[ Reporté en 2021 ou 2022 ! Plus d'informations très prochainement... ]
Le Club Laser et Procédés a le grand plaisir de vous dévoiler les conférenciers invités pour l’édition 2020 de PLI Conférences !
- Christophe ARNAUD - NOVIKA : « Laser microtextured surfaces behaviour on tribological and wear performances »
Christophe ARNAUD is a laser processing specialist for Solutions NOVIKA in Quebec – Canada. He studied in Laser, Optic and Photonics in France and has 17 years of experience in laser processing. M. ARNAUD has worked on CW and long pulse laser to develop laser welding of aluminum alloys (6xxx series) by multi-beam and by oscillating beam. He wrote technical papers dealing with laser polishing, laser structuring by remelting and laser additive manufacturing by wire-based metal deposition. On the other hand, he worked on short pulse laser and ultrashort pulse laser for laser composite machining, laser texturing and micromachining. He collaborated onto many projects and his skills in programming and integration led to a fully laser-based automated production of car for disabled people (laser retro-conception and machining) during LASHARE II project (SCALP).
- Nicolas AUTHIER - CEA VALDUC : « Coupled membrane free optical microphone and Optical Coherence Tomography keyhole measurements to setup welding laser parameters »
Diplômé Docteur-Ingénieur en Physique des réacteurs nucléaires en 1998, il intègre le Commissariat à l’Energie Atomique et aux Energies Alternatives – Direction des Applications Militaires en 1999. De 1999 à 2002, il est en charge de la maintenance évolutive des bibliothèques numériques d’équations d’état, appelées par les codes d’hydrodynamique rapide. De 2002 à 2009, il rejoint le service de recherches en neutronique et criticité du centre de Valduc pour redémarrer deux assemblages critiques, CALIBAN et PROSPERO, utilisés comme source neutronique pour le durcissement d’électronique civile et militaire. De 2009 à 2013, il prend en charge le laboratoire des projets expérimentaux de criticité et développera des collaborations internationales autour d’exercices de radioprotection. De 2013 à 2020, il rejoint le département de fabrication de Valduc et prend en charge le laboratoire d’assemblage et de soudage par laser. Il dirigera la mise en place de nouveaux procédés de soudage et développera notamment les systèmes de contrôle en ligne. En juin 2020, il est nommé Assistant Scientifique du centre de Valduc.
- Didier BOISSELIER - IREPA LASER : « Additive Manufacturing : markets, trends and innovations »
Didier Boisselier is specialized in laser applications applied on material treatment. He has been working in this field since 1985 at IREPA LASER, and has been in charge of the development of new laser applications (laser welding, soldering, and Laser Additive Manufacturing). He managed several European R&D projects, among them the first development of a Laser Metal Deposition process that gave the CLAD® process in 2007. He directed the development of new machines and software dedicated for LMD-CLAD® application that led to the creation of the BeAM company in 2012. He is now in charge of Additive Manufacturing development at IREPA LASER.
- Bernabé CARCEL GONZALEZ - TECNOCLAD : « Laser welding metal polymer hybrids »
Prof. Dr. Bernabé Cárcel González. Degree in Materials Engineering, Doctor (PhD) in Mechanical and Materials Engineering by the Universitat Politecnica de Valencia. Co-founder and Chief Technology Officer in Tecnoclad Laser Solutions, company founded in 2016 and focused on different services related with laser processing of materials. From 2007 to 2015 he worked as project manager in AIDO Optics Institute, participating on several research projects in the field of both micro and macro laser technologies. From 2012 he holds a position as Associated Professor in the area of materials engineering and materials science at the Universitat Politècnica de València (Spain). He has published more than 10 scientific papers and participated in several congresses and conferences in the field of laser technologies.
- Maxime CHAMBONNEAU - JENA UNIVERSITY : « Processing bulk silicon with ultrashort laser pulses at 2-µm wavelength »
Maxime Chambonneau est né en 1988 à Poitiers (France). Il a obtenu son diplôme d’ingénieur et de master en Modélisation Mathématique et Mécanique en 2011 à l’école d’ingénieur ENSEIRB-MATMECA à Bordeaux (France). Par la suite, il a obtenu le grade de docteur en Sciences d’Aix-Marseille Université en 2014. Sa thèse de doctorat porte sur l’endommagement laser multi-longueurs d’onde de la silice en régime nanoseconde, et s’est déroulée au CEA-CESTA au Barp (France). Il a ensuite travaillé en tant que chercheur post-doctorant au laboratoire LP3 à Marseille (France) de 2015 à 2016 sur l’interaction laser femtoseconde– silicium pour des applications dans le domaine de la sécurité de systèmes microélectroniques. Puis, il a travaillé en tant qu’ingénieur de recherche à la SATT Sud-Est (Marseille France) de 2017 à 2018 sur la fonctionnalisation par laser nanoseconde du silicium. Depuis 2018, il travaille à l’Institute of Applied Physics à Iéna (Allemagne) sur l’interaction laser infrarouge moyen–semiconducteurs.
- Jack GABZDYL - SPI LASERS : « ns pulsed fiber lasers – the power of 1mJ! »
Over the past 11 years Dr Jack Gabzdyl has held numerous roles at SPI Lasers with the most recent being VP of Marketing & Business Development. Jack has 33 years of industrial laser materials processing experience and has been widely published with over 60 technical conference papers and articles/publications. He is currently responsible for laser materials processing applications development at SPI. Jack has a degree in Metallurgy and Materials Science and obtained a PhD in Laser Material Processing from Imperial College London in 1989, focusing on laser cutting. Through his career Jack has been actively involved in the wider promotion of laser technology having been chair of the UK ‘Make it With Laser’ programme, UK delegate to the IIW and a committee member of AILU. His contribution has recently been recognised by his election as a Fellow of the Laser Institute of America (LIA).
- Florent HUSSON - ALPHANOV : « Laser-based polishing and reshaping of 3D extended surfaces »
Florent Husson, 26yo, Studied a Master Material Science in La Rochelle University (2016). I have been working in the aeronautical field for 2 years in Ireland before ALPhANOV on the laser cladding for critical plane engine parts. Working with different type of laser in a Research and Development environment has only started with when I integrated the Mesoscale laser processing team in AlphaNov in February 2019.
- Gladys MINGUEZ VEGA - JAUME UNIVERSITY : « Towards the scale-up of the synthesis of nanoparticles in liquids by pulsed lasers »
Gladys Mínguez-Vega (ORCID ID: 0000-0003-4994-1859 and Scopus ID: 6602370066) is Associate Professor of Optics in the Universitat Jaume I of Castellón (Spain). She received the B.Sc. and Ph.D. degrees in Physics from the University of Valencia (Spain) in 1997 and 2002, respectively. She has done research in different international centres as the Purdue University (EEUU), the Fernuniversität in Hagen (Germany), Centro de Investigaciones en Óptica (Mexico) and the Applied Optics Institute (Poland). At present, she is secretary of the Physics Department at the University Jaume I and co-leads the photonics research group “Grupo de Investigación de Óptica de Castellón, GROC•UJI”. Currently, she works in the laser-assisted synthesis of nanoparticles. This alternative eco-friendly method provides high-pureness and ligand-free nanoparticles that can be synthetized from almost any base material. She is interested in the development of promising advance materials with bactericidal properties, optical biosensing capabilities, drug-delivery, and the fabrication of nanofluids for harvesting solar energy.
- Konstantin MISHCHIK - AMPLITUDE : « Femtosecond laser processing using spatial light modulators for flexible beam-splitting »
Dr. Konstantin Mishchik, graduated from the Moscow Institute of Physics and Technology, got his PhD at the University of Saint Etienne in 2012. During his doctorate and two subsequent postdocs at CNRS and University of Bordeaux he has studied effects femtoseconds laser writing in silicate and photosensitive glasses aiming to laser 3D manufacturing of linear and nonlinear optical functions for integrated photonics, and then, have developed femtosecond laser glass cutting and welding. Now he is working in Amplitde Systemes as a Laser Applications Scientist to deepen the understanding of ultrafast laser interaction with transparent media, as well as the development of fs applications with innovative laser sources.
Rendez-vous les 1er et 2 juillet au palais des congrès de Liège en Belgique.
