Price: $1,699.00

Length: 2 Days
Continuing Education Credits: 13
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Systems Architecture Training : Principles and Practices Training by Tonex

Systems Architecture Training: Principles and Practices  covers principles, best practices and methods for technical System Architecture. Systems Architecture Training course presents a synthetic view including: techniques to identify system goals, objectives and boundaries; the creative process of functional specification; and the analysis of complexity and methods of system decomposition and re-integration. An architecture is “the fundamental organization of a system, embodied in its components, their relationships to each other and the environment, and the principles governing its design and evolution.

Audience: This course is suitable for a diverse range of professionals, including:

  • Systems Architects and Designers
  • Software Engineers and Developers
  • IT Managers and Professionals
  • Project Managers
  • Systems Analysts
  • Engineering and Technology Managers
  • Anyone involved in system design, development, or management.

Learning Objectives

What you’ll learn in the System Architecture: Principles and Practices course:

  • System Architecture Definitions
  • What system architecture is
  • Apply the principles, processes, and tools of system architecting
  • Synthesis of a system/product Development process
  • Architecting and Architectural analysis
  • How the system architecture  influences system, software and solution architects
  • How to  achieve system partitioning,  non-functional requirements qualities such as security, performance, availability and reliability
  • How to use system functions and system specifications to drive system design and architecture
  • The importance of modeling and documenting system architecture
  • Structure and lead all the early, conceptual phases of the system development process,
  • Methods for evaluating system architecture
  • Ways to make architecture reuse work for your organization
  • Support the system architecture process through development, deployment, operation and evolution.

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Course Topics

Overview of the Life cycle Model for Systems and System of Systems (SoS)

  • Description of the Life cycle Model
  • Key Milestones
  • Key Project Time Table
  • Concept Exploration
  • System and SoS Benefits Analysis
  • Needs Assessment and Project Planning
  • Concept of Operations Development
  • Project Planning
  • Concept of Operations (ConOps) Development
  • Systems Engineering Management Planning (SEMP)
  • System Definition
  • Requirements Development
  • System and Sub-system Level Requirements
  • High Level Design
  • Architecture Overview
  • Project Level Architecture
  • System Architecture
  • System Development and Implementation
  • Integration
  • Sub-system and System Level Integration
  • Verification Process
  • Sub-system and system level verification
  • Validation, Operations
  • Maintenance, Changes & Upgrades
  • System Retirement and Replacement
  • Cross-Cutting Activities

Introduction to System Architecture 

  • Systems and Products
  • Product Development Process (PDP)
  • Principles of Systems Engineering
  • System Thinking Principles
  • System Analysis and Design
  • System Architecture
  • Creative / Critical Process Thinking
  • Key Architecture Aspects of Systems
  • System Architecture Views
  • Architecture Roles and Responsibilities
  • Role of a System Architect
  • Analysis of Architectures
  • Auditing the Systems Engineering Life Cycle
  • Assessing Operational Needs
  • Evaluating Operational Requirements
  • From System Requirements to an architecture

System Architecture Context

  • Architectural Frameworks
  • Models, and Views
  • Approaches to Architecture Development
  • Architectural Patterns
  • Zachman framework
  • DoDAF (Department of Defense Architecture Framework)
  • DoDAF 2.02 Viewpoints to Support System Architecture
  • SV-1, SV-2, SV-3
  • SV-4, SV-5, SV-6, SV-7
  • SV-8, SV-9, SV-10
  • DoDAF Services Viewpoints
  • Systems Engineering and Program Management Activities
  • Decisions across the system life cycle
  • Architecture Approaches, Process, and Methodologies
  • Architectural patterns
  • Architecture Best Practices

System Architecture Activities

  • The purpose of System Architecture Activities
  • Comprehensive solutions based on principles, concepts
  • Architecture features, properties, and characteristics
  • Architecture Description of the System
  • Activities of the Process
  • Architecture Viewpoints
  • Candidate Architectures Models, Views and Viewpoints
  • System Architecture vs. System Design
  • Artifacts, Methods and Modeling
  • Practical Considerations
  • Pitfalls
  • Proven Practices

Modeling and Documenting System Architecture

  • Architecture Design
  • Patterns and Tactics
  • Evaluating System Architecture
  • Role of Architecture in Agile Projects
  • Concept and Architecture Development Process
  • Solution Concepts
  • Concept and Architecture Development
  • Selecting Architectures
  • Hierarchical Architecture Development
  • Solution Development Process
  • Architecture Selection Criteria
  • Viewpoints, Views, and Artifacts

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