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◊ .NET ARCHITECTURES MCP/MCSD 70-300 ONLINE TRAINING SERIES

Online .NET Architectures MCP/MCSD 70-300 Training

Microsoft » ASP.NET


Only $99.95

Microsoft .NET Architectures MCP/MCSD 70-300 Series (16 hours)

ONLINE Microsoft .NET Architectures MCP/MCSD 70-300 TRAINING FEATURES

  • Learn Microsoft .NET Architectures MCP/MCSD 70-300 online with these interactive online Microsoft .NET Architectures MCP/MCSD 70-300 courses.
  • Affordable Pricing (Only $99.95 for the complete series)
  • A full year to complete the Microsoft .NET Architectures MCP/MCSD 70-300 courses
  • Retake the Microsoft .NET Architectures MCP/MCSD 70-300 courses as many times as you like
  • Measure your progress with assessment tests after each course
  • Earn completion certificates after passing each assessment test

1. Envisioning the Solution and Analyzing Business Requirements

Time: 2 hours
This course explains how to complete the Envisioning Phase of application development using Microsoft .NET solution architectures. It also covers the beginning of the requirements-gathering stage, including assessing the current business state and determining business requirements.

Objectives

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

Topics

  • Problem Definition
  • Solution Proposition
  • Solution feasibility
  • Risk management
  • Business processes
  • Organizational structure and positioning
  • Training, political, and regulatory requirements
  • System features and business requirements
  • Dependencies and data requirements
  • Data flow diagrams


2. Analyzing User, Operational, and Infrastructure Requirements

Time: 2 hours
This course explains how to both gather and analyze user, operational, and infrastructure requirements in creating Microsoft .NET solution architectures.

Objectives

  • 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

Topics

  • Unified Modeling Language
  • Usage scenarios
  • World-ready applications
  • Performance and availability requirements
  • Security requirements
  • Scalability requirements
  • Maintainability requirements
  • Accessibility requirements
  • Deployment and extensibility requirements
  • Hardware, software, and network infrastructure requirements


3. Developing Specifications and Creating the Conceptual Design

Time: 3 hours
This course explains how to develop specifications and create a conceptual design using Microsoft .NET solution architectures.

Objectives

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

Topics

  • Specifications development strategy
  • Auditing and error handling
  • Multicultural application development
  • Data storage
  • State management
  • Data validation
  • Deployment strategies
  • Security strategy development
  • Operations and support system strategy
  • Concept modeling entities
  • Uniqueness and mandatory role constraints
  • Data rules and ring constraints
  • DBMS


4. Creating the Logical Design

Time: 2 hours
This course explains how to create and validate the logical design of a solution using Microsoft .NET solution architectures.

Objectives

  • 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

Topics

  • Choosing an architectural model
  • Auditing and logging
  • Supporting multinational and disabled users
  • Security
  • DAL, BLL, and USL layers
  • Services, components, and state
  • Synchronous versus asynchronous processing
  • COM and COM+
  • XML and .NET remoting
  • Logical design validation


5. Creating the Logical Data Model and Physical Design

Time: 2 hours
This course explains how to create the logical data model and physical design of a solution using Microsoft .NET solution architectures.

Objectives

  • 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

Topics

  • Data modeling and logical data design
  • Defining tables and columns
  • Normalizing tables
  • Defining relationships
  • Defining the XML schema
  • Auditing and exception handling
  • Integration, interoperability, and security
  • Business services
  • User services
  • Data access and state


6. Deploying the Application and Creating Standards

Time: 3 hours
This course explains how to deploy, maintain, model, and validate a solution's physical design using Microsoft .NET solution architectures. This course also covers how to create both team standards and processes, as well as measure quality.

Objectives

  • 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

Topics

  • Physical design deployment and licensing
  • Physical design data migration and upgrading
  • Physical design maintenance
  • Data model physical design
  • Physical design validation
  • Coding standards
  • Other standards
  • Establishing team processes
  • Using enterprise templates
  • Measuring quality


7. Practice Exam

Time: 2 hours
This course provides practice exam questions for the MCP/MCSD 70-300 exam.

Objectives

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

Topics

  • Practice exam 1
  • Practice exam 2



Resources for .NET Architectures MCP/MCSD 70-300