This course abandons the chaotic and disorderly framework, generally focus on the problem of application architecture design. Combins with application structure, concerns the problem levels arising from the application, starts with from structure target, and comprehensively explains the issue, objectives, scope principles and solutions of framework. In order to support the balance and choice of the structure, with special attention to a variety of options of every structure, support framework designers with the decision-making basis and applicability.
The course will begin on what is the structure and the scope of structure and the principle. Then from the perspective of the architect, depth to each part of the problem, with example projects to analyse the structure design methods and principles. When all the problem levels have a clear understanding, will combine a comprehensive project examples to explain the overlap and chioce 、structure balancing's basic principles and strategy between the structures in the application system.
Structure quality standard is equally important, can guarantee: the establishment of a business value, a strong and viable system architecture. The course will fully explain the quality standards of structure, it can be used to evaluate the existing structure and will assess the constructing structure to ensure the quality of framework. Only high-quality corporate structure is necessary as the enterprises assets , rather than the temporary solution.
Through this programme, trainees will be a comprehensive understanding the need quality for an application architect, willl ay a solid foundation to become a qualified application architect.

• Introduction of application structure
• What is the structure?
• The level of structure
• The target of application structure
• The scope of application structure
• The problems of application structure problems facing and status
• Application architect's quality, activities and occupational rights range
• Security architecture design principles, technology and practice
• Reliability framework design principles, technology and practice
• Performance architecture design principles, technology and practice
• Availability architecture design principles, technology and practice
• Supportable architecture design principles, technology and practice
• Test architecture design principles, technology and practice
• Scalability and configured architecture design principles, technology and practice
• Distributed architecture design principles, technology and practice
• Comprehensive framework examples principle, technology and practice
• The framework's quality assessment ensure principles, technology and practice
• As the core of framework's iterative development principles, technology and practice