Essential MBSE + SysML + Requirements Applied™: Cameo™ edition
This Essential MBSE+ SysML + Requirements Applied workshop is customized for 3DS Dassault's Cameo Systems Modeler™, Cameo Enterprise Architect™, and MagicDraw™. Contact us for other tool options.
COURSE ID: WS-MBSE-MBRE-CAM
DESCRIPTION: This intensive, hands-on Model-Based Requirements Engineering (MBRE) workshop is designed for Systems Engineers aiming to meticulously establish both functional and non-functional requirements, ensuring they are verifiable and validatable throughout the System Development Life Cycle (SDLC). The workshop focuses on the practical implementation of established Model-Based Systems Engineering (MBSE) and SysML methodologies, concentrating on Requirements Analysis, ensuring requirements traceability, and emphasizing Verification & Validation (V&V) processes. Under the guidance of a veteran MBSE Expert Instructor, boasting over a decade of practical experience, participants will engage in robust training that combines theoretical knowledge with real-world applications.
This MBSE + SysML + Requirements workshop edition is customized to integrate basic modeling tool training with 3DS Dassault's Cameo Systems Modeler™, Cameo Enterprise Architect™, and MagicDraw™.
Contact us to discuss how the MBSE + SysML + Requirements workshop can be customized for your team and project.
DESCRIPTION: This intensive, hands-on Model-Based Requirements Engineering (MBRE) workshop is designed for Systems Engineers aiming to meticulously establish both functional and non-functional requirements, ensuring they are verifiable and validatable throughout the System Development Life Cycle (SDLC). The workshop focuses on the practical implementation of established Model-Based Systems Engineering (MBSE) and SysML methodologies, concentrating on Requirements Analysis, ensuring requirements traceability, and emphasizing Verification & Validation (V&V) processes. Under the guidance of a veteran MBSE Expert Instructor, boasting over a decade of practical experience, participants will engage in robust training that combines theoretical knowledge with real-world applications.
This MBSE + SysML + Requirements workshop edition is customized to integrate basic modeling tool training with 3DS Dassault's Cameo Systems Modeler™, Cameo Enterprise Architect™, and MagicDraw™.
Contact us to discuss how the MBSE + SysML + Requirements workshop can be customized for your team and project.
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, requirements engineers, system architects, software architects/engineers/developers, project managers, and others who want to learn how the SysML can improve how they specify, verify, validate, and test system requirements will benefit from this workshop.
PREREQUISITES: Systems or software engineering experience in building large and/or complex systems. No other experience or prior training is required.
PREREQUISITES: Systems or software engineering experience in building large and/or complex systems. No other experience or prior training is required.
LEARNING OBJECTIVES
• What is Model-Based Requirements Engineering (MBRE), and how can it improve requirements Verification & Validation (V&V)?
• What is a UML/SysML Use Case diagram, and how can it specify functional requirements?
• What is a SysML Requirement diagram, and how can it specify functional and non-functional (performance, reliability, safety, etc.) requirements?
• What is a SysML Parametric diagram, and how can it specify Performance constraints and facilitate Trade Studies?
• What is a SysML Test Case, and how can it Verify & Validate (V&V) Requirements?
• Practical guidelines for visualizing correct, complete, clear, consistent, and concise requirements
• How can SysML Requirement diagrams be used with a Requirements Management tool (e.g., DOORS, RequisitePro, PTC Integrity)?
• Recursive analysis and design techniques to Verify & Validate (V&V) requirements across the System Development Life Cycle
• How to customize Use Cases and SysML Requirement diagrams for your problem domain
• OPTIONAL: How to draw visual requirements using a selected UML2/SysML architecture modeling tool†
• OPTIONAL: How MBRE techniques can be used with Agile Development/Agile Engineering methods
• How to learn more about Model-Based Requirements Engineering
• What is Model-Based Requirements Engineering (MBRE), and how can it improve requirements Verification & Validation (V&V)?
• What is a UML/SysML Use Case diagram, and how can it specify functional requirements?
• What is a SysML Requirement diagram, and how can it specify functional and non-functional (performance, reliability, safety, etc.) requirements?
• What is a SysML Parametric diagram, and how can it specify Performance constraints and facilitate Trade Studies?
• What is a SysML Test Case, and how can it Verify & Validate (V&V) Requirements?
• Practical guidelines for visualizing correct, complete, clear, consistent, and concise requirements
• How can SysML Requirement diagrams be used with a Requirements Management tool (e.g., DOORS, RequisitePro, PTC Integrity)?
• Recursive analysis and design techniques to Verify & Validate (V&V) requirements across the System Development Life Cycle
• How to customize Use Cases and SysML Requirement diagrams for your problem domain
• OPTIONAL: How to draw visual requirements using a selected UML2/SysML architecture modeling tool†
• OPTIONAL: How MBRE techniques can be used with Agile Development/Agile Engineering methods
• How to learn more about Model-Based Requirements Engineering
† OPTIONAL CHOICE OF INTEGRATED ARCHITECTURE MODELING TOOL TRAINING: Choose among popular UML2/SysML compliant architecture modeling tools: Sparx Enterprise Architect™, MagicDraw™, Cameo™, and Rational Rhapsody™; others available upon request.
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 Essential MBSE + SysML + Requirements Applied™ training workshops must include the MBSE + MBRE: OVERVIEW, MBSE + MBRE: BASIC , MBSE + MBRE: BASIC MODELING TOOL — CAMEO, and MBSE + MBRE: INTERMEDIATE learning modules. Students can choose additional learning modules as needed, and modules can be tailored to address special team or project needs. In particular, MBSE + MBRE: PROJECT PRACTICUM module is intended to be tailored to specific team or project needs. Contact us for details.
† OPTIONAL CHOICE OF INTEGRATED ARCHITECTURE MODELING TOOL TRAINING: Choose among popular UML2/SysML compliant architecture modeling tools: Sparx Enterprise Architect™, MagicDraw™, Cameo™, and Rational Rhapsody™; others available upon request.
MBSE + MBRE: OVERVIEW [Module# MBRE-100]
Intro to Model-Based Requirements Engineering (MBRE)
• Intro to Model-Based Systems Engineering (MBSE)
• Role of SysML in MBRE and MBSE
Agile MBSE SDLC Phases Featured
• System Requirements Analysis
SysML Diagram Techniques Featured
• Requirement (REQ), Use Case (UC), Package (PKG), Allocation Tables / Requirement Matrices
Special Topics
• MBSE Requirements Analysis Patterns
• MBSE Requirements Analysis: Architecture QA Guidelines
• MBSE Requirements Analysis: Anti-Patterns to Avoid
Intro to Model-Based Requirements Engineering (MBRE)
• Intro to Model-Based Systems Engineering (MBSE)
• Role of SysML in MBRE and MBSE
Agile MBSE SDLC Phases Featured
• System Requirements Analysis
SysML Diagram Techniques Featured
• Requirement (REQ), Use Case (UC), Package (PKG), Allocation Tables / Requirement Matrices
Special Topics
• MBSE Requirements Analysis Patterns
• MBSE Requirements Analysis: Architecture QA Guidelines
• MBSE Requirements Analysis: Anti-Patterns to Avoid
MBSE + MBRE: BASIC [Module# MBRE-101]
Model-Based Techniques
• Specifying Functional Requirements
• Specifying Performance Requirements
• Specifying System Interface Requirements
• Specifying User Interface Requirements
• Specifying Design Constraints
SysML Diagram Techniques
• Requirement (REQ), Use Case (UC), Package (PKG), Allocation Tables / Requirement Matrices
Model-Based Techniques
• Specifying Functional Requirements
• Specifying Performance Requirements
• Specifying System Interface Requirements
• Specifying User Interface Requirements
• Specifying Design Constraints
SysML Diagram Techniques
• Requirement (REQ), Use Case (UC), Package (PKG), Allocation Tables / Requirement Matrices
MBSE + MBRE: INTERMEDIATE [Module# MBRE-102]
Model-Based Techniques
• Satisfying Functional Requirements with SysML Activities
• Satisfying Performance Requirements with SysML Parametric Constraints
• Scaleable Requirements Traceability patterns
• How to customize Requirement diagrams for your problem domain
• How to use Requirements diagrams with RM tools and spreadsheets
• Planning your transition to a MBRE approach
SysML Diagram Techniques
• Requirement (REQ), Use Case (UC), Activity (ACT), Parametric (PAR),Package (PKG), Allocation Tables / Requirement Matrices; others available on request
Model-Based Techniques
• Satisfying Functional Requirements with SysML Activities
• Satisfying Performance Requirements with SysML Parametric Constraints
• Scaleable Requirements Traceability patterns
• How to customize Requirement diagrams for your problem domain
• How to use Requirements diagrams with RM tools and spreadsheets
• Planning your transition to a MBRE approach
SysML Diagram Techniques
• Requirement (REQ), Use Case (UC), Activity (ACT), Parametric (PAR),Package (PKG), Allocation Tables / Requirement Matrices; others available on request
MBSE + MBRE: BASIC MODELING TOOL – CAMEO [Module# MBRE-110-CAM]
[This learning module supports both Cameo Systems Modeler & Cameo Enterprise Architect]
Topics
• Projects and diagrams
• Generating documentation
• Importing/exporting requirements
• Requirements Verification & Validation
• Model validation and metrics
• Model-based Simulation (ModSim) and Execution
• Team modeling
SysML Diagram Techniques
• Requirement (REQ), Use Case (UC), Activity (ACT), Parametric (PAR),Package (PKG), Allocation Tables / Requirement Matrices; others available on request
[This learning module supports both Cameo Systems Modeler & Cameo Enterprise Architect]
Topics
• Projects and diagrams
• Generating documentation
• Importing/exporting requirements
• Requirements Verification & Validation
• Model validation and metrics
• Model-based Simulation (ModSim) and Execution
• Team modeling
SysML Diagram Techniques
• Requirement (REQ), Use Case (UC), Activity (ACT), Parametric (PAR),Package (PKG), Allocation Tables / Requirement Matrices; others available on request
MBRE + SYSML: PROJECT PRACTICUM [Module# MBRE-120]
The project practicum provides an opportunity to apply Model-Based Requirements Engineering (MBRE) principles and best practices to solve project modeling problems in a creative and supervised workshop environment. The practicum can be used to facilitate:
• Review MBRE project work artifacts
• Collaborate on MBRE project work artifacts
• Learn advanced SysML language & tool techniques related to MBRE
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 Model-Based Requirements Engineering (MBRE) principles and best practices to solve project modeling problems in a creative and supervised workshop environment. The practicum can be used to facilitate:
• Review MBRE project work artifacts
• Collaborate on MBRE project work artifacts
• Learn advanced SysML language & tool techniques related to MBRE
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.
MBSE + SYSML: BASIC SYSTEM ANALYSIS [Module# MBSE-101]
Agile MBSE SDLC Phases Featured
• System Analysis (Functional Analysis)
SysML Diagram Techniques
• MBSE + SYSML: OVERVIEW diagrams + Block Definition (BDD), Activity (ACT), Parametric (PAR)
Special Topics
• MBSE Object Analysis & Domain Analysis Patterns
• Extending Traceability and V&V Patterns
• MBSE System Analysis: Architecture QA Guidelines
• MBSE System Analysis: Anti-Patterns to Avoid
Agile MBSE SDLC Phases Featured
• System Analysis (Functional Analysis)
SysML Diagram Techniques
• MBSE + SYSML: OVERVIEW diagrams + Block Definition (BDD), Activity (ACT), Parametric (PAR)
Special Topics
• MBSE Object Analysis & Domain Analysis Patterns
• Extending Traceability and V&V Patterns
• MBSE System Analysis: Architecture QA Guidelines
• MBSE System Analysis: Anti-Patterns to Avoid
© 2003-2024 PivotPoint Technology Corp. | Terms of Use | Privacy | Contact Us
PIVOTPOINT TECHNOLOGY, AGILE MBSE, MODEL-BASED DIGITAL ENGINEERING + AI, MBSEMAESTRO.AI, MBSEMAESTRO, MBSEMAESTRO AI AAAS, MBSEMAESTRO AI TOOLKIT, MBSEMAESTRO DT TOOLKIT, ESSENTIAL AGILE ARCHITECTURE + UML 2 APPLIED, ESSENTIAL MBSE + SYSML APPLIED, ESSENTIAL BPM + BPMN APPLIED, AGILE DODAF 2 + UML 2 APPLIED, AGILE DODAF 2 + SYSML APPLIED, AGILEML, AGILE MODELING LANGUAGE, CYBERML, and CYBER MODELING LANGUAGE are trademarks of PivotPoint Technology Corp.
UML, BPMN, OMG SYSML, and UPDM are trademarks of the Object Management Group.
ENTERPRISE ARCHITECT is a trademark of Sparx Systems Pty Ltd. MAGICDRAW and CAMEO are trademarks of No Magic, Inc. RATIONAL RHAPSODY is a trademark of IBM.
All other trademarks are the property of their respective owners.
UML, BPMN, OMG SYSML, and UPDM are trademarks of the Object Management Group.
ENTERPRISE ARCHITECT is a trademark of Sparx Systems Pty Ltd. MAGICDRAW and CAMEO are trademarks of No Magic, Inc. RATIONAL RHAPSODY is a trademark of IBM.
All other trademarks are the property of their respective owners.