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Successful Case
Continental Automotive Electronics
Bosch Automotive Electronics
Schaeffler electric drive
Joyson Automotive Electronics
Huawei Technical Center
BMW Automotive Research and Development Center
Geely Auto Research Institute
Byd Automotive Research Institute
 
 
Courses > Modeling
System Analysis and Modeling using NML
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Zu Tao
Founded uml.org.cn in 2001, 2005 IBM Rational User Group Best Speaker
 
Time Location: Beijing, Shenzhen and Shanghai open classes based on registration
Course Cost：1300 $/Person
Register Courses  
Internal Training: You can customize internal training according to the needs of the enterprise.

Authentication Method:
Understand the competency model before training.
Ability evaluation after training:
  • Online Examination
  • Ability Analysis, give learning suggestions
    • The qualified person shall be issued a certificate as proof of vocational skill qualification

    As Software becomes more and more complex, its scale and content become larger and larger, how to effectively model the business, refine the domain model, and conduct analysis and design based on the domain becomes more and more important for the sustainable accumulation ability of Software. This course first explains how to clarify the business through business modeling, and then explains how to extract the domain model from the business model, transition to domain analysis, carry out domain-driven design, achieve orderly Software design, and reverse the domain model of the existing system to help identify problems and carry out effective reconstruction.
     

    In engineering, natural language is the most important formal basis for description, so NML pays full attention to natural language. NML (Nature Modeling Language) is an intermediate modeling language between natural language and modeling in various professional fields. The purpose is to evolve the basic form of human description, form logical thinking ability, improve professional independent analysis and design ability, and then support the analysis and design of various professional fields, and provide model mapping for systems and software.
     

    This course will provide a comprehensive analysis of the NML language from four aspects by the creators of NML:
    • Creation of NML language
    • NML semantic architecture
    • NML syntax system
    • NML modeling applications

    Let modelers have a thorough understanding of modeling language, and can be applied to business analysis design, data analysis design, system analysis design, software analysis design, and then improve the overall modeling ability. The course will incorporate modeling practices with the NML modeling tool iSpace, demonstrating case practices for learning languages and tools by reviewing specific projects.
     
    course Features

    1. Teaching by senior experts, interactive case teaching, real combat simulation project operation.
    2. Master NML modeling technology through practice exercises.
    3. Combine theory with practice and pay attention to the explanation of cases.
    4. Have profound theoretical depth and accurately grasp the normative semantics of NML.
    5. Full case explanation, students learn while doing, specific and profound.
    6. Consult cases proposed by students to guide analysis and design.
    Training Goal

    By the end of this course, participants should be able to learn: What is NML
    • What is NML
    • Why do you need NML
    • Relationship between NML and other modeling languages
    • What does NML have
    • NML modeling perspective
    • Basic model of NML modeling
    • Basic model of NML modeling
    • Analytical design practices using NML
      • requirement modeling
      • System analysis
      • System design
      • System simulation
      • Transition from system requirements to software requirements
      • Model-based tracking and management
    Training Target: System engineers, requirements researchers, development engineers, technical solution personnel
    Student Foundation: Experience in project development or requirements
    Teaching Method: Customized Course + Case Explanation + Group Discussion, 60% Case Explanation, 40% practice exercise
    Training Content: 2 Days
    NML Introduction
    		What is NML
    Why do you need NML
    Relationship between NML and other modeling languages
    What does NML have
    NML modeling perspective
    Implementation of MBSE effectiveness using NML

    Introduction to the NML modeling tool iSpace Features of iSpace
    Supported modeling languages
    Extended function
    Model tracking
    Modeling coordination
    Document automation
    Model-based simulation
    NML core diagram analysis Text modeling: diagrams, elements, relationships
    Entity modeling: diagrams, elements, relationships
    Behaviour modeling: diagrams, elements, relationships
    Data modeling: graphs, elements, relationships
    iSpace Modeling: Diagrams, elements, relationships
    Introduction to WML Workflow diagram
    Character map
    Job drawing
    NML analysis and design method Look at things from an NML perspective
    The basic elements of objective things
    The basic relations of objective things
    Conceptual analysis from multiple perspectives
    The relationship between entity, behavior, data and space
    Analytical design practices using NML
    Requirement modeling Classification of requirements
    Hierarchy of needs
    Requirements analysis method
    Requirements Modeling Practices (NML based)
  • User requirements modeling methods
  • Business requirements modeling methods
  • System requirements modeling method
    		•
    System analysis The goal of system analysis
    Methods of systematic analysis
    System Analysis Modeling Practice (based on NML) :
  • System function analysis and modeling
  • System performance analysis and modeling
  • System interface analysis and modeling
  • System reliability analysis and modeling
  • System extension analysis and modeling
  • System security analysis and modeling
    		•
    System design The goal of system design
    Method of system design
    System Design Modeling Practice (based on NML) :
  • system module partitioning
  • System interface design
  • System behavior design
  • System interaction design
  • System performance and reliability design
    		•
    System simulation The goal of system simulation
    Method of system simulation
    Model-based System Simulation Practice (NML based) :
  • Functional simulation
  • Scene simulation
  • State simulation
  • Integrated simulation
    • Transition from system requirements to software requirements The relationship between system requirements and software requirements
    Mapping of system requirements and software requirements
    How to transition from system requirements to software requirements
    The tracking relationship between the two
    Software requirement modeling Goals for software requirements
    Software requirements approach
    Software requirements Modeling Practice (NML based) :
  • Software function analysis and modeling
  • Software performance analysis and modeling
  • Software reliability analysis and modeling
  • Software extension analysis and modeling
    • Software design modeling The goal of software design
    Methods of software design
    Software Design Modeling Practice (NML based) :
  • Software architecture Design
  • Software component design
  • Software interaction design
  • Software operation design
  • Software performance and reliability design
    • Model-based coding Mapping between software design model and software code
    NML design model and code mapping
    Generate structural code from the software design model
    Generate behavioral code from the software design model
    Reverse engineer the model from code
    How to maintain consistency between model and code
    Model-based testing Test goal
    Types of tests
    Model-based testing (NML based)
  • unit testing
  • Integration testing
  • System test
    • Model-based automated documentation A model-to-document automation approach
    Generate documents based on the model
    Establish model and document traceability
    How to maintain consistency between models and documents
    Model-based tracking and management Build a trace chain based on the model: requirements, systems, software, tests
    Generate a trace list based on the model
    Establish a baseline for the model
    Work planning and tracking based on model
    Analyze the impact scope of the change based on the model
    Model-based configuration management
     
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    Inner Training
     


    Consulting Services: Model-Driven Development Process
    Consulting Objective Help build model-driven analysis, design, development, testing
    Scope Consultation Requirements Modeling, Architecture Modeling, Database Modeling, Code Modeling, Test Modeling.
    Consultation Method Model-driven development process training, modeling and management tool environment construction, combined with actual customer case demonstration, team practice guidance, model evaluation standards formulation, specification formulation
    Successful Case Huawei Research and Development Center, Space Center of Chinese Academy of Sciences, Nanjing 14 Institute, China Mobile Research Institute and so on.
    For more information:010-62670969， umlooo@hotmail.com