Technology and environment is changing. Internet is a new platform. This presentation is about challenges of current PLM platforms in the age of internet and new manufacturing business models.
COFES 2015: Product lifecycle, supply chain and data networksOleg Shilovitsky
My presentation at COFES 2015 Design and Sustainability Symposium speaks about complexity of product lifecycle for supply chain. More specifically, I'm talking about potential of data networks for solving decision workflows in complex data environments.
Building big data pipelines—lessons learnedProfinit
What is the power of business departments? What is missing in communication between layers responsible for building big data solutions? What mistakes can happen when IT departments are too proactive in creating solutions for big data?
EXALEAD OnePart brochure explaining its key business value and capabilities. This could be useful to explain the solution when writing a justification for for a capital request.
Technology and environment is changing. Internet is a new platform. This presentation is about challenges of current PLM platforms in the age of internet and new manufacturing business models.
COFES 2015: Product lifecycle, supply chain and data networksOleg Shilovitsky
My presentation at COFES 2015 Design and Sustainability Symposium speaks about complexity of product lifecycle for supply chain. More specifically, I'm talking about potential of data networks for solving decision workflows in complex data environments.
Building big data pipelines—lessons learnedProfinit
What is the power of business departments? What is missing in communication between layers responsible for building big data solutions? What mistakes can happen when IT departments are too proactive in creating solutions for big data?
EXALEAD OnePart brochure explaining its key business value and capabilities. This could be useful to explain the solution when writing a justification for for a capital request.
Product Lifecycle Management (PLM) Service Specialists. Helping bridge the gap between the principles of PLM and the PLM vendors, Intelaphase is a world leader in providing PLM consulting and support to various industries. (Michael Martin - CEO, Brion Carroll II - Principal)
We offer a concept of interior design, defined by the sentence
"Lifestyle products born & raised in Barcelona"
"PLM Design represents a selection of design objects and furnitures, suitable to the taste and
interests of the cosmopolitan Lifestyler from Barcelona and, consequently , from Europe"
AS&E struggled initially with their ENOVIA SmarTeam deployment, but ultimately got the system up and running in production, winning over a number of skeptical users in the process. View this presentation to learn what made the difference for them.
Jonathan Scott of Razorleaf presented at the request of COE (CATIA Operators Exchange) for their Ask The Expert webinar series. Mr. Scott presented the basics of CAD file management for CATIA in ENOVIA SmarTeam Design Express.
One of the secrets of successful technology companies is the capability and capacity of their product management function. Awareness for product management need arises from signs such as disconnect between the strategic vision of the CEO and day-to-day product development activities, lack of communication and coordination between engineering, marketing, sales, finance and legal groups. missed launch dates, or lost opportunities in competitive situations with large accounts. This Technology Multipliers webinar provides a comprehensive overview of product lifecycle management concepts, process, and keys to success for technology companies.
Presenter: Kalle Hagström, BAE Systems
With a approach to replace two legacy PLM systems, BAE systems Sweden performed an assessment of their requirements and possible vendors. This process and outcome will be presented as well as the specific requirements defense business have on a PLM system.
Agile PLM implementation and systems integration at sun microsystemsulfkoester
SUN went through a significant IT improvement program in their Product Innovation processes, now covering the the complete product value chain with a complete, open and integrated solution. David was project leader for the SUN PLM transition project. In late 2009, Oracle acquired Sun Microsystems for $7.4B. As part of a large systems integration project, 2 instances of MatrixOne PDM were replaced with Agile PLM 9.3. The implementation began in January 2010 with Phase 1 going live on September 27, 2010. The first phase included core Agile PLM plus interfaces to mCAD and eCAD on the front end, and a downstream integration to Oracle's existing eBusiness Suite R12.1.3 via the Agile Design-to-Release Process Integration Pack (D2R PIP).
The project comprised 4 phases of which 3 are now live, realizing true "art-to-part" enterprise PLM. David's presentation will cover the business issues encountered at the beginning of the implementation, the implementation methodology, the IT Topology and lessons learned. Prior to Oracle, David managed PLM projects for Apple, Brocade, Kodak, SanDisk, Kyocera, HP and others. Before that he managed mechanical design teams at Ballard Power, Kodak and others, and ran his own consulting business. As an Engineer he started out designing mechanical parts and assemblies using 3D solid modeling CAD systems and manual drafting.
A first time notion that due to data model changes - from relational, to object-oriented/document driven and now object-oriented data-driven everytime creates challenges for upgrades - impossible to foresee
Den Datenschatz heben und Zeit- und Energieeffizienz steigern: Mathematik und...Joachim Schlosser
In einer Gesellschaft, in der das Sammeln von personenbezogenen Daten mittlerweile alltäglich geworden ist, ist es nicht weiter verwunderlich, dass auch der innovative Maschinenbauer Daten sammelt, wo er nur kann. Produktdaten, Maschinendaten, Statistikdaten – in einer durchschnittlichen Produktionsanlage fallen bereits heute jeden Tag Gigabytes an Daten an. „Big Data“ wurde eines der Schlagworte der Industrie 4.0.
Doch was verspricht man sich davon? Welche Information steckt in den aufgezeichneten Maschinen- und Produktdaten? Und wie erfolgt die Auswertung?
Im Rahmen des Vortrags wird aufgezeigt, wie Unternehmen auf Basis einer etablierten Plattform wie MATLAB® ihre Auswertealgorithmen entwickeln, testen und ausrollen können. Die kontinuierliche Auswertung selbst erfolgt dann wahlweise auf einem Anlagenserver oder aber auch in Echtzeit direkt an der Maschine. Veranschaulicht wird dies anhand von Beispielen aus der Praxis.
Doch neben der gesammelten Daten kommt auch den Steuerungseinheiten in der Produktion in der Industrie 4.0 eine größere Bedeutung zu.
Wenn Werkstücke demnächst selbst wissen, wo sie im Produktionsablauf hin möchten und welcher Verarbeitungsschritt ihnen angedeihen soll, dann bedeutet das auch für die einzelnen Komponenten und Module in Produktion und Logistik ein mehr an Funktionalität, da sie auf diese Eingaben ebenfalls reagieren sollen.
Wie stellen Sie sicher, dass diese zusätzliche Funktionalität nicht zu Lasten der Energiebilanz gehen? Wie fahren Sie die Motoren und anderen aktiven Komponenten Ihrer Fertigung so, dass sie flexibel auf veränderte Routen der Werkstücke reagieren und dennoch im optimalen Bereich fahren?
Mehr denn je brauchen Sie gesteuerte und geregelte Komponenten und Module. Das sollte schon seit Industrie 3.0 vorhanden sein, jedoch ist auch hier noch viel ganz konkretes Potential zur Steigerung von Produktivität und Einsparung von Energie und Produktionszeit vorhanden.
Sie sehen im Vortrag, wie Sie ihre Komponenten besser beschalten, dass die vernetzten dynamischen Anforderungen von Industrie 4.0 lokal effizient umgesetzt werden können.
Product Lifecycle Management (PLM) Service Specialists. Helping bridge the gap between the principles of PLM and the PLM vendors, Intelaphase is a world leader in providing PLM consulting and support to various industries. (Michael Martin - CEO, Brion Carroll II - Principal)
We offer a concept of interior design, defined by the sentence
"Lifestyle products born & raised in Barcelona"
"PLM Design represents a selection of design objects and furnitures, suitable to the taste and
interests of the cosmopolitan Lifestyler from Barcelona and, consequently , from Europe"
AS&E struggled initially with their ENOVIA SmarTeam deployment, but ultimately got the system up and running in production, winning over a number of skeptical users in the process. View this presentation to learn what made the difference for them.
Jonathan Scott of Razorleaf presented at the request of COE (CATIA Operators Exchange) for their Ask The Expert webinar series. Mr. Scott presented the basics of CAD file management for CATIA in ENOVIA SmarTeam Design Express.
One of the secrets of successful technology companies is the capability and capacity of their product management function. Awareness for product management need arises from signs such as disconnect between the strategic vision of the CEO and day-to-day product development activities, lack of communication and coordination between engineering, marketing, sales, finance and legal groups. missed launch dates, or lost opportunities in competitive situations with large accounts. This Technology Multipliers webinar provides a comprehensive overview of product lifecycle management concepts, process, and keys to success for technology companies.
Presenter: Kalle Hagström, BAE Systems
With a approach to replace two legacy PLM systems, BAE systems Sweden performed an assessment of their requirements and possible vendors. This process and outcome will be presented as well as the specific requirements defense business have on a PLM system.
Agile PLM implementation and systems integration at sun microsystemsulfkoester
SUN went through a significant IT improvement program in their Product Innovation processes, now covering the the complete product value chain with a complete, open and integrated solution. David was project leader for the SUN PLM transition project. In late 2009, Oracle acquired Sun Microsystems for $7.4B. As part of a large systems integration project, 2 instances of MatrixOne PDM were replaced with Agile PLM 9.3. The implementation began in January 2010 with Phase 1 going live on September 27, 2010. The first phase included core Agile PLM plus interfaces to mCAD and eCAD on the front end, and a downstream integration to Oracle's existing eBusiness Suite R12.1.3 via the Agile Design-to-Release Process Integration Pack (D2R PIP).
The project comprised 4 phases of which 3 are now live, realizing true "art-to-part" enterprise PLM. David's presentation will cover the business issues encountered at the beginning of the implementation, the implementation methodology, the IT Topology and lessons learned. Prior to Oracle, David managed PLM projects for Apple, Brocade, Kodak, SanDisk, Kyocera, HP and others. Before that he managed mechanical design teams at Ballard Power, Kodak and others, and ran his own consulting business. As an Engineer he started out designing mechanical parts and assemblies using 3D solid modeling CAD systems and manual drafting.
A first time notion that due to data model changes - from relational, to object-oriented/document driven and now object-oriented data-driven everytime creates challenges for upgrades - impossible to foresee
Den Datenschatz heben und Zeit- und Energieeffizienz steigern: Mathematik und...Joachim Schlosser
In einer Gesellschaft, in der das Sammeln von personenbezogenen Daten mittlerweile alltäglich geworden ist, ist es nicht weiter verwunderlich, dass auch der innovative Maschinenbauer Daten sammelt, wo er nur kann. Produktdaten, Maschinendaten, Statistikdaten – in einer durchschnittlichen Produktionsanlage fallen bereits heute jeden Tag Gigabytes an Daten an. „Big Data“ wurde eines der Schlagworte der Industrie 4.0.
Doch was verspricht man sich davon? Welche Information steckt in den aufgezeichneten Maschinen- und Produktdaten? Und wie erfolgt die Auswertung?
Im Rahmen des Vortrags wird aufgezeigt, wie Unternehmen auf Basis einer etablierten Plattform wie MATLAB® ihre Auswertealgorithmen entwickeln, testen und ausrollen können. Die kontinuierliche Auswertung selbst erfolgt dann wahlweise auf einem Anlagenserver oder aber auch in Echtzeit direkt an der Maschine. Veranschaulicht wird dies anhand von Beispielen aus der Praxis.
Doch neben der gesammelten Daten kommt auch den Steuerungseinheiten in der Produktion in der Industrie 4.0 eine größere Bedeutung zu.
Wenn Werkstücke demnächst selbst wissen, wo sie im Produktionsablauf hin möchten und welcher Verarbeitungsschritt ihnen angedeihen soll, dann bedeutet das auch für die einzelnen Komponenten und Module in Produktion und Logistik ein mehr an Funktionalität, da sie auf diese Eingaben ebenfalls reagieren sollen.
Wie stellen Sie sicher, dass diese zusätzliche Funktionalität nicht zu Lasten der Energiebilanz gehen? Wie fahren Sie die Motoren und anderen aktiven Komponenten Ihrer Fertigung so, dass sie flexibel auf veränderte Routen der Werkstücke reagieren und dennoch im optimalen Bereich fahren?
Mehr denn je brauchen Sie gesteuerte und geregelte Komponenten und Module. Das sollte schon seit Industrie 3.0 vorhanden sein, jedoch ist auch hier noch viel ganz konkretes Potential zur Steigerung von Produktivität und Einsparung von Energie und Produktionszeit vorhanden.
Sie sehen im Vortrag, wie Sie ihre Komponenten besser beschalten, dass die vernetzten dynamischen Anforderungen von Industrie 4.0 lokal effizient umgesetzt werden können.
Data Engineer's Lunch #60: Series - Developing Enterprise ConsciousnessAnant Corporation
In Data Engineer's Lunch #60, Rahul Singh, CEO here at Anant, will discuss modern data processing/pipeline approaches.
Want to learn about modern data engineering patterns & practices for global data platforms? A high-level overview of different types, frameworks, and workflows in data processing and pipeline design.
National Center for Manufacturing Sciences (NCMS) and UberCloud are excited to announce the Michigan “round” of HPC Experiment as part of NCMS’ Grid Initiative. Just like previous UberCloud Experiment rounds, this community driven effort will support engineers to explore the end-to-end processes of using technical computing for product design and development.
During this webinar you can learn more about Michigan2.0 Grid Initiative and how you can apply for the program.
WSO2Con USA 2015: Data to Consumer: End-to-End Middleware CapabilitiesWSO2
Consumer-driven and rapidly changing business requirements are creating the need to go beyond traditional middleware in enterprises today. Because the middleware layer has enough functional capabilities it empowers architects to convert their blueprints to solutions without changing the architecture to fit into the middleware limitations.
Asanka will first look at the evolution of middleware and how current and next-generation middleware looks like (Platform-3.0). Following this, he will analyze the middleware requirements from data (system of record) to consumer (system of engagement) by illustrating a layered architecture of modern enterprise middleware.
2. - Next wave in productivity
PLM - Active for few years
- Outcome of Lean Thinking
- Apply for entire product lifecycle through enterprise
- Automobile, Aerospace, Electronics, Consumer &
NEXT LEVEL OF LEAN THINKING Industry Products, Medical devices, Pharmaceuticals
Lean Manufacturing:
- Only for Manufacturing
- Time intensive CURRENT PLM SYSTEMS
- Limited hypotheses to be tested
- Siemens NX
PLM - DASSAULT CATIA
- IT Power
- For whole product lifecycle - Autodesk PLM 360
- Collaboration through enterprise - PTC PLM
- Shared information
- No physical test required - Aras Innovator
- Others
FUNDAMENTALS FOR PLM
1. Information instead of wasted time, energy & materials
2. IT Development
3. Visualization of Physical Objects
4. Turn Practices to Process
www.meslab.net
3. Contents
1. Brief introduction of PLM
2. PLM – Next level of Lean Thinking
3. PLM Foundation
o Information to substitute wasted time, energy & materials
o IT developnment
o Virtualization of physical objects
o Turning practices to processes
4. Current PLM Systems
3 www.meslab.net
4. Brief introduction of PLM
New wave in productivity, few years recently
Outcome of Lean Thinking
Apply for entire product’s lifecycle
First piloted in Automobile, Aerospace, Electronics induries
Now in everywhere: consumer products, industry products, medical
devices, pharma
America, Europe, Asia – worldwide attention
4 www.meslab.net
5. Next level of Lean Thinking
Lean Manufacturing: Engineers find & eliminate wastes, inefficiencies.
Time intensive
Test
Find Waste & Hypothesis to Revised
Hypothesis &
inefficiencies remove waste Process
Reconfigure
PLM: product info + computers + software, + simulations => decide
optimized process from beginning => no interruption & for whole life of
product
PLM: complete integration of everything related to a product into the
organization. Offer better information flow across the entire organization.
PLM’s greatest promise is in its larger strategic use that is cross-
functional, enterprise-wide, or even supply chain inclusive.
5 www.meslab.net
6. Next level of Lean Thinking
PLM optimize the process before it starts
6 www.meslab.net
7. Information for wasted time, energy & materials
Experience Curve. How PLM helps?
7 www.meslab.net
8. IT Development & PLM
Processors
Memory
Storage
Network
Algorithms
Cloud?
8 www.meslab.net
9. Virtualization of Physical Objects
Virtualization: to storage, transfer, discuss,…
Self-virtualization: coffee cup ~~ (Limitation?)
Virtualization: clay prototypes
Virtualization: drawings
Virtualization: 2D & 3D CAD Models
Virtualization: Models w/ simulation
Beyond?
9 www.meslab.net
10. Turn “Practices” to “Processes”
Process: Deterministic, well defined. Input => exact output
Art: non-deterministic, not sure the output => not good
Practice: between Process & Art, popular case.
Organizations prefer PROCESSES. PLM in-need
10 www.meslab.net