Aerospace
Systems Engineering
Training
Aerospace systems engineering applied
to new, derivative, and change-based
aircraft design. The concept of an aircraft
system extends beyond the aircraft itself.
In this field aeronautical engineering is
the original term. With the development
of flight technology, including aircraft
flying in outer space, the broader term
"aeronautical engineering" has been
commonly used.
Aerospace engineering, especially the
astronautics department, is also commonly
referred to as "rocket science".
The aerospace industry has been at the
forefront of innovation for many years.
Advance cloud computing with the work of
aviation systems engineers.
The rise of cloud computing and
interconnection technology has also
promoted the development of network
security, which has crossed the fields of
aerospace and defense.
Aerospace Systems Engineering Training Course
by Tonex
Tonex training covers the basic knowledge of
systems engineering and its applications in
aerospace systems, emphasizing commercial and
military systems
Tonex will provide you with a variety of complex
technical and management practical knowledge,
including system engineering used in aerospace
systems with uneven complication
Why TONEX?
• The instructor has extensive experience in the
aerospace industry, including commercial, military
and NASA systems and systems of systems (SoS)
• Training is based on case studies and hands-on
practice
• Practical modules include modeling laboratory,
group activities, case studies, real scenarios and
hands-on workshops
• The course content can be flexibly modified
according to the needs of the organization
Audience
• Systems engineers
• Aerospace engineers
• Space program managers
• Military avionic program
managers
• Space, military, and commercial
product managers
Learn About:
• Systems engineering practices
• Terms and methods
• System life cycles used by INCOSE, DoD and NASA
• Requirements generation
• Trade studies, Architectural practices
• Functional allocation
• Verification/validation methods
• Requirements Determination, Risk management
• Evaluating specialty engineering contributions
• Importance of integrated product and process teams
Training Objectives
• Understand the fundamentals of systems
engineering applied to aerospace industry
• List aerospace industry programs and standards
• Describe avionics and aircraft systems
• Define aerospace systems engineering processes
• Describe the aerospace-associated programs life-
cycle process
• Identify aerospace systems components
• Identify and provide systems requirements and
management
Training Objectives
• Design the aerospace system
• Integrate their aerospace specialty into systems
engineering
• Model aerospace system architecture
• Apply verification and validation techniques
• Apply the models and methods fit aerospace
systems
• Manage technical data
• Manage and mitigate technical risks
• Conducting crosscutting techniques
Course Outline
• Overview of Aerospace Systems Engineering
• System Lifecycle Process
• Systems Engineering Management Concerns
• Systems Assessment and Modeling Concerns
• Integrating Aerospace Engineering Into the Systems
Engineering Process
• Functional Assessment Methods
• Functional Analysis
• Tonex Case Study Sample: International Space Station
(ISS)
For More Information
https://www.tonex.com/aerospace
-systems-engineering-training/

Fundamentals of Systems Engineering, Aerospace Systems Engineering Training

  • 1.
  • 2.
    Aerospace systems engineeringapplied to new, derivative, and change-based aircraft design. The concept of an aircraft system extends beyond the aircraft itself.
  • 3.
    In this fieldaeronautical engineering is the original term. With the development of flight technology, including aircraft flying in outer space, the broader term "aeronautical engineering" has been commonly used.
  • 4.
    Aerospace engineering, especiallythe astronautics department, is also commonly referred to as "rocket science".
  • 5.
    The aerospace industryhas been at the forefront of innovation for many years. Advance cloud computing with the work of aviation systems engineers. The rise of cloud computing and interconnection technology has also promoted the development of network security, which has crossed the fields of aerospace and defense.
  • 6.
    Aerospace Systems EngineeringTraining Course by Tonex Tonex training covers the basic knowledge of systems engineering and its applications in aerospace systems, emphasizing commercial and military systems Tonex will provide you with a variety of complex technical and management practical knowledge, including system engineering used in aerospace systems with uneven complication
  • 7.
    Why TONEX? • Theinstructor has extensive experience in the aerospace industry, including commercial, military and NASA systems and systems of systems (SoS) • Training is based on case studies and hands-on practice • Practical modules include modeling laboratory, group activities, case studies, real scenarios and hands-on workshops • The course content can be flexibly modified according to the needs of the organization
  • 8.
    Audience • Systems engineers •Aerospace engineers • Space program managers • Military avionic program managers • Space, military, and commercial product managers
  • 9.
    Learn About: • Systemsengineering practices • Terms and methods • System life cycles used by INCOSE, DoD and NASA • Requirements generation • Trade studies, Architectural practices • Functional allocation • Verification/validation methods • Requirements Determination, Risk management • Evaluating specialty engineering contributions • Importance of integrated product and process teams
  • 10.
    Training Objectives • Understandthe fundamentals of systems engineering applied to aerospace industry • List aerospace industry programs and standards • Describe avionics and aircraft systems • Define aerospace systems engineering processes • Describe the aerospace-associated programs life- cycle process • Identify aerospace systems components • Identify and provide systems requirements and management
  • 11.
    Training Objectives • Designthe aerospace system • Integrate their aerospace specialty into systems engineering • Model aerospace system architecture • Apply verification and validation techniques • Apply the models and methods fit aerospace systems • Manage technical data • Manage and mitigate technical risks • Conducting crosscutting techniques
  • 12.
    Course Outline • Overviewof Aerospace Systems Engineering • System Lifecycle Process • Systems Engineering Management Concerns • Systems Assessment and Modeling Concerns • Integrating Aerospace Engineering Into the Systems Engineering Process • Functional Assessment Methods • Functional Analysis • Tonex Case Study Sample: International Space Station (ISS)
  • 13.