Presented by: Kevlin Henney 
Kevlin is a consultant and trainer whose work focuses on patterns and architecture, programming techniques and languages, and development process and practice. He has been a columnist for various magazines and online publications, including The Register, Better Software, Java Report, CUJ and C++ Report. Kevlin is co-author of two volumes in the Pattern-Oriented Software Architecture series: A Pattern Language for Distributed Computing and On Patterns and Pattern Languages. He is also the editor of 97 Things Every Programmer Should Know.

Course Highlights:
The Unified Modeling Language (UML) is the industry standard notation for describing objectoriented systems. It can be used as a medium for describing existing systems as well as for communicating the requirements and structure of new ones. The notation includes a number of diagram types that can be applied from analysis, through design and to system deployment. Although independent of development lifecycle, UML is intended to support iterative and incremental, and architecture-centric development.

The UML Design Expert course presents analysis and design concepts structured around the notation of the new UML 2.0 standard. It develops the concepts and introduces the notation through lectures, discussion, individual exercises and a team-based case study.

Objective of the course
�� Present and apply the UML notation from object-oriented analysis through to deployment
�� Model the static and dynamic aspects of an object-oriented system
�� Understand when and how to apply UML features and modelling techniques
�� Use patterns to refine analysis, design and implementation

Who Should Attend:
The course is suitable for software developers familiar with object-oriented principles and practices. Prior programming, design or analysis experience is assumed. Any previous experience with object-oriented programming or notations is advantageous.

Course Outline:

Development Concepts Lifecycle · Iterative and incremental development · Requirements ·Analysis · Design · Architecture · Patterns and idioms · Refactoring · Object orientation

Modelling Purpose of a model · UML · Static and dynamic models · Logical and physical models

Use Cases Scope and system boundary · Actors and use cases · Use case documentation · Use
case relationships · Use case instances · Use case guidelines

Activity Activities and transitions · Structuring control flow · Activity diagrams versus flow charts

Classes and Objects Class diagrams · Object diagrams · Operations and attributes · Visibility · Class specialisation and generalisation · Interfaces and realisation · Parameterised classes

Object Relationships Dependency, association, aggregation and composition · Multiplicity ·
Navigability · The Composite pattern · Constraints · Qualified associations · Association classes

Interaction Sequence diagrams · Communication diagrams · Selection and iteration ·
Synchronisation and concurrency · Interaction overview diagrams · Timing diagrams

Delegation Collaborations and patterns · Delegation principles · The Adapter pattern · The Proxy
pattern · The Null Object pattern · Object factories and the Factory and Disposal Method
patterns · The Manager pattern

State Stateful and stateless objects · State charts · Composite states · Concurrent states · The
Objects for States pattern · The Collections for States pattern

Packages Dependency management · Package diagrams · The Layers pattern · The Explicit
Interface pattern · The Observer pattern · The Role Decoupling pattern

Components and Deployment Component diagrams · Interfaces · Composite structure
diagrams · Deployment diagrams · Component environments · Multi-tier architectures

Development Process The Rational Unified Process · Inception, elaboration, construction and
transition · Agile processes · Prototyping · Testing and integration · Applying patterns