025 - New cellulose engineering for high barrier speciality papers and 3D cellulosic materials.
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Coupling enzymatic biopiles and physiological sensors by printing
Thesis defense - Elise BESSAC - February 11, 2025 - Towards coupling biofuel cells and physiological sensors with printing processes for the development of autonomous devices.
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- 2024
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Industrial production of functionalized cellulose microfibrils by adsorption phenomenons
Thesis defense - Arnaud BENARD - December 17, 2024 - Industrial production of functionalized cellulose microfibrils by adsorption phenomenons and their applications.
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Twin-screw extrusion, injection and thermocompression for innovative cellulose packaging
Thesis defense - Émilien FRÉVILLE - November 15, 2024 - Use of twin-screw extruder for innovative cellulose based packaging by injection and thermocompression.
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Obtaining cellulose microfibrils and nanocrystals with chlorine dioxide
Thesis defense - Laura GIRALDO ISAZA - December 5, 2024 - Novel usage of chlorine dioxide in processes for the conversion of lignocelluloses into microfibrillated cellulose and cellulose nanocrystals.
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Optimization of PLA foams produced by supercritical method
Thesis defense - Ana Beatriz VALIM SUQUISAQUI - September 30, 2024 - Optimization of PLA foams produced by supercritical method: influence of chemical modification and CNC incorporation on the resulting cellular structures.
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Separating and recycling materials recovered from printed electronics
Thesis defense - João Henrique FERREIRA DA CONCEIÇÃO - July 5, 2024 - SAVE: Separation and valorization of materials coming from the end-of-life of printed on paper electronics devices.
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- 2023
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Cellulosic materials to improve power transformers
Thesis defense - Enrique Felix QUESADA SAAVEDRA - June 12, 2023 - High performance cellulosic materials to increase the life and reliability of power transformers
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Composites and active materials: lignocellulosic fibres for bio-based products
Thesis defense - Cécile BRUZZESE SILLARD - July 7, 2023 - Composites and active materials : Lignocellulosic fibers for biobased products
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Correlations between water-based inks and the inkjet process
Thesis defense - Amélie BROGLY - December 14, 2023 - Correlations between formulation, physicochemical properties and printability of water-based inkjet inks
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Impact of a transparent layer added on a semi-tone print
Thesis defense - Fanny DAILLIEZ - October 12, 2023 - Multiscale impact of the addition of a coating layer on the color of halftone prints
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Oxidation of cellulose to produce cellulose textile fibres
Thesis defense - Lorette BRAULT - December 12, 2023 - Optimization of a cellulose oxidation process by the periodate-chlorite sequence for the production of cellulosic textile fibers, integrable in a factory producing Kraft cellulose pulp
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Self-assembly of structural, non-iridescent and bio-based pigments
Thesis defense - Marlène SAULAIS - May 5, 2023 - Design and production of biobased and non-iridescent structural pigments, by self-assembly
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Silver nanowire networks as transparent electrodes
Thesis defense - Laëtitia BARDET - March 10, 2023 - Optimization of silver nanowire networks for transparent electrodes: fundamental and experimental contributions
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