Advanced MBSE + SysML Applied™: MagicDraw™ edition
Also available: Advanced MBSE + SysML Applied™: Cameo™ edition
COURSE ID: WS-MBSE-A-MD
DESCRIPTION: This advanced Model-Based Systems Engineering (MBSE) workshop, which builds upon the Essential MBSE + SysML Applied workshop, explains how to apply advanced MBSE + SysML modeling techniques to improve the precision, scalability, and clarity of your enterprise system architectures. The advanced modeling topics include recursive analysis and design patterns, cost/performance trade studies, automating Verification & Validation (V&V), Model-based Simulation (M&S) and Execution, scalable system architectures, team modeling, and large-scale model management. Learning modules are punctuated with frequent Q&A sessions and hands-on practice exercises.
This workshop edition is customized to integrate basic modeling tool training with MagicDraw, an award-winning MBSE modeling tool.
DESCRIPTION: This advanced Model-Based Systems Engineering (MBSE) workshop, which builds upon the Essential MBSE + SysML Applied workshop, explains how to apply advanced MBSE + SysML modeling techniques to improve the precision, scalability, and clarity of your enterprise system architectures. The advanced modeling topics include recursive analysis and design patterns, cost/performance trade studies, automating Verification & Validation (V&V), Model-based Simulation (M&S) and Execution, scalable system architectures, team modeling, and large-scale model management. Learning modules are punctuated with frequent Q&A sessions and hands-on practice exercises.
This workshop edition is customized to integrate basic modeling tool training with MagicDraw, an award-winning MBSE modeling tool.
TRAINING VENUES: All PivotPoint training workshops can be delivered via:
- Live Expert VIRTUAL TRAINING (Online) — primary delivery venue (most cost-effective & convenient)
[Highly-intensive, personally-interactive, hands-on training w/ frequent Q&A and screen sharing betw/ Instructor & students. Delivered online via a secure webcon + videcon facility.]; - Live Expert ONSITE TRAINING @ CLIENT FACILITY
[Delivered onsite at Client's physical facility; currently only available during non-flu season (Mar-Oct); includes FFP T&E surcharge as per IRS per diem rates; requires 60-day 100% advanced pay.]
DURATION: 4-5 days (= 28-35 training hours; length depends upon optional learning modules selected)
AUDIENCE: Systems Engineers, System Architects, Software Architects, Software Engineers, Software Developers, Business Analysts, Solution Architects, Project Managers, and others who want to learn how the SysML can improve how they architect, analyze, design, and manage complex systems will benefit from this workshop.
PREREQUISITES: Successful completion of Essential MBSE + SysML Applied™ or equivalent SysML 2 training/experience.
PREREQUISITES: Successful completion of Essential MBSE + SysML Applied™ or equivalent SysML 2 training/experience.
LEARNING OBJECTIVES
• Learn advanced MBSE + SysML modeling techniques to refine structural and behavioral models
• Understand how to define and apply analysis/design/architecture patterns for reuse
• Learn advanced techniques for selected SysML tool: Sparx Enterprise Architect (Sparx EA)
• Learn how to model cost/performance trade studies
• Understand how models can drive simulations and generate executable code
• Learn how to customize SysML for your work domain and target platform
• Understand how to select and customize model-based processes and tools
• Learn how Architecture Modeling Languages such as SysML can precisely define system architectures
• Understand how to select and apply system architecture patterns and frameworks
• Learn what makes a model-based process architecture-centric
• Understand how to manage large-scale models
• Identify the advanced MBSE SysML modeling principles and best practices most important to your team/project
• How to learn more about advanced MBSE + SysML and system architecture modeling
• Learn advanced MBSE + SysML modeling techniques to refine structural and behavioral models
• Understand how to define and apply analysis/design/architecture patterns for reuse
• Learn advanced techniques for selected SysML tool: Sparx Enterprise Architect (Sparx EA)
• Learn how to model cost/performance trade studies
• Understand how models can drive simulations and generate executable code
• Learn how to customize SysML for your work domain and target platform
• Understand how to select and customize model-based processes and tools
• Learn how Architecture Modeling Languages such as SysML can precisely define system architectures
• Understand how to select and apply system architecture patterns and frameworks
• Learn what makes a model-based process architecture-centric
• Understand how to manage large-scale models
• Identify the advanced MBSE SysML modeling principles and best practices most important to your team/project
• How to learn more about advanced MBSE + SysML and system architecture modeling
AGILE MBSE EXPERT INSTRUCTORS: All PivotPoint Agile MBSE Live Virtual Training training workshops are taught by Agile MBSE Experts with 10+ years practical application experience using leading SysML Modeling & Simulation (ModSim) tools (Cameo/MagicDraw, Sparx EA, etc.). All Agile MBSE Expert Instructors have been certified as such by PivotPoint's Founder & Chief Instructor (see below), and are passionate about the technical subjects they teach.
COURSE AUTHOR & CHIEF INSTRUCTOR: Cris Kobryn is the Founder of PivotPoint Technology and is an internationally-recognized expert in system architecture modeling languages (SysML, UML, BPMN, ArchiMate), enterprise architecture frameworks (DoDAF, UPDM, TOGAF), and Model-Based Systems Engineering (MBSE) tools. Cris led the original SysML (Systems Modeling Language) open source project, for which he received the INCOSE Outstanding Service Award in 2006. Cris has been architecting and designing distributed computer systems for three decades, and is known for successfully leading the UML 1.x, UML 2.0, and SysML international standardization teams. Recently, he designed the CyberML™ (Cyber Modeling Language™) to precisely specify Agile enterprise architectures that are scalable and cybersecure. You can learn more about Cris' qualifications as a MBSE and Agile Architecture expert on his corporate bio page...
COURSE SYLLABUS: All Advanced MBSE + SysML Applied – MagicDraw edition workshops must include MBSE + SYSML: ADVANCED, MBSE + SYSML: SYSTEM ARCHITECTURE and MBSE + SYSML: ADVANCED MODELING TOOL – MAGICDRAW core learning modules. Students can mix-and-match additional optional learning modules as needed, and modules can be tailored to address special team or project requirements. Contact us for details.
MBSE + SYSML: ADVANCED [Module# MBSE-301]
Topics
• Defining System Views & Viewpoints for Stakeholders
• Defining System Model Libraries for Reuse
• Defining System Interfaces for SOA Microservices & Cloud-Based Services
• Specifying Interface Control Documents (ICDs)
• Customizing SysML/UML2 Profiles for Problem Domains
• MBSE System Interface Anti-Patterns
Topics
• Defining System Views & Viewpoints for Stakeholders
• Defining System Model Libraries for Reuse
• Defining System Interfaces for SOA Microservices & Cloud-Based Services
• Specifying Interface Control Documents (ICDs)
• Customizing SysML/UML2 Profiles for Problem Domains
• MBSE System Interface Anti-Patterns
MBSE + SYSML: SYSTEM ARCHITECTURE [Module# MBSE-302]
Intro to System Architecture
Topics
• Recursive Architecture Patterns for Systems-of-Systems
• Defining Scalable System Architecture Skeletons
• Defining System Architecture Integrity Guidelines
• Defining System Architecture Specifications
• MBSE System Architecture Anti-Patterns
Intro to System Architecture
Topics
• Recursive Architecture Patterns for Systems-of-Systems
• Defining Scalable System Architecture Skeletons
• Defining System Architecture Integrity Guidelines
• Defining System Architecture Specifications
• MBSE System Architecture Anti-Patterns
MBSE + SYSML: DATA MODELING [Module# MBSE-303]
Intro to Data Modeling
Topics
- System Analysis: Specifying Logical Data
- System Design: Refining Logical Data into Physical Data
- System Design: Mapping Physical Data to Relational & Big Table Data
System Development Lifecycle
- Data Modeling work artifacts
- Data Modeling Verification & Validation (V&V)
Intro to Data Modeling
Topics
- System Analysis: Specifying Logical Data
- System Design: Refining Logical Data into Physical Data
- System Design: Mapping Physical Data to Relational & Big Table Data
System Development Lifecycle
- Data Modeling work artifacts
- Data Modeling Verification & Validation (V&V)
MBSE + SYSML: ADVANCED MODELING TOOL – MAGICDRAW [Module# LS310-MD]
Topics
• Customizing Allocation Table templates
• Customizing documentation generation templates
• Customizing UML2/SysML Profiles
• Customizing model validation scripts
• Modeling & Simulation (ModSim)
• Team modeling
Diagram Techniques
• Use Case, Requirement, Activity, Block Definition, Internal Block, Sequence, State Machine, Parametric, Package, Allocation Tables
Topics
• Customizing Allocation Table templates
• Customizing documentation generation templates
• Customizing UML2/SysML Profiles
• Customizing model validation scripts
• Modeling & Simulation (ModSim)
• Team modeling
Diagram Techniques
• Use Case, Requirement, Activity, Block Definition, Internal Block, Sequence, State Machine, Parametric, Package, Allocation Tables
MBSE + SYSML: ADVANCED PROJECT PRACTICUM [Module# MBSE-320]
The project practicum provides an opportunity to apply ADVANCED SysML modeling principles and best practices to solve project modeling problems in a creative and supervised workshop environment. The practicum can be used to facilitate:
• MBSE/SysML system architecture model peer reviews
• MBSE/SysML system architecture model revisions and extreme makeovers
• Selected advanced SysML architecture modeling tool techniques
Students can identify project modeling problems in advance, or Instructor will work with students to identify them.
The project practicum provides an opportunity to apply ADVANCED SysML modeling principles and best practices to solve project modeling problems in a creative and supervised workshop environment. The practicum can be used to facilitate:
• MBSE/SysML system architecture model peer reviews
• MBSE/SysML system architecture model revisions and extreme makeovers
• Selected advanced SysML architecture modeling tool techniques
Students can identify project modeling problems in advance, or Instructor will work with students to identify them.
OPTIONAL LEARNING MODULES: May be added if appropriate prerequisites are met. Each optional learning module requires one (1) additional training day.
AGILE MBSE: OVERVIEW [Module# MBSEP-200]
Intro to Agile MBSE Processes & Frameworks
• Survey of popular MBSE Processes
• What is Agile MBSE™?
Agile MBSE Process Workflow Patterns
Agile MBSE Process Transition Guidelines
How to build a Agile MBSE Core Architecture Team
Agile MBSE Process Anti-Patterns to Avoid
SysML Diagram Techniques
• All nine SysML diagram types + Allocation Tables
Intro to Agile MBSE Processes & Frameworks
• Survey of popular MBSE Processes
• What is Agile MBSE™?
Agile MBSE Process Workflow Patterns
Agile MBSE Process Transition Guidelines
How to build a Agile MBSE Core Architecture Team
Agile MBSE Process Anti-Patterns to Avoid
SysML Diagram Techniques
• All nine SysML diagram types + Allocation Tables
MBSE + SYSML: DYNAMIC M&S w/ CAMEO [Module# MBSE-205A-CAM]
Intro to Dynamic (Behavioral) Modeling & Simulation (ModSim)
Intro to Cameo Simulation Toolkit for Dynamic ModSim
Topics
• Simulating Activity diagrams
• Simulating State Machine diagrams
• Simulating Sequence diagrams
Intro to Dynamic (Behavioral) Modeling & Simulation (ModSim)
Intro to Cameo Simulation Toolkit for Dynamic ModSim
Topics
• Simulating Activity diagrams
• Simulating State Machine diagrams
• Simulating Sequence diagrams
MBSE + SYSML: PARAMETRIC ModSim w/ CAMEO [Module# MBSE-205B-CAM]
Intro to Mathematical (Parametric) Modeling & Simulation (ModSim)
Intro to Dimensional Analysis for Mathematical ModSim
Intro to Cameo Simulation Toolkit for Mathematical ModSim
Topics
• Dimensional Analysis for Mathematical ModSim
• Simulating SysML Parametric Diagrams
Intro to Mathematical (Parametric) Modeling & Simulation (ModSim)
Intro to Dimensional Analysis for Mathematical ModSim
Intro to Cameo Simulation Toolkit for Mathematical ModSim
Topics
• Dimensional Analysis for Mathematical ModSim
• Simulating SysML Parametric Diagrams
CYBER ARCHITECTURE: OVERVIEW [Module# CYB-CAD-100]
Intro to Cybersecurity Architecture & Design
• Agile MBSE Quick Tour
• SysML & CyberML Quick Tours
Topics
• Network Topologies
• Network Communication Protocols
• Cybersecurity Attacks & Defenses
• Cybersecurity Standards & Frameworks
Diagram Techniques
• CyberML extended subset of UML2/SysML diagrams
Intro to Cybersecurity Architecture & Design
• Agile MBSE Quick Tour
• SysML & CyberML Quick Tours
Topics
• Network Topologies
• Network Communication Protocols
• Cybersecurity Attacks & Defenses
• Cybersecurity Standards & Frameworks
Diagram Techniques
• CyberML extended subset of UML2/SysML diagrams
DODAF 2 + UAF + SYSML: OVERVIEW [Module# DODAF-UAF-SYS-100]
Intro to Model-Based Architecture Frameworks
Quick Tours: DoDAF 2, UAF & SysML
Intro to System Capabilities (Requirements) Analysis
Selected Agile DoDAF2/UAF Viewpoint Products
• Capability Viewpoint: CV-2, CV-6
• Operational Viewpoint: OV-1
Selected SysML Diagram Techniques
• Use Case, Requirement, Package, Allocation Tables
System Development Lifecycle Phases
• Requirements Analysis
Intro to Model-Based Architecture Frameworks
Quick Tours: DoDAF 2, UAF & SysML
Intro to System Capabilities (Requirements) Analysis
Selected Agile DoDAF2/UAF Viewpoint Products
• Capability Viewpoint: CV-2, CV-6
• Operational Viewpoint: OV-1
Selected SysML Diagram Techniques
• Use Case, Requirement, Package, Allocation Tables
System Development Lifecycle Phases
• Requirements Analysis
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