Axis ODPS: Decision-support tools for Production and Services
Person(s) in charge
The main research interest in axis ODPS is Operations Management. Operations Management consists in maximizing the use of resources when performing given activities in complex organizational systems. Our approach in general is first to model these systems and then to implement solution methods for decision-making. Regarding the implementation side, a good understanding of structural properties is often needed, and the design of efficient algorithms is thus generally completed with a mathematical study of the problem at hand.
Scientific contributions mainly take three forms:
- Identifying new organizational problems for which models in the literature do not fit, and introduce new models.
- Understanding structural properties for these new models
- Tackling the limits of solution schemes when applied to these models
The context of the research varies from manufacturing (with a special interest on semiconductor manufacturing), transportation (with a strong interest for mobility) and healthcare. Methodologies are those of Combinatorial Optimization, Mathematical Programming, Markov Decision Process and Discrete Event Simulation.
Key-words (applications): manufacturing, transportation, healthcare, semiconductor manufacturing, supply chain, inventory management.
Key-words (methodology): mathematical programming, discrete event simulation, stochastic optimization, metaheuristic, multi-objective optimization, learning.
Themes
last publications
Modeling Electrical Wafer Sorting results using complete-line Statistical Process Control data
Mouad Sidki, Nikolay Tchernev, Pierre Féniès, Libo Ren, Selwa Elfirdoussi - May 1, 2025 - Computers & Industrial Engineering
A monolithic batch-centric MILP approach for a real-world integrated production and pipeline distribution scheduling problem
Benoît Albert, Mari Chaikovskaia, Jean-Philippe Lucien Gayon, Alain Quilliot - April 14, 2025 - International Journal of Production Research
Sizing and scheduling for a fleet of reconfigurable mobile robots
Khaled Medini, Sandrine Berger-Douce - April 9, 2025 - 13th IPMA Research Conference
An Iterative Framework for Agile Transformation: Lessons from Programme Reform
Ahmad Hashemi, Hamed Gholami, Xavier Delorme, Kuan Yew Wong - April 1, 2025 - Applied Soft Computing
A multidimensional fitness function based heuristic algorithm for set covering problems
All publications are here
Current projects
ANR - PRC - PARCOURSSENIORS
CESYPRO (Prise en compte des Contraintes Energétiques pour la conception, le dimensionnement et le pilotage des SYstèmes de Production RObotisés)
POMPIER
SyncAGV
SyncAGV
Projet fédérateur avions bas carbone
Optimization of layout design in Ultra-Flexible Factories
SEM - Projet EES : Efficience Energétique et Santé
AURA- PSCP- Easy Smart Factory
CHU NICE
CONTRAT CADRE SNCF
SC3
CIFRE (MORITZ)
CoDEMO - Co-Creative Decision-Makers for 5.0 Organizations
PIGS
PULSALYS
DGOS - TRACKING-PATIENT
Team
Persons in charge of themes
Theme Modeling and Optimization of Manufacturing Systems Theme Service Design and Planning- ABSI Nabil
- AUGUSTO Vincent
- BALBO Flavien
- BOUCHER Xavier
- DAUZERE PERES Stéphane
- DELORME Xavier
- DEROUSSI Laurent
- FARIAS DE ARAUJO Katyanne
- FEILLET Dominique
- GARAIX Thierry
- GAYON Jean-Philippe
- GIANESSI Paolo
- GRANGEON Nathalie
- GRIMAUD Frédéric
- KRAMER Arthur
- LACOMME Philippe
- LAMY Damien
- LIMA FLECK Julia
- MEDINI Khaled
- NORRE Sylvie
- PY Matthieu
- ROUSSY Agnes
- SUZANNE Elodie
- TCHERNEV Nikolay
- TERZI Mourad
- XIE Xiaolan
- YUGMA Claude
- AALLAOUI Soufiane
- ALOUANI Maxime
- BAKALI EL KASSIMI Ahmed
- BEN MAKTOUF Rym
- BOMBARDELLI Martin
- DAHDOUH Rackel
- DURRIEU Maelys
- FELLOUSSI Marouane
- GIACHETTO DE ARAUJO Thiago
- KOCAK Duru
- LIU Chijia
- MALIQI Mariza
- MARTIN Mathis
- MERLE Maxime
- MESSABIS Mohamed El Habib
- OUSSAMA Amine
- SAUZEAT Nicolas
- SERHAL ABOU NADER Diana
- TAGUEMOUNT Sara
- TERFASSE Karim
- TULA Ana Lucia
- UHL Laura
- WANG Yiyu
- ZARROUK Camil
- ZAWADI MUCHIKA Miriam