Software Design

Software Design & Programming (Diploma)

Students complete intense exercises that provide a comprehensive, conceptual and practical understanding of software engineering, including system development and design. The program is designed to provide students with a broad base of skills so that they are able to develop software solutions while working independently or as part of a team. The emphasis is on the fundamentals of software engineering, problem solving and programming techniques.
Students choose to specialize in one of three areas: System Analyst, Database, or e-Commerce
MODULES Core: (12 weeks)
COM CFL Computer Fundamentals
COM HRD Computer Assembly and Configuration
OPS WIN Windows Operating Systems
NET ADM Network Administration
PRO OOP Object Oriented Concept and Design
PRO SPD Data Structures
PRO CPP C++ Programming

Electives: (24 weeks)
Students must select and complete 1 specialization program,
in addition to one of the elective tracks from the following:
.NET
PRO NET .Net Framework
PRO VBN VB.Net
PRO CSP C# Programming
PRO SOA Service Oriented Architecture (XML & Web Services)
J2EE
PRO JTE J2EE Technology and Programming
PRO JAV Java Programming
PRO DAP Distributed Applications
GEN CPE Career Planning and Employment Assistance

nTier’s intensive hands-on course will teach you how to integrate Agile Development, Test Driven Development (TDD), Object Oriented Principles and Practices, Design Patterns and UML to fully harness the power of modern best practices to provide the most valuable software possible. The course length can be customized, typical delivery is two weeks.

This course is an intensive bootcamp with at least 70% of the time spent in hands on programming.

Software Development Training Learning Objectives
Learn to integrate UML, Agile, TDD and OOAD
Get hands-on, intensive practice using OO principles
Build the habit of doing iterative development
Learn to apply Design Patterns in the real world
Understand that the best Agile is the one you customize
Equip your project team to give the best ROI possible

Module 0: Working With Projects And Rational Modeler
| The Rational Unified Process
Rup Process Browser
Navigating Eclipse
Creating a Project
Working with Perspectives
The Uml Project Structure


| Module 1: Rational Modeler Templates
| The Use Case Model Template
The Analysis Model Template


| Module 2: Rational Modeler Diagrams
| Diagram Types
Creating Editable Diagrams
Creating Browse Diagrams
Browse Diagrams: Supported Operations On Constituent Parts
Browse Diagrams: Saving and Printing
Browse Diagrams: Converting To An Editable Diagram
Working with Topic Diagrams


| Module 3: Working With Model Elements
| Creating Diagram Elements
Modifying Element Properties
Deleting Elements
Stereotypes
Stereotypes By Artefact


| Module 4: Creating Actors And Use Cases
| Creating the Actors
Implementing Actor Generalization
Adding Use Cases and Associations
Modifying Use Cases
Creating Use Case Extension Points


| Module 5: Creating Activity Diagrams
| Business Activity Diagrams - Syntax
Structural Shapes
Structured Activity Diagrams
Activity Initialization and Termination Shapes
Communication Shapes
Control Shapes
Object Node Shapes
A Full Example


| Module 6: Uml Object And Class Diagrams
| Creating Object Diagrams
Class Instances
Node Instances
Component and Use Case Instances


| Module 7: Creating Classes And Class Associations
| Uml Class Notation
Composite Part Properties
Creating Associations
Setting Association Properties
Creating Generalizations
Creating Classes in Rational Modeler
Class Properties
Attribute Properties
Adding Operations
Adding Operation Parameters
Working with Interfaces
Working with Other Elements
Creating Composite Structure Diagrams


| Module 8: Creating Sequence And Communication Diagrams
| Sequence Diagrams - Overview
Communication Diagrams
An Example
Sequence Diagram Messages
Combined Fragments
Sequence Diagram Notation
Creating and Destroying Objects
Messages Between Instances
About Interaction Frames –conditional Messages
Loops
Alternative Messages


| Module 9: Statechart Diagrams
| Overview
State and Transition
Transition Guards
Transition Triggers and Actions
Enter and Exit Actions

TCP/IP is the most important networking protocol suite ever invented. IP as it is commonly known is the standard set of rules of the global Internet. Any device connected to the Internet must adhere to TCP/IP.
Today more and more innovative products and technologies are emerging to capitalize on the Internet, and TCP/IP in particular. As a result it is becoming critical for anyone involved in the design or delivery of business products and services to develop a solid grasp of the ever-expanding role TCP/IP plays in our daily lives.

What You Will Learn
Understand TCP/IP in detail with this intense, Hands On focused, lab based class.
Troubleshoot Nat Traversal
Understand Port/Socket Concepts
Learn how Port Fowarding Works

Who Should Attend
Network Designers
Telecom Professionals
IT Managers
Project Managers
Engineers
Software Designers

Course Benefits
Get Hands ON, Real World training from professionals who "live and Breathe" TCP/IP everyday.
Understand the TCP/IP Protocol Suite in detail
Use Protocol Analyzers to actually see TCP/IP traffic "On the Wire".

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