| This UML training course is aimed at system architects, designers
and developers who want to define use case based requirements of real-time and embedded systems,
a detailed object oriented implementation-free analysis model from those requirements and
a layered, component-based, real-time system architecture and design model. Industry best practice modelling techniques are based on the
Unified Modelling Language v2.0 and are taught within the context of a model-driven |
development process. The modelling used is applicable to a
wide variety of technologies, sufficiently detailed for code
generation and traceable from requirements through to code. The advantage that using these techniques have
for estimation, test development and project management is discussed. Each technique is taught to the level
required for competence on a real project. Understanding is tested and improved with exercises based on a real-world project
example and using a suitable case tool. |
| Delegates will learn: |
- The basics and the necessary detail of the Unified Modelling Language
- The basics and the detail of Object Orientation
- How to create a first cut overview of functional requirements for real-time and embedded systems with actors and use cases on a use case diagram
- How to write an effective use case description in a way that satisfies both non-technical and technical stakeholders
- How to restructure the use case diagram to handle complex relationships between use cases without bloating the use case model
- How to integrate the use case model with non-functional requirements, data requirements, business rules and screen prototyping
- How to create a detailed model of system structure and data using classes and their relationships
- How to recognise complex data constructs and to use the appropriate syntax
to model them
- How to map the functionality of the system requirements onto the object model
using sequence diagrams
- How to structure the modelling in the form of a use case implementation
- How to model the dynamics of system data and functionality using statecharts
- How to model at a consistent level of abstraction
- How the modelling performed during system analysis fits into an incremental
model-driven development process
- How to develop a flexible real-time system architecture from an object oriented analysis
model
- How to develop component and deployment models for the system
- How to model the design of a component using sub-systems and interfaces
- How to build libraries of re-useable real-time and embedded classes using generalisation and inheritance
- How to model the use of technology and frameworks as series of design patterns
- How to integrate libraries and frameworks into the design of components
- How to generate frame code and keep the design and code models synchronised
- How to specify, analyse, architect, design, build, test and deliver real-time and embedded
systems as part of an incremental model-driven development process
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| Suitable for: |
| System Architects, System Designers, Developers and Analyst/Programmers with
at least 2 years experience, preferably in a modern object-oriented language. This course is
not suitable for those seeking certification as a step towards a qualification. See
UML Certification for a detailed discussion. |
| On-Site Courses: |
| Training courses are delivered at the clients' site
and attendance is limited to 12 students. Courses normally start at 9.30am on the first
day and 9.00am on subsequent days. Courses normally finish at 5.00pm each day. The client is expected to
provide an appropriate venue, equipment and refreshments. Required equipment includes an SVGA/XGA
projector and screen,
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whiteboard or flipchart and at least one computer
per two students loaded with a UML case tool. For a discussion on case tool use please see
Case Tool Use on Courses. Printed course manuals for each student
with copies of all presentations, exercises and solutions are provided. For a full discussion of on-site
course issues please see On-Site Course Logistics.
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| Scheduled Public Courses: |
| This course is currently not available as scheduled public training. Please see the
Scheduled Public Courses page for available courses.
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Training Course Outline
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