Analyzing Requirements and Defining .NET Solution Architectures Training

Analyzing Requirements and Defining Microsoft .NET Solution Architectures Training Package Includes

• 5 CD-ROMs featuring live instructor-led classroom sessions with full audio, video and demonstration components
• Printable courseware
• Step-by-step hands-on-labs
• Comprehensive, understandable, and reusable as reference material
• Focused on practical solutions to real-world development problems
• 2 Microsoft Authorized MeasureUp Exam Simulations
• Exclusive LearningZone Live Mentor(Value at £290) Help whenever you need it! Exclusive LearningZone - Why wait for email support? Chat Live with our Certified Instructors anytime around the clock (24x7)

Course Introduction

This course provides students with the knowledge and skills needed to design Microsoft .NET-connected solutions to business problems. This course is intended for experienced developers moving into a role that requires the skills to bridge business and technology environments and experienced developers, including those with the Microsoft Certified Application Developer (MCAD) credential, pursuing the Microsoft Certified Solution Developer (MCSD) credential.

This course is a requirement for MCSD Exam 70–300: Analyzing Requirements and Defining Microsoft .NET Solution Architectures

List of Course Features

Analyzing Requirements and Defining Microsoft .NET Solution Architectures Course Contents
 

Level 1

Designing Business Solutions

1.1 Key Disciplines
1.2 Iteration Best Practices
1.3 Phases
1.4 Review
Lab - The MSF Process Model

Level 2

Gathering & Analyzing Information

2.1 Benefits of Modeling
2.2 UML- Unified Modeling Language
2.3 UML Views
2.4 UML Diagrams
2.5 Use Cases
2.6 Usage Scenario
2.7 Requirements
2.8 Gathering Information
2.9 Sources of Information
2.10 Analyzing Information
Lab - Types of UML Diagrams

Level 3

Creating the Logical Design

1.1 Team Roles
1.2 Logical Design Model
1.3 Relationships
1.4 Documenting Logical Design Outputs
1.5 Refining Objects
1.6 Establishing Control
1.7 Review
Lab - The Product Management Role

Goals and Physical Design

2.1 Deliverables
2.2 Physical Design Analysis
2.3 Physical Design Analysis
2.4 Physical design Rationalization
2.5 Cohesion and Coupling
2.6 Packing Components
2.7 Physical Design Implementation
2.8 Review
Lab - The Development Role

Presentation Layer

3.1 Designing the User Interface
3.2 Designing User Process Components
3.3 Review

Level 4

Designing the Data Layer

1.1 Designing the Data Store
1.2 Optimizing Data Access
1.3 Partitioning Data
1.4 Implementing Data Validation
1.5 Review

Designing Security Specifications

2.1 Security Vulnerabilities
2.2 Security Strategies
2.3 Planning for Application Security
2.4 STRIDE
2.5 Security Policy
2.6 NET Security Features
2.7 Strategies
2.8 Review

Level 5

Completing the Planning Phase

1.1 Design Considerations
1.2 Availability & Reliability
1.3 Interoperability
1.4 Planning for Admin Features
1.5 Migration
1.6 Final Planning
1.7 Review
Lab - The Testing Role

Stabilizing and Deploying

2.1 Stabilization Phase
2.2 Roles and Responsibilities
2.3 Testing and Piloting for Stabilization
2.4 Tracking Bugs
2.5 Pilot
2.6 Deploying Phase
2.7 Review
Lab - The Release Management Role
2.8 Course Final Review