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| Successful Case
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| 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 |
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| Courses > Modeling |
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System Simulation Based on Modelica |
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| Mr. Mariol |
| System structure design simulation engineer in a research institute |
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| Time Location: Beijing,Shenzhen and Shanghai open classes Based on registration |
| Course Cost: 1000 $/Person
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| Internal Training: You can customize internal training according to the needs of the enterprise. |
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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
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| In this course, introductory knowledge training is carried out for students with zero foundation, which mainly covers simulation classification, development status of system simulation technology, development of Modelica language and introduction of FMI technology. In addition, through development exercises of simple circuit model library, we can learn and master the model secondary development technology based on Modelica language. |
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| Training Goal |
| To enable zero-base students to preliminarily understand the basic knowledge of system simulation;
Understand the general operation flow of Modelica modeling and the basic use function of tool software;
Understand the application trend of system simulation technology;
Understand FMI standards;<
Master model secondary development technology based on Modelica language. |
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| Training Target：Industrial engineers and designers |
| Student Foundation: Understanding of system modeling, preferably some programming experience |
| Teaching Method:
Customized Course + Case Explanation + Group Discussion, 60% Case Explanation, 40% practice exercise |
| Training Content: 2 Days
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Course arrangement |
| Modeling and simulation concepts and classification introduction |
The concept and classification of system simulation are introduced, and the application scope and significance of system simulation are preliminarily understood through this course. |
| OpenModelica installation |
The tool installation is complete. |
| OpenModelica User Guide |
This course provides a quick introduction to OpenModelica software tools for people with zero basic knowledge. Through this course, we can master the basic operation of the tools and lay the foundation for subsequent tool-based coding.
Various system simulation tools are briefly introduced and demonstrated
Familiar with tool function and operation practice |
| Overview of the Modelica language and modeling |
The origin, development, advantages and characteristics of Modelica language and modeling technology, as well as domestic and foreign application cases are introduced. Through this course, the application scope of Modelica and the advantages of system dynamic behavior modeling are understood. |
| Modelica language analysis |
Through this course, I can master the method of searching Modelica data and understand Modelica semantics
The general situation of knowledge points. |
| Modelica language base elements and classes |
Understand lexical structures, operators, built-in types, variables, expressions, physical units, and get started programming with Modelica with pendulum examples.
Through class related knowledge and concept introduction, master the idea of object-oriented programming.
Software development function explanation
Practical exercise: Simple pendulum example coding exercise |
| Modeling and simulation of simple circuit model base based on Modelica language |
Through simple circuit model library modeling and simulation examples, master the method of autonomous model development based on Modelica language.
Practical exercises: Simple circuit and circuit model library modeling exercises |
| Introduction to FMI standards and technologies |
The development, technical connotation and tool operation of FMI standard are briefly introduced
Model import and export operation demonstration based on FMI |
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| Consulting Objective
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Help build model-driven analysis, design, development, testing |
| Scope Consultation |
Requirements Modeling, Architecture Modeling, Database Modeling, Code Modeling, Test Modeling.
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| 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
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