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System Driven Product Development Series - Part 5

Track: Business Process Connection

Session Number: 170395
Date: Tue, May 9th, 2017
Time: 2:15 PM - 3:15 PM
Room: 140

Description:

Be sure to add System Driven Product Development Sessions Parts 1-6 to your agenda to make the most of the full day series.

Full Power of SysML and MBSE Ecosystem Application (25 min)
Saulius Pavalkis, No Magic, Inc.
SysML is a semi-formal modeling language that include elements, diagrams and notation to model structure, behavior and performance parameters for systems and their components.  When implemented in a tool with a simulation engine, SysML models can be executed.  When supported with parametrics, these models can be used to perform quantitative evaluation of trades and alternatives. This presentation will cover the basics of constraint modeling and parametric diagrams in SysML and will demonstrate their application in a sample model. This presentation will cover full MBSE ecosystem and thread  from requirements import and synchronization from Teamcenter, functional and logical design in SysML, to parametric analysis.

Leverage the IoT with SDPD (25 min)
Chris Stecki, PHM Technology
In-service assets will leverage the IoT of sensors and data to provide the information required to optimise the design, availability, and cost of ownership for complex systems – so how can you design this capability into your system? This presentation will outline the capabilities of the MADe software to synchronise the design and validation of IoT enabled systems using SDPD. 

Sub-Categorization: Systems Driven Product Development
Session Type: Interactive Lecture

Related Industry: All Industries
Learning Objectives: Introduction to MBSE, SysML, SysML PLM integration.

Best practice design of diagnostic systems to leverage the IoT.
Integrate IoT with engineering analysis for service optimisation.
Benefits of model-based safety, reliability and diagnostics analysis.
Applicable Software: CAD Integrations (NX, CATIA, Solidworks, Creo, AutoCAD, Inventor, etc), Teamcenter System Engineering
Pre-requisites: none
Sub-Categorization: Systems Driven Product Development
Session Type: Interactive Lecture

Related Industry: All Industries
Learning Objectives: Introduction to MBSE, SysML, SysML PLM integration.

Best practice design of diagnostic systems to leverage the IoT.
Integrate IoT with engineering analysis for service optimisation.
Benefits of model-based safety, reliability and diagnostics analysis.
Applicable Software: CAD Integrations (NX, CATIA, Solidworks, Creo, AutoCAD, Inventor, etc), Teamcenter System Engineering
Pre-requisites: none