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Industrial Engineering

use of resources.
ENGINEERING CHALLENGE TERM In this context, it is crucial to understand industrial systems at different levels
(supply chain, factory, warehouse, workshops, machine), to identify processes,
to assess economic and environmental challenges and to develop quantitative
CORE COURSE : OPTIMISATION (2,5 ECTS) and qualitative methods and tools to improve the performance of these
(MANDATORY) systems.
This course will explore various fundamental notions of both continuous and ELECTIVE SERIES 2.5 (2,5 ECTS)
discrete optimisation. The following topics will be addressed and implemented :
formulation of optimisation problems, existence conditions for global and local
minimizers, convexity, duality, Lagrange multipliers, first-order methods, linear • MAINTENANCE AND INDUSTRY 4.0
programming, integer linear programming, branch and bound approaches, This course provides a solid culture on the concepts, methods and tools
preliminary stochastic optimisation concepts. involved in the implementation of a predictive maintenance approach.
The objective of this course is to give future decision-makers the necessary
CONCENTRATION (7,5 ECTS) culture to design, model and recommend predictive maintenance strategies.
Emphasis is placed on data-driven approaches and probabilistic or statistical
models that apply to any industrial system. This background should allow
• ADDITIVE MANUFACTURING DESIGN effective interaction with engineers « business » very close to applications and
« data scientist » in charge of data processing.
Concentration course : Multi-physical couplings for
additive manufacturing ELECTIVE SERIES 2.6 (2,5 ECTS)

This course will cover in a broad sense the concepts and challenges of
PARIS SACLAY Concentration projects (SELECT ONE) Software Engineering (SE) is a discipline concerned with concepts, techniques
• OBJECT ORIENTED SOFTWARE ENGINEERING
multiphysical couplings.
and tools aimed at the production of quality software. This course aims at
providing engineering students with an overview of the problem of software
design and development by means of the object-oriented programming (OOP
Project (1) : Optimisation of aeronautical parts in metal

paradigm. By learning the Java programming language, students will acquire

additive manufacturing
basic skills in the software development process using a state-of-the-art
Optimisation of metallic aeronautical parts subjected to complex mechanical
and/or thermal loading. The optimisation will have to take into account the
modelling, the UML language, the Javadoc-based code documentation,
capacities of the process (additive manufacturing or traditional method). Integrated Development Environment (IDE). By focusing on object-oriented
the Junit-based development of unit-tests, students will acquire basic skills
essential to the realisation of industrial software.
Project (2) : Optimisation of parts for biomedical
applications in polymer additive manufacturing • MULTIPHYSICS COUPLING SIMULATION WITH FINITE
Optimisation of a training box for medical application designed entirely in
additive manufacturing. Topics may concern the design of the assembly, ELEMENT METHODS
SEMESTER BY COURSEWORK
the measurement chain, the optimisation of the material of artificial organs The aim of this class is to give theoretical and applied insights on multiphysics
(ultrasound impression), etc. coupling simulations such as: thermomechanical, piezoelectric, vibro-acoustic,
magneto-mechanic.
Project (3) : Optimisation of civil engineering structures
in additive concrete manufacturing
Optimising the thermoacoustic properties of civil engineering structures. INTENSIVE SEMINAR
The optimised design will have to integrate concrete or plaster additive
manufacturing and take into account that fabrication is not done directly on
site. (SELECT ONE)
HUMANITIES AND SOCIAL SCIENCES (2 ECTS)
ACADEMIC TERM Students are offered a choice of Humanities and Social Sciences courses in
four broad domains - Work, Society, and the Individual ; Science, Technology,
and Society ; Innovation, Art, and Creativity ; General Perspective on Key
ELECTIVE SERIES 2.4 (2,5 ECTS) Social Issues. These courses are designed to introduce students to critical
perspectives on their own practices of science and engineering.
• OPERATIONS AND SUPPLY CHAIN MANAGEMENT
This module provides an introduction to challenges in the management of PROCUREMENT MANAGEMENT (2 ECTS)
operations and supply chains. It explores decisions involved in designing, This course intends to provide students with basic knowledge and skills to
planning and piloting production and distribution systems, both for goods and master the main purchasing processes in which they will be involved, whatever
services. The main challenge in these systems is to ensure that the right function they will perform in a company.
product or service is delivered at the right place and the right time, in the
quantity and at the quality required by the customer, while making efficient
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