Podcasts about sysml

Broadcast date: April 24th, 2025, 19:00 CET When you think MBSE, you might think SysML right away—but what about MBSE without SysML? In our next episode, we sit down with a guest, Joshua Feingold from Occam Systems, a company that helps organizations source specialty chemicals—from flavors and fragrances to pharma ingredients and adhesives. But how... Der Beitrag Episode 57: Non-SysML MBSE for Chemical Sourcing erschien zuerst auf The MBSE Podcast.

How is the Object-Oriented Systems Engineering Method (OOSEM) evolving in the SysML v2 era? What role does it play in advancing MBSE methodology? In our upcoming episode of the MBSE Podcast, we discuss the future of OOSEM, its integration with SysML v2, and its alignment with standards like ISO 15288. Our guests are SysML Creators, MBSE Pioneers, and MBSE Experts: Sandy Friedenthal, Andrew Muxen, and Ryan Noguchi! Der Beitrag Episode 55: OOSEM with SysML v2 erschien zuerst auf The MBSE Podcast.

Broadcast date: November 21st, 2024, 19:00 CET In this episode, we discuss the world of SysML model simulation with Brian Moberley, a renowned expert in the field and co-author of AI-Assisted MBSE with SysML with Doug Rosenberg and Tim Weilkiens. His YouTube channel MBSE Insights has more than 3000 subscribers: http://www.youtube.com/@brianMoberley. Brian shares his insights into... Der Beitrag Episode 51: Simulation of SysML Models with Brian Moberley erschien zuerst auf The MBSE Podcast.

n this episode, we cover the future of modeling with SysML v2 and explore the powerful open-source tool SysIDE from Sensmetry. Our guest, Juozas Vaicenavicius, CEO of Sensmetry, joins us to discuss how SysIDE provides SysML v2 modeling. We will discuss SysIDE's features, focus on textual notation, and use cases. Der Beitrag Episode 48: Open Source SysML v2 Tool SysIDE with Juozas Vaicenavicius erschien zuerst auf The MBSE Podcast.

In our next episode of the MBSE Podcast, we will spotlight the upcoming open-source SysML v2 modeling tool, SysON. We will discuss its features and how it aims to support system modeling. Der Beitrag Episode 46: The Open Source SysML v2 Tool SysON with Axel Richard and Jérémie Tatibouet erschien zuerst auf The MBSE Podcast.

Tune in for a compelling discussion on the advancements in MBSE and the critical role of formal verification in designing deterministic and error-resistant systems. Der Beitrag Episode 41: Automated Reasoning for SysML v2 with Jamie Smith erschien zuerst auf The MBSE Podcast.

Broadcast date: October 30th, 2023, 19 CET  We dive into the world of MBSE and cybersecurity together with Hartmut Hintze from Airbus and the Hamburg University of Technology. We will talk about (cyber-)security and safety in the context of MBSE in general. We will then discuss in more detail the SysML language extension and method... Der Beitrag Episode 40: Cyber-Security and SecML with Hartmut Hintze erschien zuerst auf The MBSE Podcast.

One of the really new features of SysML v2 is the ability to model geometries. Let's take a closer look at that in today's episode. What exactly can I model? Can I use SysML v2 for CAD modeling now? Der Beitrag Episode 37: Geometry Modeling in SysML v2 erschien zuerst auf The MBSE Podcast.

Industrial Talk is onsite at the OMG Quarterly Standards Meeting and chatting with Sandy Friedenthal and Ed Seidewitz about "The next-generation System Modeling Language (SysML v2)". Tune in and hear more about the importance of the latest in SysML v2 and Sandy and Ed's unique insights on this Industrial Talk. Finally, get your exclusive free access to the Industrial Academy and a series on “Why You Need To Podcast” for Greater Success in 2023. All links designed for keeping you current in this rapidly changing Industrial Market. Learn! Grow! Enjoy! SANDY FRIEDENTHAL'S CONTACT INFORMATION: Email: safriedenthal@gmail.com ED SEIDEWITZ'S CONTACT INFORMATION: Personal LinkedIn: https://www.linkedin.com/in/seidewitz/ Company LinkedIn: https://www.linkedin.com/company/model-driven-solutions/ Company Website:  http://www.modeldriven.com/ PODCAST VIDEO: https://youtu.be/8MfI6Zs6zCE THE STRATEGIC REASON "WHY YOU NEED TO PODCAST": OTHER GREAT INDUSTRIAL RESOURCES: NEOM: https://www.neom.com/en-us Fictiv: https://www.fictiv.com/ Hexagon:  https://hexagon.com/solutions/enterprise-asset-management Arduino Pro:  https://www.arduino.cc/pro/ Hitachi Vantara: https://www.hitachivantara.com/en-us/home.html CAP Logistics: https://www.caplogistics.com/ Armis: https://www.armis.com/ Saviant Consulting: https://www.saviantconsulting.com/ Industrial Marketing Solutions:  https://industrialtalk.com/industrial-marketing/ Industrial Academy: https://industrialtalk.com/industrial-academy/ Industrial Dojo: https://industrialtalk.com/industrial_dojo/ We the 15: https://www.wethe15.org/ YOUR INDUSTRIAL DIGITAL TOOLBOX: LifterLMS: Get One Month Free for $1 – https://lifterlms.com/ Active Campaign: 

Broadcast date: June 29th, 2023, 19 CET  The upcoming next-generation modeling language SysML v2 comes with an API. At first, it may seem like nothing special that you can now access a SysML model via an API. But it can become a game changer in the MBSE modeling world. At least it lays the foundations... Der Beitrag Episode 36: SysML v2 API & Services with Manas Bajaj erschien zuerst auf The MBSE Podcast.

Industrial Talk is onsite at the OMG Quarterly Standards Meeting and chatting with Tim Weilkiens and Christian Muggeo with OMG Co-Chairs about "The next-generation System Modeling Language (SysML v2)". Tune in and hear more about the importance of the latest in SysML v2 and Christian and Tim's unique insights on this Industrial Talk.  Also, you can listen to their podcast, just go here for the entertaining conversation:  https://mbse-podcast.rocks/ Finally, get your exclusive free access to the Industrial Academy and a series on “Why You Need To Podcast” for Greater Success in 2023. All links designed for keeping you current in this rapidly changing Industrial Market. Learn! Grow! Enjoy! TIM WEILKIENS' CONTACT INFORMATION: Personal LinkedIn: https://www.linkedin.com/in/timweilkiens/ Company LinkedIn: https://www.linkedin.com/company/oose/ Company Website: https://oose.com/ CHRISTIAN MUGGEO'S CONTACT INFORMATION: Personal LinkedIn: https://www.linkedin.com/in/christianmuggeo/ Company LinkedIn:  https://www.linkedin.com/company/contact-software/ Company Website:  https://www.contact-software.com/en/ PODCAST VIDEO: https://youtu.be/DWXh4c9k1zs THE STRATEGIC REASON "WHY YOU NEED TO PODCAST": OTHER GREAT INDUSTRIAL RESOURCES: NEOM: https://www.neom.com/en-us Fictiv: https://www.fictiv.com/ Hexagon:  https://hexagon.com/solutions/enterprise-asset-management Arduino Pro:  https://www.arduino.cc/pro/ Hitachi Vantara: https://www.hitachivantara.com/en-us/home.html CAP Logistics: https://www.caplogistics.com/ Armis: https://www.armis.com/ Saviant Consulting: https://www.saviantconsulting.com/ Industrial Marketing Solutions:  https://industrialtalk.com/industrial-marketing/ Industrial Academy: https://industrialtalk.com/industrial-academy/ Industrial Dojo: 

Broadcast date: April 3rd, 2023, 19 CET  After over 5 years of work with over 200 people from over 80 organizations, the OMG votes on the final submission of SysML v2 at the end of March. Truly a historic milestone for MBSE. We've talked about SysML v2 more often in our podcast, for example with... Der Beitrag Episode 33 – Application of SysML v2 with Sandy Friedenthal erschien zuerst auf The MBSE Podcast.

While in the early days of SysML, the exchange of models was mainly seen as a way to change modeling tools, today, there are a variety of use cases that fall under the buzzword Digital Thread. Together with our guest Daniel Siegl from LieberLieber we want to look at the different ways SysML models can be exchanged, both in theory and in practice. We will talk about the options with SysML v1 models and give an outlook on how it will look with SysML v2. Der Beitrag Episode 30 – SysML Interchange Options with Daniel Siegl erschien zuerst auf The MBSE Podcast.

Broadcast date: June 6th, 2022, 19 CET  SysML v2 is finally in the last stretch to completion. The SST team has worked on this next-generation modeling language since 2017. We already covered the SysML v1 to SysML v2 migration in our last episode. This time, we will look behind the scenes of SysML v2. Our... Der Beitrag Episode 25 – SysML v2: A look behind the scenes with Ed Seidewitz erschien zuerst auf The MBSE Podcast.

SysML v2 is in its final run. In this episode, we address the question of what will then become of the many SysML v1 models. The SysML v2 specification also includes a formal definition of the transformation from SysML v1 to SysML v2 models. Since Tim is one of the transformation developers, we didn't invite an additional guest this time. We'll talk about how the transformation works and what the challenges are. We will also look at different use cases of how a transition from SysML v1 to SysML v2 can look like. Der Beitrag Episode 24 – Migration of SysML v1 to SysML v2 erschien zuerst auf The MBSE Podcast.

Welcome to the 23rd door of our MBSE Podcast Advent Calendar. Today, we show you some more aspects of the next-generation modeling language SysML v2. Der Beitrag Episode 19.23 – SysML v2 Requirement, Variants, and API erschien zuerst auf The MBSE Podcast.

Welcome to the 22nd door of our MBSE Podcast Advent Calendar. Today, we travel to the future and model our great MBSE Podcast Christmas Tree with the next-generation modeling language SysML v2. Der Beitrag Episode 19.22 – Next Generation Christmas Tree with SysML v2 erschien zuerst auf The MBSE Podcast.

Welcome to the 20th door of our MBSE Podcast Advent calendar. Today, we take a look at non-SysML views.  Der Beitrag Episode 19.20 – Non-SysML Views erschien zuerst auf The MBSE Podcast.

Systems engineering is a critical industry niche that continues to experience exponential growth, but how do systems engineers fit into the big picture? In today's discussion Thom Singer and Craig Brown welcome systems engineer and Vitech President David Brown. David works to help really smart people build really complex stuff, and he's joined the podcast to highlight just a few of the key components and contributions that systems engineering makes in today's digital world.   On today's podcast, you will learn: Are MBSE and SysML one and the same?   MBSE focuses on why we use models to improve engineering, while SysML focuses on descriptive architecture.  The confusion about this overlap has been around for well over a decade. This is one of the greatest myths in the industry — they are not the same thing.  SysML is simply one approach, while MBSE covers a much larger scope.   The Model Based Engineering Manifesto  This manifesto was released in 2018, the same year as the US Office of the Secretary of Defense released the Digital Engineering Strategy. The manifesto addresses the question ‘How can we enhance data-driven systems engineering practices?'  Systems are intentionally left out of the manifesto, instead, it is modeled after the agile manifesto.    Exploring context within model based tools Systems context is continually changing, which requires isolation to effectively impact needed change.  Simulations are essential in today's rapid pace environment.  Exploring context within models will only improve knowledge and understanding of how systems work.  Models assure that a system and its interactions will perform as expected.    Should the main focus be manufacturing-centric? Being system-centric rather than manufacturing-centric recognizes the whole as being of greater value than the sum of the parts.  Exceptional architecture specifies need and interaction between all parts.  The context of the product are all characteristics that all have to be factored into a system.    Unlocking collective intelligence Systems engineers uniquely get involved with transdisciplinary problems.  Systems engineers work as the technical connective tissues that bring experts together, study problems from multiple viewpoints, and create exceptional solutions.  Systems thinking is an approach that has been utilized for over 100 years.    Advancing your career You may not need to transform into a systems engineering career, but it can be valuable to have systems awareness because everything you deliver is part of a system.  Getting involved with your professional network will increase your opportunities.  Leadership opportunities offer skills and lessons learned that will enhance your organization.  Continue the conversation with us within the Digital Enterprise Society Community at www.DigitalEnterpriseSociety.org.   Digital Download: Virtual Round-Table Series

Broadcast date: January 13th, 2021 – Language: English This time we have as a guest the CTO of the Object Management Group (OMG) Dr. Jason McC. Smith. We talk to him about how standards like the UML, UAF or SysML are developed at the OMG and in general how the OMG works. We will explain... Der Beitrag Episode 5 – How OMG works with Dr. Jason McC. Smith [EN] erschien zuerst auf The MBSE Podcast.

Broadcast date: November 25th, 2020 – Language: English In this episode, we take a look at a SysML v2 release. At regular intervals, the SysML Submission Team (SST) publishes a release of the pilot implementation of the new SysML v2, including implementations for Jupyter Notebook and for Eclipse, the current state of development of the... Der Beitrag Episode 3 – Unboxing SysML v2 [EN] erschien zuerst auf The MBSE Podcast.

Broadcast date: November 5th, 2020 – Language: German In this episode we will take a look at the history of SysML. Tim as a member of the first hour, can tell a lot about this. Why was SysML formed in the first place? Was UML not enough? There were and are other OMG standards that... Der Beitrag Episode 2 – History of SysML [DE] erschien zuerst auf The MBSE Podcast.

Today we're joined by Beidi Chen, PhD student at Rice University. Beidi is part of the team that developed a cheaper, algorithmic, CPU alternative to state-of-the-art GPU machines. They presented their findings at NeurIPS 2019 and have since gained a lot of attention for their paper, SLIDE: In Defense of Smart Algorithms Over Hardware Acceleration for Large-Scale Deep Learning Systems. In this interview, Beidi shares how the team took a new look at deep learning with the case of extreme classification by turning it into a search problem and using locality-sensitive hashing.   Check out the complete show notes at twimlai.com/talk/356. 

Model-Based Systems Engineering (MBSE) is the practice of developing a set of related system models that help define, design, and document a system under development. These models provide an efficient way to explore, update, and communicate system aspects to fellow System Engineers and business stakeholders (like clients or software engineers) while significantly reducing or eliminating dependence on traditional documents. When combined with Agile & Lean practices - where the focus is based on adaptive planning and fast-learning and shorter delivery times – Agile & MBSE become a powerful discipline that allows engineers to quickly and incrementally learn about the system under development before the cost of change gets too high. Join the Continuous Engineering Experts’ Bryan Smith as he welcomes Dr. Bruce Douglass – IBM’s Chief Evangelist for their Watson IoT division – as they discuss the benefits to adopting Agile and Model Based Systems Engineering and how you can get started with aMBSE in your organization. Short on time? Just click on any of the links below and jump to that section of the interview: 0:03:41 – What does it mean to be “Agile” in Systems Engineering? How do you do Agile in a practical way in Systems Engineering? 0:04:48 – What do you mean by “verification & validation” and how important is this when applying Agile in Systems Engineering? 0:06:35 – How do elements like UML and SysML come together in an Agile MBSE (aMBSE) process? 0:14:01 - Where does aMBSE fit within a larger, engineering effort that combines software, firmware and hardware? 0:23:47 – How do organizations get started in adopting Agile MBSE? 0:31:14 – Is there a place for the Harmony aMBSE process and the Scaled Agile Framework (SAFe) to work together, or are they inherently different?

Ich bin im Gespräch mit Dr. Stefan Queins. Wir unterhalten uns darüber, was ist SysML und wie es mir mitt Requirements Engineering zusammenhängt. Außerdem beleuchten wir die Fragen, wie ich zur System Architektur komme, wer eigentlich die Modelle erstellen muss und wer muss sie nur lesen? Zum Schluss sprechen wir darüber, wann ist eine Einführung SysML sinnvoll ist und was ich bei der Einführung SysML beachten muss.

In this episode of the Data Show, I spoke with Ameet Talwalkar, assistant professor of machine learning at CMU and co-founder of Determined AI. He was an early and key contributor to Spark MLlib and a member of AMPLab. Most recently, he helped conceive and organize the first edition of SysML, a new academic conference […]

This work provides an overview of the literature regarding the key issues faced by engineers attempting to secure industrial control systems, appraises work done to integrate cyber security into the systems engineering process and puts forward recommendations for the future of security-aware systems engineering through the extension of SysML to incorporate a Security viewpoint on the model. These recommendations include the presentation of a novel threat model profile that forms the basis of the SysML extensions.

ZA016: SysML in der Systementwicklung

"Systems Engineering For Dummies," IBM Limited Edition, explains what systems engineering is and how it can help you harness the complexity inherent in developing smart, connected products associated with industrial sector industries. This podcast introduces the book and outlines who might benefit from reading it. Steve Shoaf, speaker.

This podcast provides an up to the date overview of the new UPDM 2.0 profile, a background of MoDAF and DoDAF , an understanding of changes underway and tools that can help you to connect the lifecycle from Enterprise Architecture to Software. Graham Bleakely and Brian Nolan, speakers.

This episode is a conversation with Bruce Powel Douglass on real time systems. We started by discussing what real time software is, and explored the difference between hard and soft real time. We then looked at different scheduling strategies, and the meaning of terms like urgency and importance in the context of scheduling. Next was a discussion of typical architectural styles for real time systems and how architectures are described in this context. This led us to a discussion about the importance of modeling, formalisms and languages as well as the role of automatic code generation from those models. We then looked at how to model QoS aspects and the role of SysML for modeling real time systems. We then had a brief look at which programming languages are used these days for real time systems and the role of static analysis to determine various properties of those programs in advance. The last part of the discussion focused on some best practices for building real time systems, the challenges in distributed real time systems and how real time systems can be tested effectively.

This episode is a conversation with Bruce Powel Douglass on real time systems. We started by discussing what real time software is, and explored the difference between hard and soft real time. We then looked at different scheduling strategies, and the meaning of terms like urgency and importance in the context of scheduling. Next was a discussion of typical architectural styles for real time systems and how architectures are described in this context. This led us to a discussion about the importance of modeling, formalisms and languages as well as the role of automatic code generation from those models. We then looked at how to model QoS aspects and the role of SysML for modeling real time systems. We then had a brief look at which programming languages are used these days for real time systems and the role of static analysis to determine various properties of those programs in advance. The last part of the discussion focused on some best practices for building real time systems, the challenges in distributed real time systems and how real time systems can be tested effectively.

This episode is a conversation with Bruce Powel Douglass on real time systems. We started by discussing what real time software is, and explored the difference between hard and soft real time. We then looked at different scheduling strategies, and the meaning of terms like urgency and importance in the context of scheduling. Next was a discussion of typical architectural styles for real time systems and how architectures are described in this context. This led us to a discussion about the importance of modeling, formalisms and languages as well as the role of automatic code generation from those models. We then looked at how to model QoS aspects and the role of SysML for modeling real time systems. We then had a brief look at which programming languages are used these days for real time systems and the role of static analysis to determine various properties of those programs in advance. The last part of the discussion focused on some best practices for building real time systems, the challenges in distributed real time systems and how real time systems can be tested effectively.