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May 10 2012

22:34

Michigan Tech Summer Youth CAM Camp

It’s that time of year when I’m booking my boys into summer camps. After the FIRST Robotics Competition, they are definitely signed up for a robotics camp. There are a lot of great summer programs for young students. Here is one you might find interesting: Michigan Tech’s summer youth CAM program. John Irwin, program chair of Mechanical Engineering Technology and Industrial Technology, presented it at PLM Connection this week.
John Irwin of Michigan Technological University presenting

Here is my interview with John where he shares highlights the technology programs at MichiganTech and some of the CAM work summer campers do:

Click here to view the embedded video.

The goal of the program is to develop interest in STEM careers. The school is also working toward increasing the diversity in their Mechanical Engineering Technology program. If you’d like more information, here are John’s slides:

View more presentations from Siemens PLM Software
What is your dream summer camp?
- Dora

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19:39

Day 4: Tecnomatix Track at PLM Connection 2012

Final Day Recap:

We completed the Tecnomatix Track this morning with three sessions.  We typically boil these sessions down to the technical details but this time, marketing took a spot.  A good change-up if you ask me, but I’m from marketing so take it for what it’s worth.


Once again, we heard from Vodela Venkata, Product Manager for Manufacturing Process Planner.  He went into the details of leveraging enterprise bill of process (BOP), how standard practices are propagated to local processes through product BOPs and plant BOPs, allowing maximum reuse of your corporate practices.  This drives efficiencies and is especially valuable when new best practices are defined yet it allows for each individual plant to leverage its local diversity.  Global production means one facility can have very different machinery or automation to labor ratios from another yet still make the same or similar mix of products.  By utilizing your best strategies, you reduce unique solutions and improve quality and efficiency even with complex model mix production.

The next session was mine; How Tecnomatix software supports operational excellence.  I won’t bore you with the details but I did want to mention one thing.  It takes the entire organization to become operationally excellent.  It’s not just about waste on the shop floor.  If 80% of a product program’s cost is defined when you’re 20% through design engineering, what’s the actual cost to manufacture when design problems are discovered when you try to manufacture the product?  Today, operationally excellent organizations don’t simply call that the cost of doing business… they attack it.  (Want to learn more?  See my blog series here).

The final session of Day 4 was delivered by Kekin Sheth from Tata Consultancy Services.  Kekin showed the audience the details of how collaboration contexts leverage the Teamcenter data model.  This functionality allows collaboration between the data model and the analytical tools we use to simulate, validate and optimize process.  The context structure is extremely flexible and is built by deep references to the data model through structure and configuration contexts.  It’s a valuable tool as it provides the ability to leverage only what you need from the process data model yet still maintains the relationships necessary to assure alignment when you’ve completed your analysis.

That’s it from PLM Connection Americas 2012.  I do these blogs for those who couldn’t attend so I hope you found my updates of the Tecnomatix track useful and informative.

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16:06

A Conversation With DOL’s Jane Oates

Jane Oates on stage at PLM Connection
By now you may have heard we had a unique keynote presentation Tuesday at PLM Connection. Typically customers speak about what is happening in their business and how they are apply PLM technology to address those issues. This year we invited Jane Oates, the assistant Secretary of State for the Department of Labor’s Workforce Training and Administration, to speak about closing the technical workforce gap. She spoke to many Siemens PLM customers at the event, noting:

“What I heard from the business people was that PLM was the connector…technology has enabled us to build partnerships that geography stood in the way of before.”

Here is our video interview:

Click here to view the embedded video.

Jane emphasized the role community colleges play in closing the technical workforce gap:

“The community college system is everywhere.  They are much more flexible in adapting their curriculum. I believe they speak more fluent business… I think they are going to be the go-to people…It’s not about courses alone but how you put them together to gain the right credentials to have buying power in the workplace.”

“What Siemens is doing as such an incredible corporate citizen, a $65 million investment… the difference that is going to make to the Iowa economy. The idea of making this best practice and seeing where it can go to scale, I think it is amazing…(the curriculum) is exactly the right thing. The right mix of academic courses…but then the reality of that project -based learning…That work-based learning was there… I think the employers will jump at that.”

Jane used to be a teacher in the Boston and Philadelphia public schools. She has done research in human development and education. She has a bachelor’s of arts in education from Boston College, and an master’s of education from Arcadia University. I also found out she is a speed reader – having taught speed reading over the summer teaching vacation. I asked her what she would say to encourage students to consider STEM-related careers:

“Understand that the things that you like to do like gaming and simulation are real jobs. Look for them…there is not a person in the world who would not be intrigued by that.”

She pointed out that we’ ve got to listen to young students who might be thinking a little farther out of the box than their teachers. High school science teacher Lisa Harding noted this in our interview. It was one of her students who pushed the school to start a science club and get into robotics competitions.

While Siemens PLM works with academic institutions to grant software licenses, there are still costs for space and hardware. Iowa Western has raised $1.4 million so far through outreach to the local community. Jane encourages community colleges to apply for DOL’s multi-year assistance grants .

If you want to hear more details on the Design Technology program at Iowa Western Community College, stay tuned, I interviewed instructor Joe Vanstrom and will share that shortly. In the meantime, remember you can download the white paper and curriculum we’ve made available.

- Dora

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03:29

Day 3: Tecnomatix Track – Afternoon Sessions at PLM Connection 2012

Here’s the recap:

We kicked off the afternoon sessions with an update from Todd Bengtsson, Director, Manufacturing Business Group – Automotive.  Todd presented a Robotics and Automation technology update.  Faced with increasing complexity in product and process, automation is a critical enabler for flawless launches and greater flexibility, so the importance of these solutions is growing along with their capabilities.  From single-robot offline programming to entire line simulation with full device behavior is the trajectory these products have taken.   We are now able to provide the tools and collaboration for multiple disciplines to commission systems well before they are built and ramped-up on the shop floor.  Smart components, event-based simulation and actual connection to physical hardware such as PLCs, HMIs and safety interlocks means launch time is reduced, having a direct impact on time to sellable product.

 Next, Bryan Carr, Solution Consultant, walked us through the advances we’ve made by tighter integrations for layout and optimization of the plant floor.   Bringing layout information into a single data model where it is fully associated to product, process and resource information increases collaboration and delivers the results necessary for optimizing the efficiency of your capital investments.  Plant Simulation, the discrete event product for Tecnomatix, can now leverage the rich information in Teamcenter, including the 3D layout in JT, drastically reducing the time it takes to build a simulation model.

Kishan Chalumuri from Caterpillar then showed us how CAT is using virtual factory technology from Siemens under a CAT specific framework for standardizing workflow and data requirements.  Combining both, CAT has been able to reduce build issues by 60%!  To achieve these results, CAT implemented a gated process that starts with the voice of their internal customers, performs meta and 3D data analysis, execution and feedback for continuous improvement.  The extent to which CAT is using the 3D factory tools was amazing.  The 3D information is leveraged at multiple immersive systems sites to increase collaboration from Peoria to India.

The final three sessions of the day started with Unur Olgen of Production Modeling Corporation (PMC) who took us through a fascinating case study of a metal stamping plant.  Using a combination of our Plant Design and Optimization toolset, PMC extracted over $4 million in cost per year for their client.  Starting with static analysis of material flow to gather basis calculations of required material movement equipment and anchor points from factory layouts, they moved to our dynamic tool, Plant Simulation to dig into the details of indirect labor activity and material flow for current and future state operations.  The dynamic simulations allowed them to model fluctuations in material handling utilization, press availability and changeover, including scenarios of resource contention (which popped up quite often within a shift).  The result was significant not only in dollars but in efficiencies within the press and assembly operations across the plant.

Then Dr. Ulrich Raschke presented some of the latest enhancements for our human simulation solution Jack and talked about role Jack is playing in PLM.  From occupant packaging, to product design, through manufacturing and service operations, Jack gets around.  Ulrich highlighted a new feature just released; human fatigue analysis based on the Garg energy expenditure equations.  Now Jack can account for stress load, length and recovery which is important in repetitive tasks that fatigues workers.  It wouldn’t have been complete without a live demonstration of the MS Kinect integration with Jack.  Yours truly stood in front of the Kinect device and flew around the virtual environment, then stopped and performed some activities while the screen showed Jack’s eye view and stress on joints and back.  The cameras in the room came out for that one, but not for me!  Ulrich ended by showing us movies of motion capture by the latest technology which includes accelerometers which stream more robust information for life-like movements.

We finished Day 3 with a cool session from Rick Kozycki from the U.S. Army Research Laboratory.  They utilize the Jack human model for simulating the warrior’s workspace.  You can imagine the challenges they face as they must accommodate a human model with all of the equipment the modern soldier requires to operate in-theater.   From ingress and egress from armored vehicles to operational requirements based on stringent military standards which must be met by contractors before they’re given the go-ahead.  It’s been an evolution for the Research Laboratory and there are more limitations to overcome.  Standards established by the military are now out-of-date because the modern soldier now has much more equipment to carry; armor, hydration packs, ammunition and medical supplies. However, the U.S. Army Research Laboratory knows that the sooner they can capture issues, the less costly military programs become.  Jack is a world-class soldier.

That’s it for tonight, more from PLM Connecction 2012 in Las Vegas tomorrow.

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May 09 2012

19:32

Day 3: Morning Update from the Tecnomatix Track at PLM Connection 2012

We kicked the morning off with three, well attended sessions.  The customer speakers of course were the main draw, talking about Manufacturing Change Management at GE and Visual Work Instructions from Cortona3D.

Vodela Venkata, Product Manager for Manufacturing Process Planner (MPP), started with a deeper dive into the latest capabilities of planning production in Teamcenter.  Highlighting the configurable UI we call Dynamic Framework, Vodela showed us how users can gain efficiencies by configuring their desktop to show just the information they need for the task at hand.  Diving further into enterprise bill of process, which Alan Baumgartner from Ford spoke about yesterday, showed the power of MPP to handle the complexity of global production planning.  Then we got a glimpse into the new area of Shop Floor Planning.  Our direction here is to synchronize central office manufacturing engineering more tightly with shop floor operations.  Stay tuned.

Next, Kevin Thompson of General Electric walked the audience through how GE’s Engineering Tools Center of Excellence has leveraged the power of their Teamcenter infrastructure to develop standards-based engineering and manufacturing change management. He spoke of the challenges GE was having with multiple plants managing their own workflows for change and the inability to connect manufacturing issues to engineering changes.  Leveraging workflow and change management, they’ve developed a standard process to capture issues and problem reports when and where they happen, package the information needed to address the change and route it to the responsible organization.  From engineering changes to manufacturing documentation, the process is virtually automated and fully in control.

Finally, Connell Gallagher, President of Cortona3D, closed out the AM track with a comprehensive view of the Cortona3D integration with Teamcenter.  The rich information environment of Teamcenter, including bills of material, bills of process, tooling and of course product, combined with the inherent data management capabilities such as effectivity, drives considerable efficiencies, according to Connell.  The Cortona3D Rapid Author application can read all this information through PLM XML to quickly author textual and visual work instructions.  The flexibility is there to filter content to make sure your only sharing the information needed making it easy to control who gets what information.  This is especially valuable for outsourced components and things like ITAR compliance.

I’ve had discussions with several people yesterday and today and one theme in common is coming out; once the manufacturing people start getting access to the Tecnomatix tools, they quickly realize the value and start to demand more!

More to come.

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15:43

Tecnomatix Track Day 2 @ PLM Connection Americas 2012

Recap of Day 2:

Uli Rossgoderer, Director, Product Management kicked off Day 2’s Tecnomatix session with a comprehensive overview of the Assembly Planning solutions.  He made it clear that the manufacturing engineering solutions are tightly integrated to product engineering through four key functions: Plan, Validate, Document and Execute.

Keying off some of Chuck Grindstaff’s core messages from Day 1: intelligently integrated information, value added applications, the user experience and system performance, Uli described some of the latest features in the latest release of Tecnomatix, as well as some of the upcoming features destined for future releases.

While attendees at PLM Connection come to hear from the executive team, product managers and technical resources of Siemens PLM Software, the overwhelming value of this conference comes from the customers who take time away from their responsibilities to speak about their use of our digital manufacturing technology.   So to all customers who are here supporting the event, hat’s-off and thank you for making every PLM Connection a huge success.


Speaking of customers, we were lucky to have Alan Baumgartner, Technical Leader, Virtual Manufacturing for Ford Motor Company, speak about one of the key new features just released, enterprise bill of process.  Alan described the pressure and complexity of planning and implementing global production strategies in the way that only Alan can.  Describing Ford’s business model for manufacturing as product and process convergence, how standard components and processes across vehicle lines improves commonality which in turn boosts quality, flexibility and efficiency across their production footprint.

Next we had Soumyadeep Basak from Honeywell Aerospace describe the implementation of EWI or Engineering Work Instructions as an integrated value-add to their Teamcenter manufacturing environment.   Honeywell went through several cycles of testing other solutions to help manage documentation for shop floor processes but each one came with some aspect that required too much manual intervention which increased the risk of non-compliance to regulatory standards.  With EWI, Honeywell has virtually eliminated manual intervention, the inefficiencies in having to check if it’s the latest revision and driven an easily deployable solution to their production environment.

After lunch, we kicked-off an afternoon focused on our quality solutions.

Al Hufstetler, VP, Product Management described our strategies in this space and the explicit value that PLM based quality delivers.  Al described some research done by the Boston Consulting Group about a gap that many companies face between the expected value and the actual value of a new product launch.  By far, the largest contributor to this gap is design and manufacturing quality.  Al made the point that quality and PLM brings the design and manufacturing domains together in the most effective way possible in order to address this gap.

 Next we heard from Matt Taylor from Raytheon Missile Systems.  Raytheon has very complex issues to overcome when designing and manufacturing these systems.  Model check in CAD solutions isn’t enough.  Tolerance check on the design isn’t enough.  They’re utilizing every millimeter inside these weapons and they know that variation introduced in manufacturing can cause major issues.  So Matt described how Variation Analysis (VSA) is helping Raytheon to design more robust components and eliminate issues on the shop floor.  He went on to describe how Raytheon is also using Process Simulate to ensure manufacturability by simulating the assembly process in these very confined spaces.

Our final customer of the day was Lori Russell from GM.  Lori’s presentation described the implementation of a global system for managing build quality, a first in the industry.  This is significant and the importance was not lost on the audience as she described how over 60 production facilities, GM and JV plants, are now flowing as-built dimensional quality information through our DPV solution.  Replacing about 15 unique solutions which made it very difficult to see and compare production quality between vehicle platforms and plants, GM now has the ability to see quality from any plant, on any program, from anywhere in the world.  DPV gives GM design and assembly engineers the critical insight they need to fix quality issues faster and identify their best quality processes which can then be implemented across the globe.  They currently have three thousand users and expect to double that amount very quickly.  According to Lori, this is GM’s one-stop shopping, problem solving solution which is helping GM to continually improve their world class quality across the world.

Thanks you all of you who helped may Day 2 a success.

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May 08 2012

14:43

Kinecting Microsoft and Siemens PLM Technology

IMHO, one of the most inspirational keynotes yesterday came from Simon Floyd, Director, Innovation and Product Lifecycle Management Solutions at Microsoft. Simon, @floydinnovation, began with this video.

Click here to view the embedded video.

How many embedded technologies have you encountered? I counted 25 out of 45 that I have personally worked with and I didn’t even count the Siemens mention ;-)

I caught up with Simon in the Microsoft booth later in the afternoon yesterday. We had a fabulous conversation about what Microsoft is doing (in partnership with Siemens PLM) to add value for users. He was kind enough to provide this video.

Click here to view the embedded video.

While Simon and I were chatting, my colleague Andy started driving the Fiat car and I captured this video. So how does this relate to PLM? It’s not so much about gaming, but the underlying technology and the application for real world use cases. The example that even my mom can understand is a doctor who is in surgery. While operating on a patient, you wouldn’t want him to stop and flip through paper-based MRI or XRay results. If he can simply turn around, swipe his hand in the air to flip through the results, this provides the most effective (and healthy) way a doctor can have all the information at his fingertips (pun intended).

Click here to view the embedded video.

About halfway through the video above, Simon mentions our Tecnomatix Jack product is using this today. I did see a tweet from Tim Egloff yesterday about a demo he did and Tecnomatix’s use of the Kinect tecnology. We’ll wait for his report. For now, check out the Kinect Effect video that Simon also shared.

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13:21

Tecnomatix Update: Smarter Decisions, Better Products.

Tecnomatix Release Update 

With the continuing volatility of global economic conditions, manufacturers must strive to get the most out of their manufacturing investments.  Today’s manufacturing leaders are constantly assessing capability to become more flexible, more sustainable and competitive to meet opportunity when and where it arises.  This requires the determination to continually assess production capability in the most efficient means possible.

With the latest release of Tecnomatix 10.1, we’re taking on the complexity of planning global production strategies, improving the ability to assure worker productivity and safety, and driving higher value solutions for optimizing production and improving quality.

This release brings to market the latest in digital manufacturing solutions, which work together to power your manufacturing productivity in a changing world.

The latest enhancements deliver comprehensive insight through five key capabilities:

PLM for Manufacturing
A brand new product built on our Teamcenter-based process authoring tool, Manufacturing Process Planner, further improves collaboration for planning product build strategies whether over multiple plants or within a single plant.  View a video on Enterprise Bill-of-Process here.

Efficient Planning
Advanced Assembly Planning also includes a new line balancing application which allows our customers to balance their production lines using simplified drag and drop capabilities and validate manufacturing constraints and precedence.  This is a new capability for manufacturing process authoring on Teamcenter.  View a video on Line Balancing here.

Optimized Systems
With the latest addition to our Plant Simulation solution, VSM Library, you have the power to create value stream maps of your production systems from a new library of components which are tied to the discrete-event analysis engine.  This is a brand new weapon for our customer’s lean toolkit!

Enhancements to the 3D environment for Sankey diagrams improves configurations for visualizing multiple products, curves and transport quantities while performing discrete-event analysis 

Proven Validation
With the latest enhancements of our Process Simulate solution, we deliver functional improvements through a new Calibration application, Virtual Commissioning performance improvements and better integration with Siemens SIMIT software. Also, we’re improving ease of use with an enhanced robot jog dialog and better control and visibility of continuous manufacturing features.  

Lifecycle Quality
Fully integrated to Teamcenter, the latest release of our lifecycle quality solutions increases the fidelity of dimensional analysis in design while streamlining your ability to manage global production quality.  Now you can visualize feature variation through an FEA analysis mesh and manage global production quality in an easily configured web interface.

There are many more enhancements in this latest release including a new Fatigue Analysis feature for Jack Human Simulation.

Want to know more?  Follow any of the Tecnomatix 10.1 links on this page and while you’re at it, check out our cool Tecnomatix 10 release video.

See some of the new features on Flickr or learn more about the market-leading digital manufacturing solution from Tecnomatix.

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05:13

PLM Connection Americas 2012: Manufacturing Direction and Strategy

Zvi Feuer, VP – Manufacturing Engineering Solutions kicked-off the Tecnomatix Connection on Day 1 with a presentation on Manufacturing Direction and Strategy.  Zvi’s passion for manufacturing innovation comes through loud and clear as he talks about the transformation that’s taking place in manufacturing today. 

Zvi started right away with a short, live demonstration of a Microsoft Kinect running the Jack human simulation application.  According to Zvi, it’s these types of innovative technologies and forward looking solutions that will define the factories of the future.

For those of you who we unable to attend, here’s a conversation I had with Zvi after his presentation talking about some of the latest projects for the Manufacturing Engineering organization and how digital manufacturing is enabling this transformation with innovative technology from Siemens.

 

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May 07 2012

20:39

Big Data, Openness & Using PLM To Turn Your Business Around

We’ve wrapped up the morning keynote sessions at #PLMCONX. We heard from Chuck Grindstaff, IBM, oil and gas company Baker Hughes, Microsoft, Boeing, Mercury Marine & HP. I caught up with Jim Brown from Tech-Clarity during the coffee break to get his thoughts on what he heard.

Click here to view the embedded video.

I captured a few of the Tweets from the press & analysts from Twitter.

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14:49

Welcome to the fabulous Las Vegas and #PLMCONX

This week, the Siemens PLM Blog is dedicated to covering the 2012 PLM Connection event in Las Vegas, our annual user event for the Americas. It’s fitting the last post was our Chat with Chuck series and we start today with a welcome message from Chuck.

For all those on Twitter, you can follow the event hashtag #PLMCONX

Click here to view the embedded video.

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May 04 2012

20:58

From the Desk of Chuck Grindstaff

I wanted to share a podcast Dora and I just recorded. We cover a number of topics on this one, including what led me into a STEM career, what’s happening in emerging markets like Russia and China, what to make of the Codex of Openness initiative and what’s happening with our industrialization efforts. Let me know if you have any questions about these topics. I look forward to talking with many of you next week at PLM Connection Americas.

If you’re not there, stay tuned here for updates from our blogsquad.

Chat With Chuck Podcast

- Chuck

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19:16

The Topic of Lean Manufacturing: Part 2

In the first post of this series I posed three questions to ask yourself of your lean manufacturing strategy.  I responded to the first question of whether you were implementing waste in production; i.e. are you planning, designing and installing production systems that are not as lean as they could be? 

My argument was that, yes you are if you’re not using technology which can help you plan, simulate, validate and optimize those systems before you implement them.  “The challenge starts,” according to Andy Jacobs, General Manager at Applied Manufacturing Technologies (AMT), “in the design of production systems.”  He goes on to explain; “There [are] a multitude of factors to consider when designing automated systems and the complexity of options available today make process design a critical stage in building lean systems.”

It’s a challenge that is only becoming more complex.  Market fluctuations, competitive threats and increasing demand for raw materials and energy requires getting the most out of your manufacturing investments.  It’s no longer enough to improve the productivity of a purely capacity-driven model; you need to constantly assess capability to become more flexible, sustainable and competitive in the most efficient means possible.  This is where the second question comes in; are you maximizing your return?  In other words, are the efforts and costs of your lean manufacturing initiatives providing the highest return they can?

There is no doubt, lean methods can and do deliver value, however traditional strategies focused on optimization of existing systems typically means that a team is sent down to the shop floor to focus on a particularly costly work cell or one that seems to have the biggest issue in terms of throughput or quality.  Many times these efforts lead to physical prototypes or mockups which at best provide limited or stepwise functional assessments.  There are three very distinct issues with this approach which can make it extremely hard to fully understand the impact of complex changes to the system:

  • Limited visibility to alternatives
  • Fewer iterative cycles and
  • Change can drive more waste to other areas.

 

Of course most lean strategies don’t begin so simplistically.  Often, the first step is the creation of a value stream map in order to understand inputs and outputs, validate product and process flow and apply standard work practices in order to more clearly see waste in the system.  Although I would argue that if you’re using a process diagram or Excel file, you’re still confined by the above issues.

This is where digital manufacturing technology can provide enormous benefits.  One simple example; imagine the ability to create a value stream map in a digital environment.  Not just a single work cell, but the entire system.  Even if your lean gurus are ambitious enough to do this with a process diagram or spreadsheet, the best they can hope for are static representations of alternative solutions and less than optimal iterations (validations) of the alternative configurations.     

Today’s digital manufacturing technology not only streamlines the creation of a value stream map, we can now analyze the system with a discrete-event engine.   This means that the number of alternative scenarios and iterative cycles are virtually limitless and that you can see the impact of change across the entire system without being on the shop floor or interrupting production. 

Better results?  As CIMdata puts it in a paper, Rethinking Lean with Digital Manufacturing; “One of the benefits of making as many of these decisions in the virtual environment as possible is that it allows manufacturing engineers to evaluate multiple, potentially radically different, scenarios without the expense of physical equipment or mockups.”  

I’ve barely scratched the surface of how digital manufacturing technology can maximize the return on investment of your lean initiatives.  There are tools which help to increase worker productivity, safety and morale; analyze material flow and transportation logistics; commission automated systems by virtually validating their controls and hardware interoperability; the list goes on.

So stay tuned as I approach the third question in my next blog post: Are you driving continuous improvement?  Until then: keep it lean and green!

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May 02 2012

19:55

Medicine for your IT Migraine – Teamcenter now on IBM PureSystems

Guest blog post by Dave Mitchell
CTO, Teamcenter product development

IBM’s infographic above notes on average more than 70 percent of IT budgets are maintenance focused. This is something I frequently hear from customers. It can make innovation tough.

It’s why we work with partners like IBM. Maybe you saw IBM’s recent announcement on its new product family called PureSystems. They provide what the industry is now calling “expert integrated systems.” They integrate general-purpose system flexibility and cloud elasticity with appliance simplicity tuned to workload. It’s a pretty compelling combination.

Teamcenter now runs on IBM PureSystems – specifically IBM PureFlex – which provides a private infrastructure as a service (IaaS) foundation that can be deployed outside or inside a company’s firewall.

This can help our customers accelerate private IT deployments, optimize IT utilization, streamline administration and ensure mission-critical reliability. IBM PureSystems capabilities provide an elastic environment that enables organizations to more easily expand or contract their Teamcenter deployments.

We’re also working on introducing support for the IBM PureApplication component of IBM PureSystems. We’ll let you know when it’s ready.

You can check out more on PureSystems on the IBM PureSystems web site. We think it will dramatically reduce IT headaches. Take two and call us in the morning ;-) . Seriously, let me know if I can answer any questions about Teamcenter on IBM’s latest technology.

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19:01

Meet FIRST Robotics Science Teacher Lisa Harding

Just before the FIRST Robotics Championship last week I sat down with Lisa Harding, a chemical engineer and science teacher at Westminster Christian Academy. Lisa has so much passion for her students, their school and the FIRST Robotics program, that it was hard to edit down our great conversation into to YouTube-sized soundbites. So here are three clips of our conversation discussing how they got started, how their team works, and how they won the Rookie All-Star award at the regional competition.

Click here to view the embedded video.

Lisa notes that the program brought out kids she didn’t know were interested in science. She says the team members are very diverse in their skills and talents. It’s part of the beauty of FIRST – it brings engineering and science together with art and business interests.

“This program bridged so many different areas of our school.”

Click here to view the embedded video.

Lisa says she knows it’s cliche to say it’s “life changing”, but it is:

“We’ve inspired people to consider engineering… It’s become more appealing… It’s certainly broken stereotypes about what engineering is… It’s become personal now and they’ve opened their minds to working at that as a potential future career.”

Lisa notes one of the things she loved about the program is how it bridges social, gender and class groups. Then at competitions, this went to the next level with cross-team collaboration. FIRST calls it CooperitionTM:

“displaying unqualified kindness and respect in the face of fierce competition. Coopertition is founded on the concept and a philosophy that teams can and should help and cooperate with each other even as they compete.”

Lisa describes it this way:

“Teams were rushing to lend tools and not just tools but expertise… not only did you build a really good robot and come to the competition and perform well but you had that sense of being able to help other teams do the same.”

In this next video, Lisa talks specifically about the Rookie All-Star Award the team won at regionals.

Click here to view the embedded video.

As I mentioned in my post on team mentor Tim Terlouw, thank you to folks like Lisa and Tim who inspire students to consider careers in STEM. Even if you’re not ready for FIRST, you should try Lisa’s 101 ways to kill a peep with science to get young students engaged ;-)

- Dora

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17:50

NX CAE Tips & Tricks – FEA Workflow Part #3

After a brief tour of the user interface and some essential geometry idealization in Part #1, we meshed the bracket, constrained it, and configured two distinct load cases for evaluation in Part #2. Now comes the real fun – executing the model, and reviewing the results! The following video illustrates the sheer simplicity of solving a model in the NX Advanced Simulation environment. In fact, in many cases you can be well on your way to results in under 5 mouse clicks -  easy as pie, one might say. Don’t forget to take advantage of the so-called ‘element iterative solver’ option, for more rapid convergence of models comprised mainly of solid elements. Click on the video to commence playback.

Click here to view the embedded video.

     Solving the Model

Now that the model has executed successfully, let’s load the results. This too is a breeze, with intuitive drop down menus that allow you to graphically impose the quantity of your choosing directly on the geometry. Note that the geometry is also deformed in accordance with its solution, allowing you to instantly visualize the physical consequences of the imposed loads. Pay particular attention to the option of displaying average element nodal results, which facilitates the appearance of smoother transitions across element edges.  Click on the video to commence playback.

Click here to view the embedded video.

     Post Processing

Finally, I’d like to introduce you to a slick feature that allows you to turn your analysis into a report that can be conveniently shared, and deployed to non-users. Note how the report auto-populates with key background information and a summary of the results. Also, pay attention to the nifty snapshot command that allows on-the-fly capturing of post-processed images for inclusion in your report. Click on the video to commence playback.

Click here to view the embedded video.

     Report Generation

And there you have it - a complete workflow for FEA analysis in NX Advanced Simulation. Was this series helpful to you ? Leave your comment below.

If you’d like to see what else you can do with NX for Simulation, check out our monthly webinar series. It is comprised of two themes that alternate each month – NX CAE Practical Applications and NX Nastran / NX CAE Solutions Forum. You can sign up for the next scheduled webinar, or enjoy on-demand viewing of past ones at your leisure.

Mark

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14:01

Meet FIRST Robotics Mentor Tim Terlouw

Josh and Mr. T

Cyborg Cats engineers Lauren Moore and James Zandstra mentioned the Boeing mentors who helped them in the build of their robot. Those “real life engineers” are key to the FIRST experience for any team. Pictured above is Tim Terlouw, a senior engineering manager at Boeing and father of two students at Westminster. He a long-time NX and Teamcenter user who brings a wealth of product and process knowledge to student engineers.

Click here to view the embedded video.

It was good to hear Tim talk about data management and the need to expose the students to systems engineering as well as collaboration tools like Teamcenter Community. Here is another video Westminster did earlier in the year with both Tim and Paul Degroot, one of the adult leaders of the Cyborg Cats:

Click here to view the embedded video.

Tim and Paul shared with me that Boeing encourages mentoring, including donating dollars for volunteer hours to community projects. They’ve put in 300 hours of mentoring so far this year. Tim and Paul were two of more than 5,000 mentors and coaches who were at the FIRST Championship last week. Kudos to all of them for sharing their time and talent. They are inspiring so many to consider engineering as a career.

- Dora

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May 01 2012

20:04

Meet Future Engineer James Zandstra

Brandon and James

Meet future engineer James Zandstra (on the right) working on the Cyborg Cats bot. James is a junior at Westminster Christian Academy. I joined him and his teammates on the floor during one of the matches last week. It was interesting to watch their anticipation during the first 15 seconds, called the hybrid portion, before they can take to the controls of the robot.Here James gives an update on several matches and what he is getting out of FIRST:

Click here to view the embedded video.

In his team essay James wrote:

“I have always enjoyed building things. I’ve been fascinated by tools and machines since I was old enough to walk. Outside of school, I am either in the middle of building some new device or dreaming about what to build next. I enjoyed FIRST as an opportunity to work with mentors from Boeing to learn about the strategic process that is used professionally to keep engineering teams organized during projects. The most important lesson I learned while working with our mentors is that documentaiton and organization are important… it was not until I worked with Boeing mentors on a FIRST team that I learned extensively about working with other people and making decisions as a team.”

Here are a few pics of James in action:

CyborgCats pit

Adjustments to the compression plate.

Cyborg Cats on way to Match

James highlights how FIRST encourages Gracious ProfessionalismTM. That was pretty amazing to see in action in the pit area where teams help each other out with spare parts and tools and expertise.

From FIRST’s website:

“Dr. Woodie Flowers, FIRST National Advisor and Pappalardo Professor Emeritus of Mechanical Engineering, Massachusetts Institute of Technology, coined the term ‘Gracious Professionalism’… It’s a way of doing things that encourages high-quality work, emphasizes the value of others, and respects individuals and the community. With Gracious Professionalism, fierce competition and mutual gain are not separate notions.”

It’s clear James is on his way to becoming a gracious professional mechanical engineer.

- Dora

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15:39

Meet Future Engineer Lauren Moore

CyborgCats pit
Last week at the FIRST Robotics Championship, I met Lauren Moore, the project leader of the Westminster Cyborg Cats - pictured in the center of the pit picture above. Lauren is considering a future in biomedical engineering after her experience in FIRST.

Click here to view the embedded video.

Lauren notes in her team essay:

“Our Boeing mentors began teaching me how to be the systems engineer for our team, instructing me the skills their systems engineers use daily to work for Boeing. I managed our integrated master schedule, our bill of materials, our engineering notebook…. I love being organized and getting the job done to the best of my ability, and FIRST has provided the quintessential outlet for my passion… I have learned many new skills, and this process has sparked an interest in engineering in me that I never considered before. I may even major in biomedical engineering in college.”

One of the things that impressed me about Lauren was how calm she was amidst the chaos during the competition. A good sign she will be a strong project leader in the future!

Lauren is also quoted in these article in the local news:

Stay tuned for my interview with one of the Boeing mentors.

- Dora

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13:25

Meet Future Engineer Ryan He

Last week at the FIRST Robotics Championship, I met Ryan He. Ryan is a Westminster Cyborg Cat and teammate of Jonathan Bopp. I talked with Ryan after each of the first two matches. It’s interesting to hear the various roles and talents each member brings to the team and competitions. Ryan plans to go into mechanical engineering. His role on the team helped him work on skills in strategy and public relations. 

Click here to view the embedded video.

Each match lasts just two minutes and 15 seconds. Then it is back to the pit for adjustments and strategizing the next match. Here’s a pit pic with Ryan in the back near the schedule board.

Cyborgcats pit

Ryan had this to say in the team’s essay for judges:

“I never thought one activity could make such a huge impact on my life of the graphic design team for the Cyborgcats. Thoughout the six weeks, I found out that FIRST is not a competition only designed for engineers and programs, but also a stage for people who are artists with creative talents. As a leader, I try to make everyone in my team feel highly engaged, because in FIRST, instead of working as individuals, we are a team…Six weeks seems pretty short, but I learned skills quickly, and it was long enough to confirm my dreams of being an engineer.”

See more pictures from the event on our Flickr page and stay tuned for a few more interviews from this robotics competition.

- Dora

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