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PROCESS INTEGRATION OF CAE WORKFLOWS IN OPTISLANG Process integration deals with coordinating processes and analyzing interfaces. If you search for the term on the internet, you will mainly find hits relating to manufacturing and logistics. But is this topic also relevant to digital engineering? YOU BET! There are many interfaces involved here too – not only between people, but also in the tools used. https://lnkd.in/dv6Rmk4k

Discover how Ansys Minerva can revolutionize your engineering processes! ⚡ Dive into our latest blog about Ansys Minerva that gives you streamlined simulation workflows, enhanced connections, and faster searches. Read now to transform your approach to simulation! 🚀 If you are interested in more information on Ansys Minerva, then you should register for Qfinsoft (PTY) LTD webinar taking place 6 June @ 12:00 PM - 13 PM: ➡https://lnkd.in/d8eREwYA You don't want to miss this opportunity! #Ansys #Minerva #Engineers #Simulation #CAE #SPDM #EcosystemIntegration #Traceability #DataManagement #MetadataExtraction #ConfigurationManagement #Qfinsoft

The premium version of RapidGPT, now available, includes a host of advanced features designed to enhance the hardware design experience: More Accurate Answers Integrated Third-Party IP Catalog with Conversational Documentation AutoCheck™: Automated HDL Syntax Auditor AutoFix™: AI-Based HDL Syntax Correction AutoDoc™: AI-Powered Documentation and Source Code Annotation Priority Access to New Features and Improvements Priority Support “RapidGPT is not just a tool; it's a game-changer for hardware engineers,” said Prof. Pierre-Emmanuel Gaillardon, CEO of PrimisAI. “With these new features, we are not only enhancing accuracy but providing a more intuitive and efficient design journey for our users.” “The world has not witnessed this level of automation in the last decade,” added Dr. Naveed Sherwani, Chairman of PrimisAI. “RapidGPT is set to revolutionize hardware design, offering improvements such as enhanced accuracy, streamlined workflows, and accelerated time-to-market. This marks a significant leap forward in hardware engineering.” PrimisAI, the premier destination for cutting-edge hardware design automation, ensures an unparalleled hardware design experience. With RapidGPT at the forefront, the company continues to revolutionize the EDA landscape, making it an indispensable tool in every engineer's toolbox. For more information about PrimisAI, please visit www.primis.ai.

On TECHNIA's EVENT, "EXPLORING the FRONTIERS in DIGITAL ENGINEERING". When Addnode-owned PLM consultant and Dassault's globally leading VAR (Value Added Reseller), TECHNIA, kicks off the fall event season tomorrow (September 26), MBSE is a heavy focus. As well as examples of how to work with this at Kongsberg Defence & Aerospace, a leading supplier of defence products and systems. There are good reasons for this, MBSE, Model-Based Systems Engineering, has come more and more and is changing the development of complex products and systems. An MBSE model is a digital representation of a system or product, which among other things enables the simulation of behaviors and full traceability from requirements to validation. An interesting aspect of this is the connections to digital twins. With these in place, engineering teams can iterate and respond more quickly to changing requirements. In line with increasing complexity of systems and products, there is a rising demand for optimization of these. Digital twins are used to manage the performance, "health" and status of a physical system by virtualizing it. The creation of digital twins made possible by the MBSE concept has helped to increase system interconnection and simplified the system optimization process. TECHNIA's CTO, Johannes Storvik, one of the keynote speakers during the event, points to the value of this: “Unlike traditional methods that rely heavily on documents, MBSE uses models as the primary basis for information exchange and decision-making. With this methodology, efficiency increases, while the number of errors decrease and we get a clearer and more consistent framework for all phases of the system's life cycle,” he says. One of the companies that invested in MBSE, and which presents at the event, is Norwegian Kongsberg Defense & Aerospace (KAD). Storvik regard the company as a forerunner when it comes to replacing traditional document-based methods with state-of-the-art model-based tools and techniques. "What the company has done is exciting and well worth exploring, not least from the perspective of how Digital Engineering, a development of MBSE, changes development of complex products and systems," says Storvik, emphasizing the power of the Dassault Systemes platform, 3DEXPERIENCE, and the Digital Engineering methodology. The backdrop is that TECHNIA delivers and contributes with the implementation of Dassault solutions to KAD. "They have a large digitization project and at the same time embarked on a journey to build up production globally. One of their 'MBSE pilots' will tell us more about this,” says TECHNIA's sales executive, Ketil Aamold. From Kongsberg Innovation, Ole Hoen presents their new System Engineering CATAPULT and Kongsberg Defense & Aerospace's Oluf Tonning tells more about MBSE. Other presenters are Dassault's Romain André and Tony Parez-Edo, Swift Navigation's James Tidd and SINTEF's Odd Myklebust. Click on the headline to read the full article on PLM&ERP News.

Designing a silicon chip, an aircraft engine, an autonomous system, running sub-surface simulation for oil drilling, and other complex engineering systems are processes that typically include thousands of functions to verify, complex system interactions to optimize and multiphysics simulations to validate manufacturability. The Azure Modeling and Simulation Workbench (MSWB) is a cloud-based platform designed to address the complexities of engineering systems design. It facilitates secure collaboration among developers, software and IP partners, and other stakeholders, ensuring that valuable data and IP are protected throughout the design process. MSWB offers automated deployment of scalable compute and storage resources, secure collaboration environments, cost optimization through on-demand pricing, and integration with various Azure services. This fully managed PaaS solution aims to streamline the engineering design and simulation process, making it less labor-intensive, more cost-effective, and secure. https://lnkd.in/eUpEDsv8. Very in

Put together my thoughts on a thesis I have been working on for a while. It's fairly far-reaching, but can be broken down into two key themes: - Hardware and robotics development will eventually look like software development - iterative, fast and highly customizable. To enable this change, there will need to be a suite of tools that support the design, testing and creation of new pieces of hardware. - Accessing sensing and imaging data will become commoditized. This creates two main opportunities. (1) Companies providing this data will need to offer insights on top of data collection, and as insights become commoditized, offer actions and services. (2) New vertical SaaS companies will be built using the commoditized data as their “system of record”. If you're building a company in these spaces I want to talk to you! My email is nickb at northzone(.)com

Manage engineering activities completely automated   Our solution supports CAE engineers in handling engineering tasks with maximum efficiency through reliable and repeatable processes. The Digital Engineering Center (DEC) offers a fully automated cloud environment to manage applications optimally and plan workflows efficiently.   Challenges:   ►Complex Workflow Integration: Engineering workflows in the cloud often require linking a series of commercial and internally developed applications. Engineers frequently lack the expertise to formalize proven simulation procedures into a repeatable process in the cloud.   ►Lack of Flexibility: The inability to adapt tasks and projects to processes flexibly extends release cycles and delays the market introduction of innovations. Capacity Drain: Managing complex development projects consumes a significant portion of engineers' capacity.   ►Error-Prone Activities: Engineering activities are highly prone to errors because modified project requirements cannot be automatically generated and integrated into ongoing workflows.   Solutions: ►Optimized Processes: DEC optimizes pre- and post-processing as well as data management of CAE processes and workflows.   ►Rapid Project Adjustment: Quickly adapt engineering projects by linking tasks and processes instead of using isolated tools in the cloud.   ►Reduced Complexity: Fully automated engineering workflows reduce complexity and maintain an overview of activities and overall project progress.   ►Comprehensive Management: Software version control, workspace management, control of distributed data sources, and support for parallel development for individuals and teams.   Key Benefits:   ►Accelerate Innovation: Automated and standardized processes reduce standby times and shorten lead times significantly.   ►Work Smarter: Engineers benefit from a holistic approach that eliminates the need for manual updates of technical models for virtual product development.   ►Increase Productivity: Easily manage any use case in virtual product development with a click of a button – without interrupting existing workloads.   ►Successful Project Execution: DEC meets specific requirements to flexibly and ad-hoc handle workflows – even in collaborative processes.   We at GNS Systems specialize in providing solutions that drive innovation and efficiency in virtual product development. Learn how our Digital Engineering Center can transform your engineering workflows.   🔗 Learn more: https://lnkd.in/dyjSa5NJ   #Engineering #DigitalTransformation #ProductDevelopment #Innovation #Automation #GNSSystems #Workflow #CAE #Cloud

𝗨𝗻𝗶𝘁 𝗽𝗿𝗼𝗼𝗳 𝘁𝗲𝗰𝗵𝗻𝗶𝗾𝘂𝗲 𝗱𝗲𝘃𝗲𝗹𝗼𝗽𝗲𝗱 𝗯𝘆 𝗔𝗶𝗿𝗯𝘂𝘀 Yannick Moy, AdaCore Emmanuel LEDINOT, Dassault Aviation ,Thales Hervé Delseny, Airbus Virginie Wiels, ONERA - The French Aerospace Lab Benjamin Monate, TrustInSoft That technique is used to verify the functionality of avionics software. Motivation: Since 2001, Airbus has been transitioning from traditional testing methods to unit proof for critical software in aircrafts like A400M, A380, and A350. Focus: Unit proof targets functional properties, ensuring the code behaves as intended, unlike non-functional properties like memory usage addressed by separate methods. Benefits: It replaces some testing activities, achieving the same verification goals outlined in the DO-178 standard for safety-critical software. Process: Unit proof involves three steps: 1- Formalizing Requirements: Engineers define the software's behavior using mathematical formulas and logic during the design phase. 2- Coding: Developers write the actual C code modules to implement the functionalities. 3- Formal Verification: The C code and its formal requirements are fed into a proof tool to mathematically verify if the code fulfills the intended behavior. Overall, unit proof offers a more rigorous approach to verifying avionics software functionality compared to traditional testing methods. It's been formally recognized by the DO-178C standard, enhancing the development process for safety-critical systems. For More 👇

Manage engineering activities completely automated   Our solution supports CAE engineers in handling engineering tasks with maximum efficiency through reliable and repeatable processes. The Digital Engineering Center (DEC) offers a fully automated cloud environment to manage applications optimally and plan workflows efficiently.   Challenges:   ►Complex Workflow Integration: Engineering workflows in the cloud often require linking a series of commercial and internally developed applications. Engineers frequently lack the expertise to formalize proven simulation procedures into a repeatable process in the cloud.   ►Lack of Flexibility: The inability to adapt tasks and projects to processes flexibly extends release cycles and delays the market introduction of innovations. Capacity Drain: Managing complex development projects consumes a significant portion of engineers' capacity.   ►Error-Prone Activities: Engineering activities are highly prone to errors because modified project requirements cannot be automatically generated and integrated into ongoing workflows.   Solutions: ►Optimized Processes: DEC optimizes pre- and post-processing as well as data management of CAE processes and workflows.   ►Rapid Project Adjustment: Quickly adapt engineering projects by linking tasks and processes instead of using isolated tools in the cloud.   ►Reduced Complexity: Fully automated engineering workflows reduce complexity and maintain an overview of activities and overall project progress.   ►Comprehensive Management: Software version control, workspace management, control of distributed data sources, and support for parallel development for individuals and teams.   Key Benefits:   ►Accelerate Innovation: Automated and standardized processes reduce standby times and shorten lead times significantly.   ►Work Smarter: Engineers benefit from a holistic approach that eliminates the need for manual updates of technical models for virtual product development.   ►Increase Productivity: Easily manage any use case in virtual product development with a button click – without interrupting existing workloads.   ►Successful Project Execution: DEC meets specific requirements to handle workflows flexibly and ad hoc, even in collaborative processes.   We at GNS Systems specialize in solutions that drive innovation and efficiency in virtual product development. Learn how our Digital Engineering Center can transform your engineering workflows.   🔗 Learn more: https://lnkd.in/dyjSa5NJ   #Engineering #DigitalTransformation #ProductDevelopment #Innovation #Automation #GNSSystems #Workflow #CAE #Cloud

This is a great example of how machine builders can be more competitive, producing high-quality machines, improving operations and reducing time to market. That's possible using digital twins and AI technology! #digitaltransformation #digitaltwin #emulate3d #ai #rokevents