Price: $2,999.00
Course Number: 924
Length: 3 Days
Continuing Education Credits: 13 PDH
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System of Systems Engineering Training, SoS SE Training Crash Course

System of Systems Engineering Training  provides systems engineering practitioners and others with well grounded, practical knowledge to work with complex systems. This course addresses the adaptation of systems engineering processes to address the challenging nature of networked systems and systems of systems. We are pioneers in System of Systems Engineering and Systems Engineering for Complex Systems.

System of Systems Engineering Training

System of Systems (SoS) Engineering and Systems engineering (SE) are recognized as  key contributor to successful systems acquisition and is equally important for SoS.  This Course explore the SoS environment as it exists in the complex systems today and the challenges it poses for systems engineering.

System of Systems Engineering (SoSE) course identifies many core SoS SE elements needed to evolve and sustain SoS capabilities and it provides insights on the Technical Management Processes and Technical Processes as they support SE in the context of SoS with regards to many capabilities-based approaches in the context of net-centric enterprises.

Learn about SE Process Support for System of Systems Engineering including:

  • Requirements Development
  • Logical system Analysis
  • Design Solution
  • Implementation
  • Integration
  • Verification and Validation (V&V)
  • Decision Analysis
  • Technical Planning and Assessment
  • Requirements Management
  • Risk Management
  • Configuration Management
  • Data Management
  • Interface Management

 

Who Should Attend

Systems engineers, software engineers, design engineers, project managers, program managers, government agencies, government contractors, project directors, project advisers, and engineering managers,

Objectives

Upon completion of this course, you will learn:

  • Understand The system-of-systems background of Large-scale Systems
  • Understand differences and similarities between Systems and Systems of Systems
  • How to apply the benefits of systems thinking and systems engineering to a “real-world” System of Systems (SoS) project
  • Describe System of Systems engineering (SoSE) functions, life cycle, management, problems, and challenges
  • Explore SE Processes Applied in SoS Environments
  • Apply process, strategy, model, or methodology for System of Systems engineering
  • Apply System of Systems engineering (SoSE) architectures
  • Understand the Details of Technical Management Processes and Technical Processes
  • Be able to structure and lead a conceptual design effort apply to System of Systems
  • Apply System of Systems engineering tools and techniques to real world problems
  • Develop a systems engineering plan for a System of Systems project

Outline

Introduction to System of Systems (SoS)

  • The system-of-systems approach
  • Background and context of large-scale systems
  • Large-scale complex systems and their applications
  • Network of Systems
  • Purpose of  SoS
  • Types of SoS
  • Scope of SoS
  • Capabilities of SoS
  • SoS Management and Lifecycle
  • Multi-domain-constituents and Different Domains
  • Decentralized control—a system of System
  • Concepts of Net-Centricity
  • Net centricity and system of systems
  • Various Modeling and Simulation
  • Agent-based modeling
  • Multi-objective optimization

Comparison of Systems and Systems of Systems

  • Systems Engineering applied to SoS
  • Management and Oversight
  • Operational Environment
  • Implementation of SoS
  • Engineering and Design Considerations
  • Requirements Engineering and SoS
  • Techniques and Approaches for Requirements Engineering
  • Integration with various control and modeling paradigms

Introduction to System of Systems Engineering (SoSE)

  • Engineering of a system of systems
  • SoS and SoS SE Environment
  • Core Elements of SoS SE
  • The emergence of SoS and SoSE, net-centricity, standards, management, and optimization,
  • SoS SE Applied to various applications
  • Case Studies: Defense, Transportation, Energy, Aerospace. Communications and Robotics
  • Relationship of Current SE Technical and Technical Management Processes
  • SoS SE Core Elements

SE Processes Applied in SoS Environments

  • Core Elements of SoS SE
  • Translating Capability Objectives
  • Understanding Systems and Relationships
  • Assessing Performance to Capability Objectives
  • Developing and Evolving an SoS Architecture
  • Monitoring and Assessing Changes
  • Addressing Requirements and Solution Options
  • Orchestrating Upgrades to SoS

SE Process Support for System of Systems Engineering

  • Requirements Development
  • Logical Analysis
  • Design Solution
  • Implementation and Operation
  • Role of Integration and Testing
  • Large-scale Integration of many independent, self-contained systems
  • Verification and Validation

Details of Technical Management Processes and Technical Processes

  • Technical Management Processes
  • Decision Analysis
  • Technical Planning
  • Technical Assessment
  • Requirements Management
  • Risk Management
  • Configuration Management
  • Technical Data Management
  • Interface Management
  • Technical Processes
  • Stakeholders Requirements
  • Requirements Analysis
  • Architectural Design
  • Implementation
  • Integration
  • Verification
  • Validation
  • Transition

Case Studies and Group Project

  • Building a SoS - Philadelphia Airport as a complex system
  • Command and Control Convergence
  • Army Battle Command System
  • Air Operation Center (AOC) Integration
  • Future Combat Systems
  • Military Satellite Communications
  • Space Radar
  • Theatre Search and Rescue (SAR)
  • Supporting Systems: Aircraft, support trucks, security, safety, baggage-handling equipment, Air traffic control and many other systems, control centers, radars and more
  • Systems engineering for department of defense systems of systems

 

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