Agrell Per Joakim; Chevalier Philippe;
This advanced course describes the logistics systems, their managerial objectives and the current trends in the development of advanced decision support systems. In particular, emphasis is put on modeling and solving logistics problems using state-of-the-art approaches. The transportation, distribution and warehousing functions will be studied indetails through lectures and case studies.
La contribution de cette UE au développement et à la maîtrise des
compétences et acquis du (des) programme(s) est accessible à la fin de
cette fiche, dans la partie « Programmes/formations proposant
cette unité d’enseignement (UE) ».
A la fin de cette unité d’enseignement, l’étudiant est capable de :
During their programme, students of the LSM Master¿s in management and Master¿s in Business engineering will have developed the following capabilities¿
KNOWLEDGE AND REASONING
Master highly specific knowledge in one or two areas of management : advanced and current research-based knowledge and methods.
A SCIENTIFIC AND SYSTEMATIC APPROACH
Consider problems using a systemic and holistic approach : recognize the different aspects of the situation and their interactions in a dynamic process.
WORK EFFECTIVELY IN AN INTERNATIONAL AND MULTICULTURAL ENVIRONMENT
Understand the inner workings of an organization : develop a global approach and integrate the internal logic used within the organization.
Position and understand the functioning of an organization, in its local and international socio-economic dimensions and identify the associated strategic issues and operational decisions.
TEAMWORK AND LEADERSHIP
Work in a team :Join in and collaborate with team members. Be open and take into consideration the different points of view and ways of thinking, manage differences and conflicts constructively, accept diversity.
The class mixes - lectures with additional individual readings and exercises, - solution of cases in groups: design and implementation of solutions . Content : 1. Introduction to logistics systems: - Logistics systems - Managerial issues and trends - Decision support systems 2. Models and methods - Network Optimisation models and methods, - Mixed Integer Programming and decomposition methods, - Heuristic optimisation methods. 3. Design of Logistics Network 4. Design and Operation of Warehouses 5. Planning and Scheduling for Long-Haul Freight Transportation 6. Planning and Scheduling for Short-Haul Freight Transportation Methods : In-class activities 1 Lectures 1 Exercices/PT 1 Project based learning At home activities 1 Readings to prepare the lecture 1 Exercices to prepare the lecture 1 Paper work 1 Students presentation
des acquis des étudiants
Date: To be specified late
Type of evaluation: Group work (I&II)
Unavailability or comments: No
Written: 2 hours
Unavailability or comments: No
Evaluation : - Case solutions including class presentations, - Written exam (open book) with open questions and exercises. References : - Stadtler H., C. Kilger (Eds), Supply chain management and advanced planning : concepts, models, software and case studies , 2d edition, Springer, 2002. - Y. Pochet, L.A.Wolsey: Production Planning by Mixed Integer Programming , Springer, 2006. - Introduction to Logistics Systems Planning & Control, Ghiani, Laporte, Musmanne, Wiley 2004. Additional and more specialized references will be provided during the class Internationalisation : 1 international content (does the course tackle international issues related to the course content ?) 1 international case study Corporate features : 1 case study 1 corporate guest Skills : 1 presentation skills 1 writing skills 1 team work 1 problem solving 1 decision making 1 critical thinking Techniques and tools for teaching and learning : 1 IT tools 1 modelling 1 quantitative methods 1 mathematics
: No TEXTBOOK. and available on line . No book protected by copyright. . READING FILE compulsory and available on line Supports available on line are on ICAMPUS.
Faculté ou entité