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• What is the Digital Mission Engineering Forum?

  Shashank Narayan, AGI's CTO, gives an overview of what we mean by the term Digital Mission Engineering and gives a small preview of what attendees can expect from our Digital Mission Engineering Forum this fall.

• How does AGI help enable digital engineering?

  Shashank Narayan, AGI’s CTO, briefly describes why AGI software helps enable digital engineering through digital mission engineering.

• Creating a Model-based Enterprise with ANSYS and AGI

  Shashank Narayan, AGI’s CTO, talks about the partnership between AGI, creators of Systems Tool Kit, and ANSYS, creators of many pervasive engineering simulation tools, and how this union can help achieve a model-based enterprise through the use of multiphysics environments from the components to the mission level.

• Getting the mission in MBSE

  Shashank Narayan, AGI's CTO, talks about how to model the mission in your Model-Based Systems Engineering (MBSE) by combining Systems Tool Kit (STK) and Phoenix Integration's Model Center.

• Digital twins across the lifecycle

  Shashank Narayan, AGI’s CTO, briefly describes using ASI's SOLIS tool and Systems Tool Kit (STK) to bring realistic operations simulation into the design process to create a digital twin of your spacecraft through the program lifecycle.

• Executable Architectures

  Shashank Narayan, AGI's CTO, quickly discusses executable architectures including multiple tools and behavior modeling as a preview to the Digital Mission Engineering Forum.

• Brief Overview of Digital Mission Engineering

  Kevin Flood, AGI’s Vice President of Engineering, discusses some of the engineering challenges facing aerospace and defense organizations and the key role that digital mission engineering plays.

• The Digital Mission Engineering Stack

  Connecting digital models from the component level to the mission level, using computer-based modeling, simulation, and analysis.

• Part 1. Introducing Digital Mission Engineering

  Kevin Flood, AGI’s Vice President of Engineering discusses the importance of the mission model within the digital engineering enterprise, the role of persistent digital model, and the need for a physics-based digital environment.

  Download the slides (4.3 MB PDF)

• Part 2. Connecting engineering and mission analysis to systems models

  Jeff Baxter (AGI) and Joshua Edwards (Phoenix Integration) discuss how to connect engineering and mission analysis to systems models from early trade space analysis through operations and sustainment.

  Download the slides (4.1 MB PDF)

• Part 3. Developing physics-infused descriptive models with STK and SysML tools like Cameo

  Jeff Baxter (AGI) and Joshua Edwards (Phoenix Integration) discuss how to develop physics-infused descriptive models with STK and SysML tools like Cameo. Descriptive models in SysML tools can take advantage of STK's physics-based modeling and simulation environment using ModelCenter.

  Download the slides (2.89 MB PDF)

• Part 4. Extending STK mission models with detailed ANSYS engineering simulation tools

  Jeff Baxter (AGI) hosts Ming Xu, Shawn Carpenter, and Valerio Viti from ANSYS. They discuss and demonstrate extending STK mission models with detailed ANSYS simulation tools, and integrating these models with descriptive models using Cameo and Phoenix Integration Model Center.

  Download the slides (15 MB PDF)

• Discussing Digital Mission Engineering

  Jeff Baxter (AGI) and Joshua Edwards (Phoenix Integration) discuss Digital Mission Engineering. Follow up to DME Webinar #3 above.