The construction industry is facing several challenges and drivers: access to qualified labour, rising material cost and margin squeeze are just a few.
Through the power of modelling and simulation, we can now significantly reduce the expense and time spent on developing and testing new drugs and medical devices.
High-tech is part of our daily lives, so much so that we take it for granted. We use mobile phones that are more powerful than the technology used to land a man on the Moon.
As every machine becomes connected to collect and transmit data, it’s important to know how to turn this opportunity into real value for your company and your customers.
We craft ships, a complex combination of technological systems, which must safely operate in a very hostile environment, keeping their precious cargo of people or goods safe.
Today, simulation software enables companies to optimize electric and hybrid vehicles, ADAS systems, and self-driving cars by exploring uncharted territories.
With Ansys Battery Simulation, you can achieve better performance, longer battery life, and reduced costs while accelerating the product development process.
One of the key applications of Fluent is in the field of combustion modelling, where it is used to model and optimize the combustion processes in various industries.
Heat exchangers have been used for many years in different applications. Typically we find them in HVAC, refrigeration, power generation, and chemical processing.
The mixing process is an integral component of the process industry, with a wide range of applications utilized to create tailored products that meet the diverse needs of various industries and customers.
Ansys Rotating Machinery application provides advanced software that assists in the design of various types of rotating machinery equipment and enables rapid iteration and improvement of designs.
The energy landscape of our world is currently undergoing a major transformation, towards more sustainable and environmentally-friendly energy sources.
With Neural Concept, design and verification workflow can be improved at least 2-10 times by training a Neural Network with existing data for designs and simulations.
Computational Fluid Dynamics (CFD) simulation products are for engineers who needs to make better and faster decisions and can help reducing the development time and efforts while improving your product’s performance and safety.
Materials information is crucial in engineering and manufacturing as it enables informed decisions. In simulation and modeling, precise materials data is needed to accurately predict real-world behaviour.
Ansys offers structural analysis software solutions that enable engineers of all levels and backgrounds to solve complex structural engineering problems faster and more efficiently.
As supplier of Digital Lab solutions it is natural for us to maintain a strong connection with academic institutions, students, teachers and researchers across the world.
Ansys Startup Program, provided by EDRMedeso, gives you full access to simulation software bundles that are built and priced to help entrepreneurs grow their business quickly and cost-effectively.
All our services are designed to help our clients increase their competitive edge, reach their sustainability goals, and leverage cutting-edge technologies.
Since day one, our customers have been at the centre of our focus. Whether we’re taking care of our existing users or onboarding new customers into our yearly care cycle – quite simply – nothing is more important to us than you, our customer.
At EDRMedeso you learn from some of the industries top experts in their respective fields. With over 1500 collective years of experience in simulation, we provide a host of training sessions to suit your organizations needs
At EDRMedeso, we want to help you in innovating the future. Here you’ll find our upcoming webinars, events, trade shows and seminars, designed to help you maximize your engineering potential.
The only forum for executives and thought leaders to discuss and share cutting edge technology strategies designed to win in the rapidly changing environment!
Tetra Pak and Novo Nordisk – Virtual Simulation Leadership Forum
Share
Marcus Oledal, Ph.D. – EDRMedeso, Head of Business Innovation
Simulation Leadership Forum is the only virtual forum for technology executives and thought leaders to discuss and share cutting edge technology strategies related to simulation designed to win in the rapidly changing environment!
In the past the Forum has been limited to an annual, physical live discussion forum. With the ongoing situation we are shifting to a virtual forum where we offer an opportunity to gain access to brilliant industry and technology insight without leaving your office or the comfort of your home!
After a six-week break, Simulation Leadership Forum returned with new energy and once more, a great lineup of speakers. With almost 300 registrants it was with much enthusiasm that I introduced Ulf and Fredrik from TetraPak, together with Morten from Novo Nordisk!
I have closely followed the progress of both companies since early/mid 2000’s, and I had some insight into the simulation strategy work undertaken since our first meetings. And as I had eagerly anticipated, the presentations delivered by both Tetra Pak and Novo Nordisk didn’t disappoint! They contained much experience, findings and also, I believe, emerging best practices. More about that later!
Tetra Pak
First out was Ulf Lindblad and Fredrik Lago from Tetra Pak. Ulf previously participated in the 2013 inaugural Simulation Leadership Forum (or the “Simulation Integration Management workshop” as we called it back then), where he ended his presentation with a cliffhanger about the wake of simulation success. Now we were told how this was dealt with at Tetra Pak.
We held a quick survey in sync with the Tetra Pak presentation, about the stages from a vision to the new normal, and the results mirrored Ulf and Fredrik’s thoughts: It’s easy to come up with a vision, it’s hard work to realize it, but then the real challenge starts: to make it stick.
And that was the main topic of Fredrik’s part of the presentation, how did they make it stick at Tetra Pak?
It’s difficult to summarize a speech covering almost twenty years of progress and all the experience that has been gathered by the Tetra Pak team in a few words, so check out the recording instead, well worth the time!
My own two takeaways from the presentation were:
Simulation readiness, we heard the same from Grundfos during the last SLF session, and there are reasons to believe this will become part of a best practice toolkit going forward
Words matter. Instead of talking about upfront simulation, Tetra Pak instead talked about Upfront validation and Upfront regulatory compliance. Hence they manage to get acceptance of the methods from more people that more easily relate to the work done.
The conclusions drawn by Fredrik included some seemingly simple advice:
Involve the whole organization
Create a common language to unite users and non-users
Create momentum but take it one step at the time.
We spun further on the language in the Q&A session afterwards, and one observation they made at Tetra Pak, was that if the community did not agree on a common language, the downstream management got very confused and overall adoption was harmed. By sorting this out communication was much improved in all directions.
Finally the alignment of technology readiness and simulation readiness was discussed. Again the benefit of a common language was stretched. There is so much to say about this so now go and check the recording!
We concluded with a short poll about how far people are into their own simulation journeys, when benchmarked against Tetra Pak’s journey.
Novo Nordisk
Next up was Morten Nielsen from Novo Nordisk who started off at a high pace with a description of the Novo Nordisk “simulation dream” where they would be able to run a complete test program of a device in 1 hour using 1 click. That’s what I call ambitious!
Well, they are not there yet but all of the efforts that has gone into the organizational development at Novo Nordisk indicates that this is not just a dream. By identifying three levers of simulation, namely:
To make virtual testing faster
Convert to virtual testing
Use virtual testing to find optima
they are increasing the chances of achieving their ambition; Novo Nordisk has started on their journey.
An important step in this process has been to scale up the knowledge of simulation specialists to a larger audience. Today the specialists represent a bottleneck in the development work, and when the ambition is to reduce the workflow time from 2 days to less than half an hour, obviously there is no time to waste.
I had to ask Morten about his view on the many levels of complexity involved when we talk simulation democratization. It’s not only the automation of more or less complex physics, it’s also the complexity in convincing an organization that this is done for good reasons.
Check out Mortens answer in the recording to hear how they addressed this at Novo Nordisk, and how important it is for the development work that simulation is truly democratized. It’s a really nice story!
Morten then described several cases where physical testing is converted to virtual testing, some more difficult than others, and obviously an area where an understanding of simulation readiness kicks in.
In the final part of the presentation, again we understood that words matter. Through the use of simulations and the introduction of variation, it has been possible for Novo Nordisk to move from overly conservative safety factor discussions to the discourse around failure rates, the latter obviously more easy to grasp for everyone outside the specialist teams.
Panel discussion
We managed to run a very productive panel discussion which must be seen, really. Some of the topics we covered include:
What happens when top-down and bottom-up meets,
Did Covid19 strengthen the simulation community?
How “Someone else’s problem” affects the long term success of simulation initiatives
And why making a convincing cost-benefit case for simulation is such a challenge!
Ulf from Tetra Pak commented afterward that “There was a sense of us sitting in the same room having a natural conversation. I enjoyed that!”.
Well, that was heart-warming as it has been something we have worked really hard to achieve, but it’s oh so difficult these days when every single meeting is virtual. Thanks for the great presentations and participation Morten, Fredrik and Ulf!
Wrap up
This was session 3 out of 4, so only one left before we take a break for the Holidays. Many of the discussions have been related to simulation maturity in one way or the other, so here is a friendly reminder to complete the quick simulation maturity assessment if you did not do that before. The assessment can be found here:
If you want to assess your company, we can set up company-specific assessments for you. Feel free to reach out to me at Marcus.oledal@edrmedeso.com and we will set this up for you.
With that, the 3rd Forum session is closed, and we look forward to conclude the 2020 simulation leadership sessions on December 9! We will then meet GKN, Linköping University, and Gothenburg Business School. Until then, take care!
Question 1: I did not 100% follow your arguments for why early insights using simulations does not pay off. Could you please eloborate on this?
Answer 1: The message was that frontloading simulation pays off! However, the savings is often seen in later phases of product development whereas the cost is seen directly. Depending on how your organisation is set up the implication might very well be that the people that is hit by cost increase will not see the savings in their budget. This effect might in reality hamper frontloading even though most people agree that it is in principle desirable.
Question 2: Were you able to make the designer process flexible enough so they can run whatever they invent, yet closed enough so they don’t change the process, parameters etc… which would lead to incorrect conclusions?
Answer 2: We rely so far mostly on tools for the Mechanical Designers within or near the CAD enviroment to be able to have a smooth workflow with geometry associsation
Question 3: Are the simulations small enough that they can run them on their workstations, or do they send all jobs to a central cluster? and in this can what tool do you use for managing the pipeline of jobs into the cluster?
Answer 3: Most calculations done nt Mechanical Designers are performed at their workstations. Some jobs are sent to bigger “workstations”. There are a demands for more computational power but still the jobs are not sent to our cluster. Investiigation will be done forward how this could be done in a smart way even for Windows applications
Question 4: It seems that the skill level of the designers is kept very low – one button click simulations. Did you consider an intermedaite usergroup?
Answer 4: Its a mix today. The majority of simulations performed by Mechanical Designers today are done by designers that are quite skilled.
Question 5: Integration into prodocu development often fails because of the struggle of power and influence. Simulation engineers learns quickly about the design, and then the old gurus are not longer the people they can turn to get the truth about the product. How do you handle this people challenge?
Answer 5: Handling people is of course not the role of the CAE community. However, as the question point at there is a shift of competence in general when M&S is implemented and in particular when it is pushed in the latest sense of system models and digital twins. The model/models might very well become the carrier of the companies cumulative knowledge of their products. This is to my experience not fully understood or at least not acted on by most management teams. Model based system engineering, e.g. is a growing field in academia but is not that spread in industry to my knowledge. What we can do in our community is to ensure this topic is discussed and try to be as concreate as possible and show examples of this to our own organisations.
Question 6: Do you have KPI on how many method you incease to a higher readyness level? Typically, the difficulty to reach higher readyness is increasing, how do you reach the highest levels?
Answer 6: The KPI:s is often on a higher level, meaning that the model supports a project goal with a KPI. Reaching the highest level of MRL can only be achieved if the PD project has taken the model to the center of it’s activities and incorporate it in the latter phases of the product development. Thus this is an organisational response and it would be difficult to set this as a KPI on a M&S community.