Sophia Kohle
Managing Director
其他信息
Model-based software development is state of the art for automotive embedded applications. Established toolchains and defined methods address the strict requirements of functional safety standards.
In general software development, best practices promote agile methods over strict waterfall process models.These methods help teams handle real-world challenges such as late changes or vague requirements.These real-world scenarios exist in automotive software development, and agile methods will also be beneficial here.
This course introduces the basic principles of agile methods. It explains how to apply these methods in model-based development. Participants gain first-hand experience with agile methods and apply some of these methods in live sessions.
目标受众
This training class targets modelers, developers, testers, quality managers, project managers, and team leaders. It introduces agile methods and shows how they fit model-based development of embedded software using MATLAB/Simulink and similar tools.
课程亮点
- Principles of model-based development with Simulink/Stateflow
- Core concepts of agile methods like Kanban or Scrum
- Foundations of agility in model-based development
- Elements of continuous quality assurance
- Approaches to continuous integration
- Agility as viewed by either: ISO 26262 or ASPICE
- Interactive parts that properly reflect real team situations
日程安排
Day 1
- Motivation for model-based software development
- Why agile? Agile Manifesto and principles
- Myths and more (interactive)
- Typical approaches to agility: Kanban, Scrum, etc.
- Basic concepts of model-based development
- Overview of development and safeguarding activities
- Boundary conditions for safety-critical systems
- Samples of quality assurance methods such as static and dynamic model analysis
- Development objectives in Scrum
- Roles and timing in a Scrum team
- Scrum quality gates: Definition of Ready (DoR), Definition of Done (DoD)
- Principles of Kanban
Hands-on: Agile principles in a nutshell
Day 2
- Distributed modeling
- Implementing software architectures in models
- Analysis and evaluation of model structure
- Version control
Hands-on: Analysis of model structure
- Refactoring: what, why, when, how
- Refactoring based on basic guidelines
- Refactoring based on model architecture guidelines
Hands-on: Using a model refactoring tool
- Basic concepts of continuous integration
- Definition of integration jobs
- Jenkins as a state-of-the-art platform
- MES tool plugins for Jenkins
- Quality monitoring dashboards
- Challenges regarding a continuous integration for model-based development
- Experience report: Validation suite for the MES Model Examiner
- Getting an overview of visualizations
Hands-on: Creating a Kanban board
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