Beyond Static Models: Verification Based Digital Engineering
Overview
This seminar focuses on the principles and practical implementation of Digital Engineering, with an emphasis on developing digital models, digital twins, and digital threads for complex systems. Participants will explore the use of integrated digital environments (IDEs) and tools such as System Composer, Simulink, and Requirements Toolbox to support system architecture modeling (e.g., SysML), requirements management, and verification processes.
Highlights
The agenda covers:
- An introduction to Digital Engineering and its role in digital transformation.
- Common starting points and approaches for digital transformation in engineering organizations.
- The importance of verification-based digital transformation, particularly using MathWorks tools.
- Methods for translating legacy architectures and requirements into digital models.
- Strategies for integrating system requirements, software, and hardware using modern configuration management (CM) and continuous integration (CI) practices.
- Approaches to enable collaboration, automate verification, and ensure traceability across the digital thread.
Who Should Attend
The seminar is designed for engineers and technical managers seeking to modernize their systems engineering processes, improve collaboration, and achieve automated, requirements-driven verification using state-of-the-art digital engineering tools.
About the Presenter
Josh Kahn is an MBSE Solutions Specialist at MathWorks, collaborating with business partners to solve complex pains related to architecture modeling, systems integration, and simulation. Josh is an active participant in the INCOSE systems engineering community and the OMG standards development organization and has published multiple papers. Josh has been with MathWorks since 2020, bringing ten years of industry experience from GE and Collins, contributing to and leading systems development in aerospace and defense industries. He has an M.Eng. in Space Systems Engineering from the University of Michigan and B.S. in Mechanical Engineering from Florida Atlantic University.
