Space and Applications

03/11/2016

1. M1- SPACE AND APPLICATION - SEMESTER 1
  • Title: PLM Discover on CATIA V6.
  • Time: 30 hours.
  • Objectives: This course will teach you how to design parts using feature-based, functional modeling and parametric techniques and how to create a simple assembly, simulate a mechanism, generate a simple detail drawing and define a manufacturing process. You will discover an extended simulation with  the System engineering Workshop
  • Contents:
    • Module 1: Connect to V6 & database and Manage PLM Data                     
    • Module 2: Design parts (3h)
    • Module 3  Assembly Design (3h)        
    • Module 4  Create kinematics simulation (3h)  
    • Module 5  Simulate a mechanical stress by finite elements (3h)
    • Module 6  Perform the 2D Drawing of a 3D Part and 3D assembly (3h)
    • Module 7  Define a Manufacturing process (3h)
    • Module 8  To work on surfaces (3h)
    • Module 9  To collaborate on a project, Print a 3D component (3h)
    • Module 10  To  dimension in 3D with  Tolerance  & Annotation (3h)
2. M1- SPACE AND APPLICATION - SEMESTER 2
  • Title: Fundamentals on CATIA V6
  • Time: 36h (10 days)
  • Objectives: This course will teach you the use of the best practices in the fundamentals modules of CATIA V6 : Part Design, Assembly, Kinematics, Parametric Design and Knowledge and a project of application to satellite design.
  • Contents: 
    • Module 1: Part Design Advance
      • Advanced functions and features; Boolean operations, Sketch analysis,  Tree   of specifications analysis and modifications management
      • 8 hours
    • Module 2: Assembly advanced
      • Design in context; Assembly rules; Use of functional Skeleton; Assembly   analysis  (Static Clash) and simulation
      • 9 hours
    • Module 3: Kinematic simulation
      • Theory of mechanisms; Use of kinematics diagrams; Degree of   Freedom; Commands; Dynamic clash analysis; Position, Speed   and acceleration  Analysis.
      • 4 hours.
    • Module 4: Parametric Design and Knowledge
      • How to Use Knowledge Advisor (Parameters, Formulas, Relation (Rule, Check, Design tables))
      • 6 hours
    • Module 5: Numerical simulation in Abaqus
      • Abaqus discover (7h)
      • Projece Satelite design (2h)
    • Mini Project:
      • Complete Satellite design project
      • 20 hours
3. M2- SPACE AND APPLICATION - SEMESTER 1
  • Title: Fundamentals on CATIA V6
  • Time: 36h (10 days)
  • Objectives: This course aims to provide the basic knowledge and understanding of the composite design utilized in the engineering material and aerospace structures. Use Abaqus/CAE to create complete finite element models. Solve structural analysis problems including the effects of material nonlinearity.
  • Contents:
    • Module 1: Composite design                       
      •   About composites: definition, design concept…Composite design using manual approach: parameters, manual ply creation,   creating ply, analyzing, managing the plies…Composite design using grid approach: Creating the plies, Virtual stacking,
      •   Project: Satellite design (2h): composite design part.  
      • 6 hours
    • Module 2: Finite Element Method by Abaqus software  
      •   Static Analysis, Frequency Analysis, Subroutine in Abaqus: Python language
      •   Project: Satellite structure (2h): vibrations problems, thermal problems
      • 9 hours
    • Module 3: Catia Systems & RFLP                        
      • With Catia Systems, any kind of behavior can be simulate: Mechanical,   Logical, Mechatronics, Hydraulics, Electronics. The software  use the Modelica language with an  integrated complete library ..
      • Project: Satellite satellite control system (2h): Catia system
      • 15 hours.

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