Model Based Requirements Engineering (MBRE)

Model Based Requirements Engineering
https://www.tonex.com/training-courses/model-based-requirements-engineering/
Requirements
Engineering
Model traceability and
automation
UML – SysML - MBSE Requirements management
Context-based
modeling
Context-based Meta-model
Non-functional software

Model Based Requirements Engineering | MBRE
Model Based Requirements Engineering preparing, MBRE Training, will acquaint you
with model-based requirements engineering and administration by giving different
points of view that formed the essentials and principals of this procedure. Such
viewpoints consider every prerequisite one by one with respect to its definition,
yet then additionally offer importance to every necessity by situating it into the best
possible 'setting'. The necessity being put into a setting is known as an 'utilization
case'.
It is put based on either the partners or levels of chain of command in a framework.
At that point, each utilization case must be assessed and approved by a progression
of situations and authority numerical and rationale based confirmations that convey
the exactness vital for security basic and mission-basic frameworks.
Model-based requirements engineering preparing will likewise examine the essential
inquiry of modeling documentations for requirements modeling and it incorporates
the utilization and use of UML, SysML, content and forbidden arrangements.
Model-based requirements engineering preparing will likewise cover all the key
components of Model-Based requirements engineering including ideas, modeling,
structures, and hands-on works out.

TONEX Training Feature
Model based requirements engineering training is a combination of interactive
lectures and practical exercises. The hands-on training part of the class includes labs,
individual/group activities, and hands-on workshops.
The participants are encouraged to bring in their own sample project from their
organization to work on, or they can practice with the real-life case studies provided
by the TONEX instructor.

Added Value of the Training
1. Enhanced systems engineering by the use of MBSE
2. How to accomplish more effective communication, improved understanding, and
how to reduce complication by modeling
3. How to present the advantages of MBSE and their relevant significance to
stakeholders within the business
4. How to apply MBSE into a business
5. Greater self-assurance for you, your teams, your business and your clients

Learn About:
1. The need for requirements
2. Requirements engineering and requirements management
3. Requirements modeling
4. Context-based modeling
5. A framework for requirements modeling
6. Modeling requirements in UML
7. Requirement model traceability
8. Non-functional software requirements
9. Briefly on requirements in SysML
10. Briefly on formal methods
11. The need for an efficient technique to requirements modeling
12. The main visions that build a model-based method, including the meta-model
and what contains each view
13. How to model individual requirements and use cases
14. How to arrange and manage requirements, including traceability and automation

Audience
4-day course designed for:
1. System engineers
2. Requirements engineers
3. System managers
4. Software engineers and managers
5. Quality personnel

Training objectives
1. Understand and describe the principles and concepts of requirements engineering
and management
2. Apply a systematic method to modeling requirements in a model based systems
engineering (MBSE) environment
3. Make a decision as to which level of rigor and relevant techniques is suitable for
them
4. Explain the concept of MBSE, and how it compares to traditional systems engineering
5. Discuss the advantages of MBSE
6. Apply MBSE in their industry
7. Understand how SysML supports MBSE
8. Offer various ways their organization can apply a systems modeling tool to construct
systems models
9. Apply MBSE methods to specify and design systems
10. Transition an organization to MBSE

Training objectives
11. Determine and explain the use of SysML™ diagrams
12. Apply a formal approach to create a system model in a modeling tool
13. Use an activity diagram to model system behavior
14. Use a state diagram to model system behavior
15. Use a sequence diagram to model system behavior
16. Use a requirements diagram to model requirements
17. Use a use case diagram to model requirements
18. Use block diagrams to model structure
19. Assign behavior to framework in a model
20. Identify parametric and restraints and describe their application

Course Outline
Overview
1. Requirements engineering definition
2. Fundamentals of communication theory
3. Characteristics of a requirements engineer
4. Requirement types
5. Importance and categorization of quality requirements

System and Context Boundaries
1. System context
2. Defining system and context boundaries
3. Documenting the system context

Eliciting Requirements
1. Requirements sources
2. Requirements classification based on the Kano model
3. Elicitation techniques
4. Support techniques

Documenting Requirements
1. Document design
2. Types of documentation
3. Document framework
4. Standardized document structures
5. Customized standard contents
6. Using requirements documents
7. Quality standards for requirements documents
8. Quality standard for requirements
9. Documenting requirements in natural language
10. Impacts of natural language
11. Requirement construction using templates

Model-Based Requirements Documentation
1. The term model
2. Goal models
3. Use Cases
4. Use Case requirements
5. Three perspectives on the requirements
6. Requirements modeling in the data perspective
7. Requirements modeling in the functional perspective
8. Requirements modeling in the behavioral perspective

Modeling with SysML
1. SysML in Support of model-based requirements engineering
2. Modeling functionality with Use Cases
3. Modeling requirements and their relationships
4. Modeling structure with blocks (Block Definition Diagrams)
5. Modeling structure with blocks (Internal Block Diagrams)
6. Modeling flow-based behavior with activities
7. Modeling event-based behavior with state machines
8. Modeling message-based behavior with interactions
9. Modeling constraints with parametric
10. Modeling cross-cutting relationships with allocations

Requirements Validation and Negotiation
1. Fundamentals of requirements validation
2. Fundamentals of requirements negotiation
3. Quality aspects of requirements
4. Principles of requirements validation
5. Requirements validation methods
6. Requirements negotiation

Requirements Management
1. Assigning attributes to requirements
2. Visions on requirements
3. Prioritizing requirements
4. Traceability of requirements
5. Representation of requirements traceability
6. Versioning of requirements
7. Management of requirements changes

Hands-On Activities
1. Labs
2. Individual/group activities
3. Hands-on workshops
TONEX Hands-On Workshop Sample
1. Defining the project
2. Defining the goals and objectives
3. Identifying the requirements
4. Fully understanding the system and its components
5. Defining the Use Cases
6. Modeling the requirements
7. Verifying and validating the requirements
8. Presenting the results to the class

Model Based Requirements Engineering
Price: $3,999.00
Length: 4 Days

Model Based Requirements Engineering (MBRE)

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