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Manhattan Project

This documentation provides an in-depth overview of the Manhattan Project's MSD Tutorial Component Library, focusing on the Conventional V-Model System Validation Concept. It details key demands for deployment, system verification, high-level and detailed design, unit testing, and development of modular components. It highlights solutions for effective model design simulation and testing through advanced tools, optimizing OSE's product development processes. The collaboration between OSE and Vanderbilt's ISIS aims to enhance scalability, quality design, and ultimately contribute to sustainable engineering solutions.

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Manhattan Project

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  1. Manhattan Project ‘s

  2. MSD Tutorial Component Library iFAb CAD Modellica Components Seed Design Component Library Documentation

  3. Conventional V-Model System Validation Concept Demands Deployment Product Definition System Verification High Level Design Detailed Design Unit Testing Development & Installation Time

  4. Modular V-Model System Validation Concept Demands Product Definition Deployment System Verification High Level Design Unit Testing Detailed Design Developed Parts Time

  5. OSE’s Problem System Validation Concept Product Definition Demands Deployment High Level Design Developed Parts System Verification Time

  6. OSE’s Problem Monitoryour Machine and Diagnoseproblems in the field Prototype V.2.1 Concept Product Definition Demands Deployment High Level Design Developed Parts OSE never reaches a truly tested & validated design Time

  7. OSE’s Problem System Validation Concept Product Definition Demands Deployment High Level Design Developed Parts System Verification Time

  8. Solutions: Simulation and Structural Analysis

  9. # of Virtual Model Simulation Iterations Concepts # of Prototypes Built Lots of Prototype Testing

  10. OSE Welder/Plasma Cutter Schematic

  11. Summary • OSE Product development lacks 2 important elements: • Model Design Simulation and Testing • System Verification and Validation • META Tools used in combination with ISoC technologies not only provide solutions to these problems, but also enables you to quickly explore the entire Design Space. • We believe with these tools, OSE can reach its goals of scalability, quality design, and ultimately the means to SAVE THE WORLD.

  12. Vanderbilt ISIS – OSE Joint Research Proposal Scott and Jonathan continue to work collaboratively with OSE to optimize important modules • Short Term Goals • PowerCube – Design Space Exploration • Welder – System Verification Long Term Goals Establish OSE as a project partner with ISIS Establish strong ties with Brigham Young and Vanderbilt University communities Build Component, Module and System Library

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