This event is canceled due to a new APL policy that has canceled all scheduled events for external organizations that use APL Facilities until April 12, 2020. We will reschedule Zane Scott for later in the year.

 Meanwhile, take a look at our vast library of previously recorded lectures at our YouTube Channel

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Abstract:

Systems engineering is at a critical juncture. The intersection of complexity, technology, social evolutions and an ever-shrinking globe are combining to present humanity with challenges that cry out for system solutions. Systems engineering cannot afford to miss these challenges due to disjoint, stove-piped approaches. The time for robust solutions born of models nuanced and framed in a proven systems metamodel is NOW! This tutorial will address how we can meet these challenges today using sound, fundamental engineering leveraged by the cutting-edge transdisciplinary use of a robust, proven system metamodel.

Zane Scott, VP for Professional Services at Vitech Corporation

Speaker: Zane Scott is the VP for Professional Services at Vitech Corporation. A member of Chesapeake Chapter, Zane has just finished his terms as the Chair of INCOSE’s Corporate Advisory Board and as a member of the Board of Directors. He is a member of the Technical Leadership Institute and participates in several INCOSE Working Groups. Zane is a frequent presenter, teacher and blogger and, with his co-author Dave Waldon, was the Winner of a Best Paper Award at the 2016 IS. With an academic and professional background in Economics and Law, he offers some unique perspectives on the SE world.

Menu:  Continental breakfast and lunch provided

Tutorial Cost:   $450 for members/$500 non-members

Register before March 10th and receive a $50 discount.

AGENDA

1. Fundamentals

   • Why are we talking about fundamentals anyway?

   • Complexity

   • Systems

   • Systems engineering- the essential job

   • Models

   • Model-based

   • Thinking at the conceptual level

2. Building Models

   • Frameworks, systems metamodels and schemas

   • Building blocks- Elements relationships and attributes

     • Requirements, behavior, implementation architecture

     • Verification and validation

   • System versus operational

     • Similarities and differences

     • Schemas

3. Leadership and soft skills for engineers

   • What are soft skills?

   • How do you use them for MBSE work?

   • Particular soft skills explained in context

     • Communication

     • Influence

     • Cognitive issues

     • Creativity and problem solving