Objectives of Programme's Learning Outcomes

• Adopt a scientific approach of analysis and reasoning.
• Construct a reference framework, formulate questions or hypotheses from the analysis of scientific literature.
• Develop innovative strategies.
• Mobilise the methods and management support tools in changing contexts.
• Integrate scientific and technological processes.
• Master highly specialised skills in certain areas of management, including the management of production and logistics.
• Identify, model and analyse real and complex problems in management sciences.
• Model, analyse and optimise the internal logistics of a production and distribution system.
• Manage a project within an organisation.
• Mobilise the methods and management support tools in changing contexts.
• Assimilate the components of the social and economic environment of a company.
• Mobilise expertise in at least one area of management.
• Mobilise acquired skills in a specific professional environment.
• Professionally communicate and present original work both orally and in writing.
• Communicate and interact in a clear and structured manner, orally and in writing, on issues, analyses and projects.
• Present and structure data in a clear, precise, neutral, and non-oriented way.
• Act in an international and multicultural context.
• Assimilate the components of the social and economic environment of a company.
• Collaborate within a team and exercise leadership.
• Plan activities so as to best utilise the time available.
• Prioritise responsible management practices.
• Innovate in the development of methodologies and tools for analysis and decision-making in management.
• In an active and integrated manner, master knowledge in the various fields of management and use them effectively in a professional context.
• Integrate highly specialised knowledge in different fields of management.
• Appropriately mobilise expertise taking into account the constraints and resources in the situation encountered.
• Be independent and regularly adapt to new contexts.
• Demonstrate independence and persevere, despite the difficulties or initial errors, to find an optimal solution.
• Monitor knowledge and methodological approaches in order to evolve their thinking and practice.
• Assess their practices and be able to question it.
• Adopt a scientific approach of analysis and reasoning.
• Construct a reference framework, formulate questions or hypotheses from the analysis of scientific literature.
• Develop innovative strategies.
• Mobilise the methods and management support tools in changing contexts.
• Integrate scientific and technological processes.
• Master highly specialised skills in certain areas of management, including the management of production and logistics.
• Identify, model and analyse real and complex problems in management sciences.
• Model, analyse and optimise the internal logistics of a production and distribution system.
• Manage a project within an organisation.
• Mobilise the methods and management support tools in changing contexts.

Learning Outcomes of UE

The objective of the course is to introduce supply chain management for companies through the optimisation of transport for companies, and by the optimisation of the flows inside the company. On the one hand, we will see how to formulate these problems. On the other hand, we will see how to solve these problems.
 

Content of UE

Chapter 1. Introduction
Chapter 2. Transports
Chapter 3. Distribution
Chapter 4. The max flow problem
Chapter 5. Manage a transportation network
Chapter 6. The shortest path problem
Chapter 7. Optimal allocation problem
Chapter 8. Calendar stock management
Chapter 9. Stock management
Chapter 10. Production planning
 

Prior Experience

Gestion de la production et recherche opérationnelle

Type of Assessment for UE in Q2

• Written examination

Q2 UE Assessment Comments

Practical exercises similar to those seen in the course

Type of Assessment for UE in Q3

• Written examination

Q3 UE Assessment Comments

Practical exercises similar to those seen in the course