The previous training as ingeneer in the industrial and production field

SPECIFIC -Geometric analysis capability , manufacturing and technological characteristics of a mechanical assembly for design. -Knowledge and use of solid modeling software. -Knowledge of heuristics and approximate solutions for solving optimization problems in mechanics. -Ability to identify and apply the methods and techniques most appropriate in mechanical optimization. - Ability to use optimization softwares. GENERAL - Apply the acquired knowledge and solve problems in new or unfamiliar environments within broader and multidisciplinary contexts environments. - Ability of analysis and synthesis , organization and planning , abstraction and deduction. - Ability to propose original solutions to an engineering problem in the field of machines or transport. - Evaluate the performance and impact of a particular technology in the field of machine engineering or transport.

-Introduction to computer aided design . - Design and virtual modeling of mechanical assemblies . - Design of mechanical elements using finite element method . - General concepts of optimization. - Methods of local optimization - Methods of global optimization . Genetic algorithms . - Other optimization techniques. Neural Networks.

-Lectures: 2 ECTS . To achieve the skills of the subject . - Practical classes : 2 ECTS . To start developing skills. -Practical Project : 1.5 ECTS . Selfmade work to complete and integrate the development of all skills in solving a case . - Final exam: 0.5 ECTS .Too assess the knowledge acquired.