This course is a low level course which explains modelling fundamentals.  It goes through the 9 different diagrams in detail and explains the purpose of each diagram, how and when to use it.  This course has step by step instructions and walkthroughs.

This course will explain the blocks and the relationships between the blocks for structural diagrams, behavioral, parametric diagrams, and requirement diagrams.

The primary audience is new and intermediate designers, architects, and systems engineer contributors who want some background about the diagrams and Cameos buttonology. 

This class will be an in depth version of the SysML & MagicDraw/Cameo  page and subpages.

This is a course which explains a generic but specific homegrown approach which is fairly universal.  If these steps are followed, projects will succeed in creating a comprehensive digital model which has a purpose.

This approach is more high level than, create these diagrams and you're done.  It breaks up model creation into 3 phases: backbone creation, content addition, and solving problems and dives into each phase and explains the purpose and focus of each phase.

The primary audience for this class are project leads, project managers, designers, architects, and systems engineer contributors who want to understand where we are going.

This class will be an in depth version of the Modeling From Scratch page and subpages.

This is a concept oriented course which will cover architecture optimization.  This class will answer "How can we build a digital model which is most efficient from a modular and scalable perspective?" 

Course topics: abstraction, modularity, scalability, common libraries, reuse, inheritance, start here navigation pages, rollup patterns, metamodels, etc.  Each of these topics will dive into how, when, and why to use them.  It explains why you would want to select one method over another and focuses on best rules of thumb. 

The primary audience for this class are designers, architects, and systems engineer contributors, who want to understand some methods which have succeeded and failed in the past and explore why. 

This class will be an in depth version of the Design Guidance page and subpages.