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Microsoft .NET Architectures
MCP/MCSD 70 300

Join over 1 million people who learn online, with these complete interactive computer training courses.




See How It Works

This online course includes: Time Needed
Envisioning the Solution and Analyzing Business Requirements 2 hours
Analyzing User, Operational, and Infrastructure Requirements 2 hours
Developing Specifications and Creating the Conceptual Design 3 hours
Creating the Logical Design 2 hours
Creating the Logical Data Model and Physical Design 3 hours
Deploying the Application and Creating Standards 3 hours
Practice Exam 2 hours
Estimated time needed to complete entire course 17 hours


Receive your login ID to take the training courses online, as many times as you wish, for 1 year.  Click here for group orders.

Buy this entire online training course with one easy payment of $67

OR

Buy the Microsoft Pack, and receive this course plus many more, for only $197



Benefits

  • Unlimited access for 1 year
  • Learn anytime, anywhere
  • You control the pace
  • Start & stop wherever you want
  • No books to read
  • No software needed
  • Value Packs include Free online tech support
  • Double guarantee
  • 100% Money back guarantee
  • One time payment No monthly fee
  • Use the course index for review anytime
  • Answer course questions with at least 70% accuracy and print your own certificates of completion to prove that you have mastered each training course.
  • Free status reports for company managers

Requirements

All you need is a PC with Windows, the Microsoft Internet Explorer (browser) and an Internet connection.
Note: The online computer training is designed to work only with Internet Explorer. 
Prices shown are per user.




What You will Learn

This online training course helps a learner prepare for the MCP/MCSD 70 300 exam by covering how to break down a case study to expose pertinent facts, create meaningful requirements and specifications for a solution, and develop a .NET solution architecture that is secure and stable. It teaches the development of a solid database model, including normalization, relationships, and Object Role Modeling (ORM). It also covers the tradeoffs between a Windows application, a Web application, and a Web Service based application.




Envisioning the Solution and Analyzing Business Requirements

  • Establish a proposed solution
  • Assess the solution's feasibility
  • Analyze business requirements for the solution
  • Identify and manage risks
  • Gather information about the current business state
  • Assess the need for change



Analyzing User, Operational, and Infrastructure Requirements

  • Develop use cases, use case diagrams, and usage scenarios
  • Assess both globalization and localization requirements
  • Analyze performance, availability, security, and scalability operational requirements
  • Evaluate maintainability, deployability, and extensibility requirements
  • Incorporate accessibility features into requirements
  • Determine the impact of operational requirements on current infrastructure



Developing Specifications and Creating the Conceptual Design

  • Create development and security strategies
  • Describe concept modeling
  • Develop a conceptual model using Object Role Modeling (ORM)
  • List the advantages of and techniques for using ORM in a database environment
  • Apply uniqueness and mandatory role constraints to a conceptual model
  • Develop data rules and ring constraints for a conceptual model



Creating the Logical Design

  • Design auditing, logging, and exception handling into an application
  • List considerations for creating a secure accessible multinational user interface
  • Explain the function of the Data Access, Business Logic, and User Services layers

 

  • Differentiate synchronous and asynchronous calls
  • Validate a logical design based on operational business requirements and usage scenarios
  • Create a Proof of Concept deliverable



Creating the Logical Data Model and Physical Design

  • List key data modeling and logical data design concepts
  • Define tables and columns
  • Normalize tables 

 

  • Define relationships
  • Create an XML schema
  • Outline physical design specifications for each aspect of an enterprise solution



Deploying the Application and Creating Standards

  • Create the physical deployment design
  • Develop the physical design for maintenance
  • Create the physical design for the data model 
  • Validate the physical design
  • Establish team standards and processes
  • Measure quality using control metrics, performance metrics, and ROI



Practice Exam

  • Practice for the Analyzing Requirements and Defining Microsoft .NET Solution Architectures MCP/MCSD 70 300 exam
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