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As part of the scientific animation of the automatic Department of LAMIH, a seminar will be held by Maciej Marcin Michałek, Professor at the Poznan University of Technology (PUT), Poland.

Presentation of the Ecole Doctorale Polytechnique Hauts-de-France

Huicheng HUANG, a Ph.D. student in the Mechanics at LAMIH, will publicly defend his dissertation titled "SPH-shell formulation coupled with micromechanical damage for FGM forming."

PhD thesis defense in computer science entitled: "Multi-period and Stochastic Aspects for the Hubs Localization and Vehicle Routing Problem."

I have the great pleasure of inviting you to the defense of my doctoral thesis in cotutelle between Valenciennes and Poznan (Poland) dealing with the following disciplines:

• Mechanics of solids, materials, structures and surfaces (UPHF)
• Mechanical Engineering (Poznan)
• History and civilizations: history and archaeology of ancient and medieval worlds, art (UPHF)

As part of the Rev3 (Third Industrial Revolution), the Hauts-de-France region has set itself the mission of becoming a pioneering region for the "world after". The aim of our Chair project is to help build the logistics of this "next world" - green, clean and waste-free logistics, based on the circular economy and enabling sustainable and resilient industry. Our project is in line with the 5 strategic dynamics of the Rev3 as well as the objectives of the "European Green Deal".

I am pleased to invite you to my thesis defense entitled "Event-driven control for non-linear systems: Application to vehicle convoy".

The public defense will take place on Friday 05 July 2024 at 2pm at the Amphitheatre IEMN - UPHF - Campus du Mont Houy, LAMIH LOTTMAN building, 59313, Valenciennes.

The LAMIH Automation Departmentis pleased to invite you to 2 presentations by Maciej Michałek, Associate Professor at the Institute of Automatic Control and Robotics, Poznan University of Technology (PUT).

These presentations will take place on Thursday June 6 2024 from 2 to 4:30 pm in Amphi E2 of the Claudin Lejeune 1 Building.

Our SOFTMAT platform consists of a set of equipment dedicated to the characterization of materials and structures under extreme conditions of temperature, loading and strain rate and for various materials (metallic, polymers, composites, organic)