Aerospace engineering degrees, RPI and MIT · MBA · Certified Systems Engineering Professional (CSEP)
Systems engineering and program leader with a long career across aerospace and defence organisations.
- Works with
- Applied Technology Institute
Systems of Systems
Workshop on developing and managing systems of systems: capabilities engineering, architecture frameworks, complexity, integration, collaboration and T&E.
- Provider
- Applied Technology Institute
- Duration
- 2 days
- Level
- Practitioner
- Access
- Public enrolment · Private / corporate
- Sessions and enrolment
- Check the provider's website for upcoming sessions and enrolment information.
- Price
- Price not published. Check with the provider.
- Course facilitators may include
- Glen Francisco, William “Bill” Fournier, Dr John Gill
- Training area
- Architecture & design
About this course
A two-day workshop on techniques for developing effective systems of systems and managing the associated engineering. It covers SoS concepts and capabilities engineering, practical complexity theory, large-scale architecture and frameworks (DODAF, TOGAF, Zachman, FEAF), integration strategies for systems outside a project's control, long-running collaboration across organisations, and test and evaluation for emergent and evolving SoS behaviour.
Course facilitators may include
Expert Systems Engineering Professional (ESEP) · Former full-time Professor of Engineering Management, DSMC/DAU
Systems engineering and project management practitioner and educator with more than 40 years' experience, including more than 30 years teaching systems engineering.
- Works with
- Applied Technology Institute
Expert Systems Engineering Professional (ESEP)
Systems and software engineering leader with a background in electronic warfare and model-based development.
- Works with
- Applied Technology Institute
Who should attend
- Programme and project managers, systems engineers, technical team leaders and logistic support leaders
Prerequisites
- Basic understanding of traditional systems engineering.
Learning outcomes
- Apply capabilities engineering methods.
- Use architecture frameworks.
- Use complexity theory practically.
- Plan integration strategies to achieve higher-level capabilities.
- Apply effective collaboration methods.
- Plan T&E for large-scale architectures.
Course outline
- 01
Systems of systems concepts
- 02
Complexity concepts
- 03
Architecture
- 04
Integration
- 05
Collaboration
- 06
Testing and evaluation
Training areas
Related discipline: Systems Thinking & Complexity
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- Access
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- Delivery
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