Built as a native capability on the Aras Innovator PLM platform, Aras Simulation Management application enables capturing of the simulation process, models, and studies at various levels of fidelity and for a multiplicity of design abstractions and variants. In this presentation, see how the simulation environment is created and reused, how it is related to items managed by Aras Innovator PLM platform, and how that platform’s change and configuration management helps to establish and maintain traceability.

Understand the evolution of Seaspan’s Aras tool from a document management system to the central component of a fully integrated Product Lifecycle Management ecosystem.

Learn how the Purdue Polytechnic Institute’s Department of Computer Graphics Technology (CGT) Virtual Product Integration (VPI) major has integrated Product Data Management (PDM) into the curriculum by implementing Aras Innovator as a foundation.

One of the most difficult issues facing organizations today is how to minimize business impact when executing system changes. Read about how the Test Automation Framework helps Aras subscribers.

At what point does the speed at which business changes, overheat the technology that supports it? Watch this video to see how building with Aras can accelerate your business transformation today.

Learn how new Aras applications are advancing design and production for companies by incorporating real-time field feedback, operational data, Digital Twin simulation, and multidisciplinary change management.

This CIMdata commentary outlines the results of interviews with Aras subscribers and provides the reader with information they can use to drive their platform strategies forward.

CIMdata presents their findings from interviewing Aras subscribers with the objective of better understand their deployments, benefits achieved, roadblocks, and remedies.

As opportunities arise to manage complex products in the field, organizations are realizing that existing technology is lacking, making it difficult to keep up with the pace of change. Failing to excel is affecting brands, profitability, and business sustainability – this creates the opportunity to digitally transform with the Digital Twin.

CAD data is useful, but without context it can be misleading. Aras’ Dynamic Product Navigation enables users to interrogate lightweight 3D part data within the context of a centralized Enterprise PLM System.

Here from Graeme Taylor, Product Manager, as he demonstrates functionality to improve maintenance effectiveness by building and managing Digital Twin configurations able to access their own critical information–every time the physical asset changes.

In today’s highly competitive landscape, Medical Device companies are striving to be more efficient, bring more products to market faster, while at the same time, reducing costs. Medical Device companies operate in a complex supply chain that requires cooperating with many suppliers and partners. This does not make it easy to achieve the expected results. The challenges in handling products from concept, through launch to retirement are large and involve many processes across business units, extending to supply chain partners. Not only are the processes complex, but they typically involve multiple, isolated, independent databases, spreadsheets, and files.

Aras customers have been using the Aras platform to customize and enhance their applications for years.  Session 3 will focus on our community and how they are leveraging the industrial low-code platform with Aras’ platform services to develop their own innovative solutions. The team will implement a third iteration of improvements to our newly built application.  To conclude the session, we will utilize an Aras Community Project with our new application to expand its scope.  These open source applications and packages enhance functionality, add features, or integrate with Aras Innovator.  The applications are provided by any member of the Aras Community in a public forum. 

As part of an innovation process, it is expected that new ideas will be proposed, and additional user stories created, to fine tune the target application. The ability to dynamically evaluate new proposals and identify the best business cases with the highest return on investment (ROI) is critical. In session 2, we will continue to highlight customer solutions as we build out our custom application. Watch the team add data visualization, content editing, and the ability to respond to user feedback to the MVP built in session 1, to drive incremental value from the application.

The high demand for new application development has surpassed the availability of qualified resources to meet the need. Many companies are turning to flexible, low-code development platforms to provide an alternative to traditional development strategies. In this first session, we will examine specific examples of how organizations leveraged Aras Innovator to create new functionality and met the needs of their users. You will also experience the rapid development environment as the team constructs an application using Aras Innovator.

Continue the discussion on the Aras Community Forum.

A pervasive systems thinking approach throughout the lifecycle not only considers a complex product and its multidisciplinary subsystems, it also accounts for the larger systems of which it is a part. Users, the environment, other products, and critical processes throughout the lifecycle all impact a product at the systems level, and companies that design with this approach in mind excel in their businesses. Learn how new applications in Aras realize systems architecture, requirements engineering, and multi-fidelity simulation to helps our community advance their products in new and innovative ways.

Product engineering and manufacturing process planning in Aras Innovator are the most widely-used applications across our community. Learn how new Aras applications are advancing design and production for companies by incorporating real-time field feedback, operational data, Digital Twin simulation, and multidisciplinary change management. Tomorrow’s products leverage software, hardware, and electronics, and the Aras community is leading the way to develop these innovative new products first.

Digital transformation relies on access to the right information at the right time for all parties across the lifecycle. Learn how the Aras community is expanding the way their companies can own the lifecycle of product information—including service and operational data—with new Aras capabilities for the Digital Twin. The availability of critical information in the Digital Thread for maintenance users will create opportunities to support new business models, respond to quality issues, and influence next generation product development.

What’s the latest from Aras? Come hear a comprehensive update on all Aras products, including what’s been delivered in the past year and what’s planned in the next year or two. Get the big picture, and start thinking about what you’d like to roll out as part of your PLM implementation or expansion. Maybe you’d like to establish Digital Twins for your products in the field, with 3D navigation and simulation. Or enable a variant-driven systems architecture to drive your new product development. Or set up a Cloud-friendly deployment, either private or hosted by Aras. Or accelerate your DevOps environment using the Test Automation Framework. All of these and more are coming from Aras.

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With customers waiting many years for aircraft, Airbus IT recognized that many applications needed to be modernized, upgraded and, ultimately, integrated in order to gain efficiency, improve performance, and digitally transform the company. Their solution―“greenhouse” for users to tackle their own projects.

Vehicles are more sophisticated than ever, with ever-increasing connectivity. Learn three secrets for competing in this age of rapid innovation and the methods that allow for the development tomorrow’s products today.

Hear from Rob McAveney, CTO at Aras, as he answers frequently asked questions about the Digital Twin, from what it is, building them, the value they create, and how to get started.

Responding to rapid changes in the business environment and accommodating unique processes across many different business units, was the goal of Kawasaki Heavy Industries’ PLM journey. With 35,000 employees on six continents and over $14 billion in annual revenue, the company serves a global customer base in dynamically changing markets. This presentation will discuss how KHI achieved flexibility, agility and sustainability for future disruptive innovation with a unified digital platform as the backbone of their entire value chain.

Aras’ Visual Collaboration enables effective communication in a secure environment, allowing you to work seamlessly across the Enterprise. Watch this demonstration for a review of Visual Collaboration’s capabilities and highlight the effectiveness of clear communication across Aras Innovator. You will learn how to view and add comments in the discussions panel, leverage the viewers to gain visibility into all related content, and create markups to effectively communicate changes needed.

Automobiles are more sophisticated than ever, incorporating provide connectivity, navigation, entertainment, enhanced safety, and autonomous functionality. To compete in this age of rapid innovation, manufacturers must adopt methods that allow them to develop the products of tomorrow, starting today.

Chad Jackson, Chief Analysts of Lifecycle Insights, discusses the future of building custom applications quickly and strategically giving users the functionality they need.

As business processes evolve rapidly, organizations are discovering that they must find new and better ways to meet the demands of their evolving industries. Those destined to succeed and thrive are preparing to meet challenges that aren’t even envisioned today.

In this demo, we will dive into how Aras handles workflows, sub-workflows, notifications, and status reporting. You shouldn’t have to change your business to fit your PLM, but it should be easy to change your PLM to meet your unique needs.

Il est difficile de suivre l'évolution de produits complexes notamment pour les équipements de l’aérospatial et de la défense, les nouvelles générations d'avions commerciaux et d’automobiles qui sont de plus en plus équipés de logiciels.

Une nouvelle façon de gérer le contexte numérique du produit physique est nécessaire et la meilleure approche est le Jumeau Numérique.

Dans notre livre blanc, nous vous expliquons comment mettre en place le Jumeau Numérique pour mieux gérer les produits complexes.

Learn how Aras Innovator is helping global companies do what they do best.

Murata Manufacturing Co., Ltd. decided to use Aras Innovator to solve design and manufacturing challenges. Learn how they built and expanded PLM for electronic circuit design and manufacturing, including the necessary requirements for making the decision.

Retour sur l’événement 2019 de la communauté Aras en France avec des présentations Aras, des témoignages clients et de partenaires. Un moment convivial et d’échange entre utilisateurs de la plateforme PLM d’Aras.

Découvrez comment Aras perturbe l'industrie avec sa plateforme résiliente conçue pour s'adapter à l'évolution des exigences métier tout en n'enfermant jamais les utilisateurs dans une technologie spécifique.

Le mot « visionnaire » est souvent utilisé pour décrire ceux qui ont imaginé le futur avant tout le monde.

Découvrez dans notre ebook pourquoi les visionnaires ont besoin d’une plateforme résiliente et les trois caractéristiques essentielles qu’elle doit posséder pour les aider à relever les défis de demain.

Découvrez comment maîtriser le cycle de vie de vos produits avec une plateforme qui relie les données exploitables de bout en bout avec les équipes qui les utilisent afin de permettre à votre entreprise d’être plus agile et d’améliorer vos produits plus rapidement.

Les produits gagnant continuellement en complexité, la Gestion des exigences est essentielle à la conception de tout système et/ou produit complexe. Cependant, dans de nombreux cas, la gestion des exigences est encore effectuée par l’intermédiaire d’outils de gestion des exigences isolés en silo.

Et de nombreux échecs en termes de conception sont dus à une mauvaise gestion des exigences. Cet eBook explore les défis et risques actuels auxquels sont confrontées les entreprises lorsqu’il est question de la gestion des exigences et présente les solutions et avantages offerts par l’application de Gestion des exigences d’Aras.

L’application Aras de gestion des exigences est une solution de gestion des exigences de nouvelle génération qui est incluse dans le logiciel PLM pour l’ingénierie système.

Avec la plateforme Aras, les données et les résultats de la simulation sont connectés sur tout le cycle de vie du produit faisant progresser l'innovation d’aujourd'hui et de demain.

Les industriels doivent réagir rapidement face à la concurrence technologique. Il devient primordial d’innover et d’incorporer dans leurs nouveaux produits les nouvelles technologies demandées par leurs clients.

Learn how you can benefit from the convergence of the Aras Requirements Engineering application and its PLM platform.

Requirements Management provides powerful capabilities for complex systems engineering planning, development and realization through the creation of a single, multi-discipline requirements hierarchy. Change management workflow assures requirements stay in sync as the system or product evolves over the lifecycle.

Pour défendre et faire progresser leur part de marché, les fabricants mondiaux de produits complexes doivent développer des produits intelligents et connectés, qui permettent de collecter des informations clients et ainsi garder une longueur d'avance sur la concurrence.

Les fabricants doivent repenser les processus commerciaux et connecter les systèmes en silos. Cela nécessite une approche moderne, basée sur une plateforme, qui leur permette de faire évoluer les processus de production et de mettre place une continuité numérique qui facilitera la traçabilité du cycle de vie complet du produit.

Dans ce livre blanc, nous vous proposons un plan d'action avec des exemples d'entreprises pour vous aider à passer à la continuité numérique en cinq étapes concrètes.

Téléchargez cet ebook pour connaître les 5 concepts clés qui aideront votre entreprise à développer des processus de conception basée sur les systèmes, organiser vos équipes, gérer la complexité et ainsi faciliter l’innovation.

La Continuité Numérique collecte des informations critiques qui permettent de suivre un produit et ses données numériques depuis sa conception, sa fabrication et sa maintenance.

Product lifecycle management (PLM) is a core requirement for modern product development, particularly as organizations face increasing product complexity and shorter product lifecycles.

PLM is also the key integration point for advanced product development technology such as application lifecycle management (ALM) and Internet of Things (IoT) data, and enables traceability required for Digital Thread and Digital Twin.

An organization’s ability to innovate and pursue Digital Transformation is therefore significantly dictated by the level of PLM functionality and maturity across the organization.

This case study explores how Dräger, a leading international manufacturer of medical and security technology, employed Aras Innovator as part of their digital transformation efforts. The implementation of the Aras software in the cloud is expected to provide Dräger with more security, easier scalability, higher performance and IT cost savings.

Dans cette première partie, nous ferons un focus sur les atouts de l’ingénierie des systèmes et du PLM et comment tirer parti de ces deux systèmes pour améliorer le développement de nouveaux produits.

Dans cette deuxième partie, nous verrons comment une meilleure gestion des informations et des processus d'ingénierie peut apporter des avantages immédiats tout au long du cycle de vie de l'ingénierie, et également fournir une base pour l'amélioration continue voir la transformation de l'ingénierie.

Les entreprises manufacturières doivent chercher à mieux utiliser les données de simulation pour des raisons à la fois pragmatiques et concurrentielles. La simulation est utile pour valider la conception initiale mais aussi pour réduire la dépendance aux prototypes physiques.