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Curriculum

Curriculum

  • Class Schedule Register
    Basic Class
    Name of Class Basic Class
    Overview Understand 3D design processes and basic advantages of CATIA V5 and apply them at work.
    Class Description 1. Introduction to CATIA V5
    - Definition of CATIA V5
    - Features of CATIA V5

    2. Sketcher
    - Create and Edit 2D Profile Using Sketcher

    3. Part Design
    - Solid Modeling Methodology using Sketch-Based Feature / Dress-up Feature / Transform Feature
    - Multi Body Solid Modeling Methodology

    4. Assembly Design
    - Introduction to Parts Assembly Design
    - How to Assign Assembly Conditions and Move the Parts
    - Assembly Analysis and Revision
    - High-end Part Designing Through Assembly

    5. Drafting
    - How to Make 2D Drawing Using 3D Model
    - How to Create Part and Assembly Drawings
    - How to Create and Revise Drawing Elements of Title Block / EO Information Block
    - How to Efficiently Manage Link to 3D Model for Changes in the Design
    Class Duration 3 days
    Expected Effects - Reduced duration when changing the design through parameter link
    - Analyze and revise design data from parent automobile company
    - Verify 3D models using interference check of assembly
    Improvement Measures - Need a course on CATIA V5 knowledge to make DB of design knowledge
    - Need to systematize company's unique rule
    - Need to build a system that can define the history of changes in the design
    - Need precise understanding of the entire process as careful deliberation for automation process of changing the designs from the 2D profile design phase is important in order to make changes intended by the designer
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    Advanced Class
    Name of Class Advanced Class
    Overview Learn advanced functions and modeling methodology of CATIA V5 and make designs more accurately and quickly, and respond to changes in the design.
    Class Description 1. Advanced Part Design Methodology

    2. Knowledge Advisor
    - Define Parameters
    - Connection of Relation
    - Use Rule & Check
    - Use Reaction

    3. Design Table

    4. User Define Feature

    5. Power copy

    6. Catalog
    Class Duration 3 days
    Expected Effects - Reduced duration when changing the design through parameter link
    - Efficient management of single items through Design Table and Catalog
    - Reduced design time and errors using Power Copy
    Improvement Measures - Need modeling standardization through rules
    - Need to build a system that can define the history of design changes
    - Need to learn knowledge keywords
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    GSD(Generative Shape Design) Class
    Name of Class GSD(Generative Shape Design) Class
    Overview Understand generation process of CATIA Surface and apply automated techniques when making changes in the design.
    Class Description 1. Generate Wireframe Geometry

    2. Application of Shape Design Common Tool

    3. Create Solid Modeling by Applying Close Surface and Thickness
    Class Duration 3 days
    Expected Effects - Create models of almost all free surfaces using Surface
    - Analyze and revise history after receiving Surface data from parent company
    - Make Wireframe Geometry using Base in End Surface function
    - Easily make changes by defining surface parameter as a design parameter
    - Check assembly part interference after creating Surface based on design standards
    Improvement Measures - Surface Expert involves learning CATIA functions only. What's more important is analyzing Reference Geometry and determining design requirements of the parent company. Another class that teaches applications of CATIA V5 Surface is necessary.
    - The quality of line where 2 surfaces join is very important. Low-quality surface cannot create a solid. To overcome this, efforts must be made to reduce the time of changing the design by using various functions to improve quality of CATIA Healing and Surface.
    - A design process must be written in a way that allows for easy revision of specific interferences to improve efficiency in design time. Design process must be sufficiently reviewed prior to the design phase.
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    Digital Mockup Class
    Name of Class Digital Mockup Class
    Overview Review production and assembly and verify design quality during the design phase by generating all product designs into 3D and assembling them on a computer screen.
    Class Description 1. Basic Kinematics
    - Kinematics Joint and Simulation

    2. Application of Kinematics
    - Sensor Application and Practical Training
    Class Duration 2 days
    Expected Effects 1. Reduce duration of product development
    - Switch from previous sequential designing to concurrent designing
    - Single database is shared by all departments improving inter-departmental communication
    - Optimized product development processes

    2. Reduced product development costs
    - Minimize prototype production due to advanced assembly and design review via a computer
    - Review of numerous designs and sharing of parts
    - Detailed design and involvement of Production Department in early stage to enable optimal design for production
    - Significantly reduced changes in design

    3. Improved design quality
    - Accurate 3D solid modeling to improve design quality and reduce production error
    - Interference check and assembly/disassembly simulation via a computer
    - Reduced design errors through data sharing
    Improvement Measures - A digital mockup is used to check product assembly and mechanical movements of a product before production, but it is not 100% guaranteed. It is important to customize and standardize production to meet company requirements.
    - The assembly data file of an entire product has a large data size making it difficult to control. Thus, it is recommended to simulate only the parts needed for the task.
    - Mechanical movement is only for simple movements. For dynamic simulation, a module that supports dynamics is needed. Also, the joint component between two parts is most important in a mechanical movement. It is essential to understand the product's mechanism.
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    CV5 Analysis Class
    Name of Class CV5 Analysis Class
    Overview Understand and use basic process of structural analysis
    Class Description 1. Basic Finite Element Method

    2. Application of Structural Analysis Process

    3. Verification of Simulation Results
    Class Duration 3 days
    Expected Effects - Improve design through visual confirmation of stress distribution
    - Cultivate high-level manpower through education by a structural analysis designer
    - CAD-based structural analysis reduces time compared to heterogeneous processes
    - Enhanced reliability through safety verification of proprietary products
    Improvement Measures - CAD-based simulation tools sometimes has poorer results compared to special simulation tools. This does not stem from the difference between simulation algorithms but from a non-expert inputting arbitrary conditions. Therefore, it is vital to precisely understand the finite element method.
    - There are many ways to verify simulation results. Do not take simulation results as true. To verify, it is important to make a habit of checking each value.
    - Building a system that can define the history of changes in the design is also needed.
    - If a product can be designed to require less materials and safety but achieve identical performance as before, this will lead to cost reduction. Public trust of company products will rise by enhancing technology and accumulating structural analysis data.
  • Class Schedule Register
    Automation Class
    Name of Class Automation Class
    Overview Implement design automation using Macro, VBA and Visual Basic.
    Class Description 1. Development Environment of Visual Basic

    2. Basic Knowledge on Visual Basic

    3. Menu Description

    4. Visual Basic Operator

    5. Control Statements on Visual Basic

    6. Variable Declaration and Data Model

    7. Use Tools

    8. Interfaces Documentation(API)

    9. In-Process Macro

    10. Macro Libraries

    11. CATIA V5 Visual Basic Editor

    12. Recording a Macro

    13. Out-Process in HTML with VBScript

    14. Cylinders : Recording a Macro
    Class Duration 5 days
    Expected Effects - Reduced design time and errors through design automation
    - Define standardized design process; convert technology into private and company database using templates in CV5
    Improvement Measures
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    3DEXPERIENCE Transition Class
    Name of Class 3DEXPERIENCE Transition Class
    Overview Understand and apply the changes of 3DEXPERIENCE Platform in comparison to CATIA V5.
    Class Description 1. Introduction to 3DEXPERIENCE Platform
    - Components of CATIA Version and Introduction to Platform
    - Features of 3DEXPERIENCE Platform

    2. Infrastructure and Collaboration
    - Introduction to User Interface
    - APP Access and Management; Data Search
    - Data Migration (Export, Import)
    - Authorization Management of Collaborative Space

    3. Part Design
    - Structural Changes to 3D Parts
    - Sketcher, Part Design Change and Improvement Functions Using Exercise

    4. Assembly Design
    - Structural Changes to Physical Product and Component Management
    - Assembly Using Engineering Connection

    5. Drafting
    - Drafting Change and Function Improvement Using Exercise
    - Layout Component Using Layout Template
    Class Duration 2 days
    Expected Effects - Enhanced understanding of 3DEXPERIENCE Platform by understanding its difference with CATIA V5
    - Establish inter-work process through production creation and management
    - Reduced time due to concurrent collaboration and product management
    Improvement Measures - Need to systematize company's unique and standardized ownership and revision
    - Need to adapt to changes made to 3DEXPERIENCE Platform and systematize company’s unique rules
    - Need to carefully automate changes in design from the 2D profile design phase to make changes as intended by the designer
    - Need precise understanding of entire process as deliberation is also needed

Before registering

- This class has a limited capacity. Class registration will be done on a first-come, first-serve basis.
- Class registration ends 1 week before class starts. If the class is canceled, it will be announced 1 week in advance.
- Class schedule and curriculum may change. The location of the class will be announced at a later time. (Please inquire separately regarding class fees.)

- Class may be canceled if only 5 students or below register for the class.
- If you want to cancel your registration, please inform us at least 2 days before class starts. (No refund if registration is canceled after class starts.)
- Class is free of charge for SME employees. Class fee will be discussed for employees of large corporations.
- Certificate of completion will be issued to students with attendance of 90% or higher.

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