Solving Problems with Systems Engineering

Systems engineering is a critical industry niche that continues to experience exponential growth, but how do systems engineers fit into the big picture? In today’s discussion Thom Singer and Craig Brown welcome systems engineer and Vitech President David Brown. David works to help really smart people build really complex stuff, and he’s joined the podcast to highlight just a few of the key components and contributions that systems engineering makes in today’s digital world.   On today’s podcast, you will learn: Are MBSE and SysML one and the same?   MBSE focuses on why we use models to improve engineering, while SysML focuses on descriptive architecture.  The confusion about this overlap has been around for well over a decade. This is one of the greatest myths in the industry — they are not the same thing.  SysML is simply one approach, while MBSE covers a much larger scope.   The Model Based Engineering Manifesto  This manifesto was released in 2018, the same year as the US Office of the Secretary of Defense released the Digital Engineering Strategy. The manifesto addresses the question ‘How can we enhance data-driven systems engineering practices?’  Systems are intentionally left out of the manifesto, instead, it is modeled after the agile manifesto.    Exploring context within model based tools Systems context is continually changing, which requires isolation to effectively impact needed change.  Simulations are essential in today’s rapid pace environment.  Exploring context within models will only improve knowledge and understanding of how systems work.  Models assure that a system and its interactions will perform as expected.    Should the main focus be manufacturing-centric? Being system-centric rather than manufacturing-centric recognizes the whole as being of greater value than the sum of the parts.  Exceptional architecture specifies need and interaction between all parts.  The context of the product are all characteristics that all have to be factored into a system.    Unlocking collective intelligence Systems engineers uniquely get involved with transdisciplinary problems.  Systems engineers work as the technical connective tissues that bring experts together, study problems from multiple viewpoints, and create exceptional solutions.  Systems thinking is an approach that has been utilized for over 100 years.    Advancing your career You may not need to transform into a systems engineering career, but it can be valuable to have systems awareness because everything you deliver is part of a system.  Getting involved with your professional network will increase your opportunities.  Leadership opportunities offer skills and lessons learned that will enhance your organization.  Continue the conversation with us within the Digital Enterprise Society Community at www.DigitalEnterpriseSociety.org.   Digital Download: Virtual Round-Table Series