|
Course
|
Type
|
Students
|
Keywords
|
|
Graphs, algorithms et applications
|
Lecture,TD
|
Bac+4
|
basic concepts and terminology, trees - paths - routes (identification, enumeration, optimization), matching, application in project management problems
|
|
TER flexible workshop
|
TER
|
Bac+5
|
design of a Petri nets-based automata for the operation of a flexible workshop (robot + conveyors + sensors), tests on simulator, experimental validation on a miniature workshop.
|
|
Combinatorial Optimization: modeling, algorithms and applications
|
Lecture
|
Bac+5
|
complexity, ILP modeling, relaxations et bounds, branch-and-bound, maximum flow (minimum cost flow) problem, (meta-)heuristics, local search
|
|
BE Combinatorial Optimization
|
BE
|
Bac+5
|
mathematical modeling of the problem proposed, use of opensource solver GLPK to solve tractable instances, design and programming of a heuristic method to tackle larger instances
|
|
Discrete event simulation with ARENA
|
Lecture,BE
|
Bac+5
|
simulation vs optimization, DES specificities, modeling of a flowshop and performance improvements using simulation' results, 2D animation
|
|
BE Robotics
|
BE
|
Bac+5
|
understanding and programming of industrial robots to follow predefined trajectories and build predefined kaplas constructions
|
|
Introduction to combinatorial optimization
|
Lecture
|
Bac+5
|
complexity, ILP modeling, branch-and-bound, maximum flow problem, minimum cost flow problem, heuristics
|
|
Planning and scheduling
|
Lecture
|
Bac+5
|
representation, modeling, single machine, parallel machines, flowshop, jobshop, openshop, PDP, MRP, just-in-time, kanban
|
|
Linear programming
|
Lecture
|
Bac+5
|
LP modeling, graphical resolution (2D), simplex, artificial variables and basic solutions, sensitivity analysis, duality
|
|
Introduction to Petri nets
|
Lecture
|
Bac+4
|
basic concepts and terminology, behavioral properties, analysis techniques, limitation of the basic model and principles of PTN extensions
|
|
Students final industrial internships
|
Jury
|
Bac+5
|
|
|
Course
|
Type
|
Students
|
Keywords
|
|
Databases
|
TD
|
Bac+3, Bac+4
|
models, normalization, query langages and optimization, SQL, storage, concurrency control
|
|
Algorithmics
|
TD
|
Bac+2
|
computational complexity and analysis, data structures, PC-architecture, data representation and instructions
|
|
Production management
|
TD
|
Bac+3, Bac+4
|
forecasting, layouts, plannings, scheduling, stock management, MRP, kanban, MPM, OPT, maintenance
|
|
transport logistics
|
TD
|
Bac+4, Bac+5
|
hub location, flow optimization, pick-up and delivery, assets management, transport software
|
|
Modeling and performance evaluation tools
|
TD
|
Bac+3, Bac+4
|
discrete event systems, graph-based models and algorithms, Petri nets, réseaux de Petri, Markov chains and processes, queuing theory
|
|
Mathematical tools for engineers
|
TD
|
Bac+3, Bac+4
|
numerical progressions, Fourier series, functions of multiple variables, vector analysis, multiple integrals, line and surface integrals
|
|
Mathematical techniques for engineers
|
TD
|
Bac+3, Bac+4
|
linear systems, matrix norm and conditioning, eigenvalues and eigenvectors, least square method, gradient descent methods
|
|
Mechanics of particles
|
TD
|
Bac+1, Bac+2
|
kinematics and dynamics of a material point, Newton's laws, kinetic, potential and mechanic energy, oscillatory movements
|
|
Students industrial internships
|
monitoring
|
Bac+4
|
|
|
Students final industrial internships
|
monitoring
|
Bac+5
|
|
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