Skip to main content

Requirements Engineering Workshop with Use Cases

Requirements Engineering Workshop with Use Cases, – Model-Based Requirements Engineering with Use Case. Requirements Engineering Workshop with Use Cases, Use Cases portray conceivable communications including a framework and its condition. Use Cases are considered as awesome instruments and powerful means for operational and practical requirements elicitation and investigation.

Requirements Engineering Workshop with Use Cases casual meanings of use cases in the investigation procedure. We exhibit an approach upheld by any apparatus for use cases based requirements engineering and administration. Requirements engineering process based on use cases  provide promising solutions concerning the early high-level requirements gathering problem dealing with system operation and ConOps:
  1. One of the primary challenges in a system design process is the ability to elicit the correct and necessary system requirements from the stakeholders and specify them in a manner understandable to them so those requirements can be verified and validated.
  2. Data and process models, prototypes, requirement specifications.
  3. Understood by designers but not by users.
  4. Leads to scope creep, schedule creep, cost overruns.
Requirements Engineering Workshop with Use Cases drives the development of a system by understanding how the system will be used and then helping systems engineers and project managers  for an appropriate system to support the users.
Learn how to drive agile projects using use cases in Requirements Engineering Workshop with Use Cases training course.  All the delegates will model use cases and system validation cases in the beginning of the workshop.
A use case is a description of normal and abnormal conditions and step-by-step,  interactions between a system and actors in its environment.
A use case model includes:
  1. Use case description
  2. Actors
  3. Relationships
  4. A relationship between an actor and a use case captures the fact that the actor participates in the use case
  5. A use case diagram shows use case names, pre and post conditions, actors, relationships between actors and use cases, and relationships between use cases.
  6. Include and extend relationship
Learn the benefits of Requirements Engineering and  Use-Case Modeling at the Workshop
  1. Provides a tool for capturing functional requirements.
  2. Assists in decomposing system scope into more manageable pieces.
  3. Provides a means of communicating with users and other stakeholders concerning
  4. System functionality in a language that is easily understood.
  5. Provides a means of identifying, assigning, tracking, controlling, and management system development activities, especially incremental and iterative development.
  6. Provides an aid in estimating project scope, effort, and schedule.
  7. Provides a baseline for testing in terms of defining test plans and test cases.
  8. Provides a baseline for user help systems and manuals as well as system development documentation.
  9. Provides a tool for requirements traceability.
  10. Provides a starting point for the identification of data objects or entities.
  11. Provides functional specifications for designing user and system interfaces.
  12. Provides a means of defining database access requirements.
  13. Provides a framework for driving the system development project.
Requirements Engineering by Use Case Analysis
  1. UML based modeling and analysis
  2. Requirements engineering process
  3. Identifying, organizing, documenting and modeling changing requirements
  4. Requirement and System Conformance
  5. Consistent, complete and unambiguous set of requirements
  6. Gathering of requirements as a very complex engineering task
  7. Iterative refinement process with regular control
  8. Problems of Requirements Analysis
  9. Failure of projects
  10. Projects never completed
  11. Completed projects with only partial success
  12. Causes of failure
  13. Problems with requirements specification
  14. Lack of interaction with users
  15. Incomplete requirements
  16. Changing requirements & Use cases and the conceptual model
  17. Business modeling based on UML activity diagrams
  18. Use cases are elicited and structured starting from the activities of each process
  19. Concepts of the conceptual model are obtained from the data that flow.
Definition of Requirements Analysis
  1. Goals and the objectives of the system
  2. Services
  3. Functionality needed to design
  4. Restrictions of the design process
  5. Responsibilities to each requirement
  6. Categorization of Requirements
  7. High-level (System-level) requirements
  8. Stakeholder needs
  9. Agreement between the customer and the system analyst
  10. Operational requirements
  11. Use Cases and Actors
  12. Use cases and functional requirements
  13. Supplementary requirements
  14. Non-functional requirements
  15. Software and hardware requirements
  16. Low-level (Software-level) requirements
Requirements Engineering with Use Case modeling
  1. Actors, Use Cases, Subsystems
  2. Scenarios as workflow
  3. Architectural description
  4. Detailed textual description of Use cases and Scenarios
  5. Communication with end users
  6. Use Cases and System Validation
  7. Use Cases and Requirements Missing Requirements
User-Centered Development and Use-Case Modeling
  1. User-centered development
  2. Process of systems development based on understanding the needs of the stakeholders
  3. Use-case modeling
  4. Process of modeling a system’s functions in terms of business events, who initiated the events, and how the system responds to those events
  5. Use-case modeling in development environments
  6. Compliments traditional modeling tools

Price: $2,999.00
Length: 3 Days
Learn more. Visit links below.

Comments

Popular posts from this blog

LTE M and NB IoT Crash Course

LTE  M and NB IOT crash course. Tonex offers LTE  M and NB IOT crash course to all the Engineers, Technical and product marketing professional working for wireless operators. Price: $2,999.00 Length: 2 Days Continuing Education Credits: 13 PHD LTE M and NB IOT Crash Course is a 2 day customized LTE training focuses on fundamentals of LTE access technology focusing on LTE M and NB IoT. The training course provides an in-depth overview of the various aspects of the new LTE based radio, LTE M connectivity and NB IoT concepts optimized for IoT. Internet of Things (IoT) has demonstrated a clear market need for many utility, power and energy business use cases, sensors must have battery-efficient connectivity to unlock the true potential of IoT. LTE M is the simplified industry term for the LTE MTC low power wide area (LPWA) technology standard published by 3GPP in the Release 13 specification. It specifically refers to LTE Cat M1, suitable for the IoT. LTE M is a low pow...

Space Systems Engineering Fundamentals Training

Space Systems Engineering Fundamentals training by Tonex introduces fundamental principles of systems engineering applied to space systems. The course " Space Systems Engineering Fundamentals " provides an overview of space systems engineering, covering topics such as Introduction to Space Systems Engineering, Space Environment, Orbital Mechanics, Spacecraft Subsystems, Design and Integration, Launch Vehicles and Launch Operations, Mission Operations, and Reliability and Safety. It is designed for engineers, scientists, and managers involved in the design, development, and operation of space systems. Course deigned for: The "Space Systems Engineering Fundamentals" course is designed for engineers, scientists, and managers who are interested in learning the basics of space systems engineering. It is beneficial for those interested in pursuing a career in the space industry. Why attend? Attending the "Space Systems Engineering Fundamentals" course by Tonex c...

CCSDS Systems Engineering Training, Consultative Committee for Space Data Systems

CCSDS Systems Engineering Training, Consultative Committee for Space Data Systems. CCSDS Training. Tonex Training offers 2 days technical course on Space Data Systems , Course number 908. This course covers CCSDS’s goals and benefits, end-to-end data systems, space data system physical interfaces, space data system functional model and recommendations. What is CCSDS ? The Consultative Committee for Space Data Systems (CCSDS) was founded in 1982 allied the major space agencies of the world. The goal was to provide a forum for discussion of common problems in the development and operation of space data systems. Course designed for : This CCSDS course is best fit for, Network managers, Applications developers, Product managers, Sales and marketing professionals involved in CCSDS projects. Learning Opportunity : Intro to CCSDS Summary of the problem to solve Overview of CCSDS's data- and information-system Recommendations (Blue Books) Introduction to Space Protocol Stack Overview of CC...