Systems Engineering Advanced
Unlock your potential in Systems Engineering with our comprehensive course!
Whether you're a complete beginner or an experienced professional, this course has something for you. Designed to take you from zero to hero, it provides essential knowledge for newcomers while offering deeper insights for those already familiar with the field. Learn at your own pace, anytime, anywhere, with lifetime access and regular updates to keep your skills sharp.
- Nine chapters to guide you from basics to advanced concepts
- 9.5 hour total course time
- Available online, on-demand, with lifetime access
- Stay current with regular course updates
Empower your career with the latest in systems engineering. Enroll today and start your journey to mastering complex systems!
Topic outline
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Introduction Video Time
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From Problem / Opportunity to a Solution Video Time
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Procedure Models Video Time
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The Waterfall Model Video Time
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The Spiral Model Video Time
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The four Interlocking Pillars Video Time
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The Engineering Development Process Video Time
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Business Process Management Video Time
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Process Design and Tailoring Video Time
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Process Assessment and Improvement Video Time
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Process and Organization Video Time
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Method and Tool Map Video Time
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Example: Mechanical Engineering in Design Video Time
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Key Takeaways Video Time
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Introduction Video Time
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The Chaos in Projects Video Time
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Example: System Architecture in Real-Life Video Time
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Example: Modeling in Software Development Video Time
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Model-based Development Video Time
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Variant Management Video Time
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Safety Video Time
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Regulations for Complex Systems Video Time
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Key Takeaways Video Time
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Introduction Video Time
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Software-defined Products Video Time
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Customer-specific Products Video Time
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Sustainable Engineering and Products Video Time
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Virtualized Development and Front-Loading Video Time
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Digital Twins Video Time
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Virtual Space and Artificial Intelligence Video Time
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Overarching Development Video Time
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New Work Video Time
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Key Takeaways Video Time
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Introduction Video Time
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History and Evolution of Systems Engineering Video Time
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Definition of a System Video Time
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Types of Systems Video Time
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Lifecycle of a System Video Time
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Fundamental principles of Systems Engineering Video Time
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Systems Thinking Video Time
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Interdisciplinary Team and Stakeholders Video Time
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System design and optimization Video Time
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Execution and Management Video Time
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Key Takeaways Video Time
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Introduction Video Time
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Models in the Development Process Video Time
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Why so many Models? Video Time
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Example: Different models in transmission development Video Time
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Definition of a Model Video Time
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Model Theory Video Time
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Types and Characterization of Models Video Time
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Degree of Formalization Video Time
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Descriptive and Executable Models Video Time
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Digital Models and Physical Manifested Models Video Time
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Example: Executable Model with LTSpice Video Time
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Example: Descriptive Model with PowerPoint Video Time
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Example: Physical Manifested Model Video Time
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Views of the Model Video Time
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System Models and Specific Models Video Time
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Model and X Video Time
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Ramp-up to a Digital Master and Digital Twin Video Time
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Model Management Video Time
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Key Takeaways Video Time
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The System's Mission Video Time
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The System Video Time
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Define the Behavioral Concept Video Time
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The System is not the End Video Time
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Manage Requirements Video Time
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The Black-Box of the System Video Time
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System Consideration and Interfaces Video Time
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System Solution Finding: Part 1 Video Time
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System Solution Finding: Part 2 Video Time
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Thinking in Functions for Risk Analysis: Part 1 Video Time
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Thinking in Functions for Risk Analysis: Part 2 Video Time
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Function Orientation Video Time
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System Consideration Video Time
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Integration Plan Video Time
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Verification Plan Video Time
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Validation Plan Video Time
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Traceability Principle Video Time
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Mechatronic System Development Video Time
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Structure the Development Tasks Video Time
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