<?xml version="1.0" encoding="utf-8"?>
  <rss version="2.0" xmlns:dc="http://purl.org/dc/elements/1.1/" xmlns:content="http://purl.org/rss/1.0/modules/content/" xmlns:atom="http://www.w3.org/2005/Atom">
    <channel>
      <title>Home &amp; Lifestyle</title>
      <link>https://blog--3ds--com.apsulis.fr/industries/home-lifestyle/feed.xml</link>
      <description>Home &amp; Lifestyle</description>
      <lastBuildDate>Thu, 05 Mar 2026 16:10:05 GMT</lastBuildDate>
      <docs>https://validator.w3.org/feed/docs/rss2.html</docs>
      <generator>3DExperience Works</generator>
      <atom:link href="https://blog--3ds--com.apsulis.fr/industries/home-lifestyle/feed.xml" rel="self" type="application/rss+xml"/>

      <item>
      <title>
      <![CDATA[ The 3DEXCITE PIONEERS Lodge: A Virtual Hub for Learning, Collaboration, and Fun ]]>
      </title>
      <link>https://blog--3ds--com.apsulis.fr/brands/3dexcite/the-3dexcite-pioneers-lodge-a-virtual-hub-for-learning-collaboration-and-fun/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/269173</guid>
      <pubDate>Fri, 27 Sep 2024 13:38:44 GMT</pubDate>
      <description>
      <![CDATA[ As an extension of the 3DEXCITE PIONEERS initiative, The Lodge aims to cultivate innovation and shape the workforce of the future 
 ]]>
      </description>
      <content:encoded>
      <![CDATA[ 
Hi, I&#8217;m Matts Verkest, currently working as a&nbsp;Industry Process Consultant (IPC) at 3DEXCITE. My journey at 3DS began in 2019, starting as a 3D Artist&nbsp;intern&nbsp;until I officially joined the Production team as&nbsp;3D Artist&nbsp;in September of that year. The talented team I was a part of primarily focused on creating marketing visuals for automotive companies with 3DEXCITE DELTAGEN. Here, I learned the ropes of creating engaging visuals and collaborating with agencies and clients alike. I also gained experience in supervision, taking the lead, and handling client communication directly.&nbsp;Within my role as a Creative, taking initiative and exploring tools and new ways to develop cutting-edge solutions for our clients was not only encouraged but also sparked my growing interest to make a meaningful impact outside of creating nice eye-candy.



As I delved deeper into these projects, I was introduced to&nbsp;the PIONEERS initiative, which opened up new dimensions of the 3DEXPERIENCE platform. This allowed me to engage more actively in the community features and utilize its 3D tools for the first time, also broadening my exposure to diverse clients and industries.



Through hands-on experience and navigating the 3DEXPERIENCE platform, I gained valuable insights and expertise in collaborating closely with clients across different sectors. This included conducting workshops and training sessions &#8211; both online as well as onsite.&nbsp;This journey ultimately led me to my current role as IPC, with the help of Els Van Langenhove as my former team lead in an intermediate role. Under supervision of Tim Rau, this is where I now operate at the intersection of Sales, Production, and R&amp;D as a Tech-Sales professional within an awesome global team with very talented people from a wide range of backgrounds. In this capacity and environment, I thrive on experimenting, providing feedback, offering advice, coordinating efforts, and sharing knowledge.&nbsp;In other words, challenging the status-quo.



Recognizing the importance of spreading knowledge in an engaging manner while continually learning from within and beyond our organization, I started working on an initiative.&nbsp;Unsure on how to build it, I was driven by a passion to foster knowledge sharing, enhance visibility, and promote teamwork on a global scale.&nbsp;I wanted to dismantle barriers between brands and continents, creating a platform that celebrates learning, encourages collaboration, and strengthens connections across our entire organization and beyond.&nbsp;



As it turned out, this perfectly aligned with the vision of the PIONEERS initiative. Therefore, when I discussed this with Stefan Radauscher, who leads the PIONEERS initiative,&nbsp;two ideas converged, giving birth to The Lodge &#8211; a PIONEERS extension



The Lodge opened its doors!



Over the past year, we have embarked on an exciting journey with&nbsp;The Lodge, a vibrant community initiative designed to foster learning, collaboration, and fun challenges within our company.&nbsp;As an extension of the&nbsp;3DEXCITE PIONEERS&nbsp;initiative, The Lodge aims to cultivate innovation and shape the workforce of the future by spreading knowledge and onboarding people onto our diverse portfolio &#8211;&nbsp;even across different brands!



What is The Lodge?



The Lodge serves as a virtual hub where&nbsp;employees from all roles, brands, and experience levels&nbsp;can come together to share knowledge, participate in engaging challenges, and attend insightful webinars.&nbsp;Our goal is to break down silos and create a more interconnected and collaborative company culture.&nbsp;By tapping into teams and offices worldwide, including our experience centers, we are building a community that is well-versed in our company&#8217;s extensive and varied global brand portfolio.



Monthly Challenges and Webinars



Each month, The Lodge hosts a new challenge alongside a series of webinars that are open to everyone.&nbsp;These activities are designed to spread knowledge, promote collaboration, and help employees get to know the wide world of our company better. With each challenge, there&#8217;s are also prizes to be won among which as head prize&nbsp;Dinner On the Boss:&nbsp;a dinner up to 100 euros paid by Tom Acland, CEO of 3DEXCITE.







We greatly appreciate our CEO&#8217;s open support for this initiative, not only by presenting the main prize but also by promoting it through his channels. As a result, you may occasionally see Tom featured in some of the visuals, such as during this BBQ event:







Here’s a look at some of the exciting challenges and webinars we&#8217;ve hosted since the launch of The Lodge. Note that certain challenges have been extended, which has occasionally adjusted our monthly schedule:



Challenge Highlights



We aim to offer engaging&nbsp;challenges that align with each month&#8217;s theme or events, as well as industry-related trends.&nbsp;These challenges are thoughtfully crafted to be both fun and educational, encouraging participants to explore new skills and ideas. By integrating relevant themes and industry insights, we ensure that our challenges are timely, meaningful, and impactful, fostering growth and innovation within our community.



April 2023 &#8211; Challenge 001 Artistry VS. Algorithms







The goal of the first challenge was to create visually appealing posters that highlight the brand&#8217;s portfolio disciplines. These posters needed to effectively communicate the key elements of those disciplines in an engaging and informative manner. However, there was a twist! The challenge was open to both individuals and teams, who could use any software or tools they preferred, including AI. This set up an intriguing competition between traditional (digital) artistry and cutting-edge algorithms.







May 2023 &#8211; Challenge 002 The Generative AI Explosion







Contestants were tasked to design the key visual with AI tools for 3DEXCITE Live&#8217;s next event about &#8220;The Generative AI Explosion&#8221;. To support contestants in this challenge, three training sessions on AI were provided to equip them with the necessary skills and knowledge.



September 2023 &#8211; Challenge 003 E-MTB X-Render Challenge







In this challenge, participants created two stunning renders of an e-mountain bike based on a selected reference image from a curated collection of ten made with an AI model. They used the provided bike model and created two renders using different methods: the 3DEXPERIENCE Platform and any software of their choice (e.g. Unreal Engine, Blender, Deltagen).



This comparison highlighted differences between our proprietary software and competitors. It was valuable for our R&amp;D team, providing insights into our software&#8217;s strengths and user needs. The challenge included a training session on the 3DEXPERIENCE Platform for rendering techniques and a shared post explaining how the reference images were created using AI with a synthetic data model. And the challenge concluded by hosting a head to head social media contest to decide the winners!



March 2024 &#8211; Challenge 004 Earth Day Challenge







In celebration of Earth Day (April 22), we held a challenge inviting participants to use their creativity and design skills to craft digital creations embodying environmental awareness and sustainability. They created &#8216;visuals&#8217; addressing specific prompts, using any software, tool, or medium—whether a VR experience, video, or (AI-generated) image.



The theme for that year&#8217;s Earth Day was Planet Vs. Plastics, which served as the inspiration for the challenge.



June 2024 &#8211; Challenge 006 Timeless Creations Challenge







Our sixth challenge in our series has also officially begun! In anticipation of the World of High Precision event (June 11-14, Geneva, Switzerland), we invite people to create high-quality watch renders inspired by the following themes: Pride Month (June), World Oceans Day (June 8th), International Yoga Day (June 21st), World Music Day (June 21st) and Paris Air Show (June 16-22, Paris, France).



July 2024 &#8211; Challenge 007 Summer in Space Challenge







To celebrate World UFO Day (July 2nd), the Moon Landing Anniversary (July 20th), and the AIAA Aviation and Aeronautics Forum (July 29th &#8211; August 2nd), we launched a challenge inviting participants to create a visual depiction of &#8220;summer in space.&#8221; The task encouraged creativity in showcasing the beauty of celestial landscapes and extraterrestrial adventures, with the option to infuse humor. Whether illustrating present-day space exploration or envisioning future space colonies, participants could submit solo or team entries using any preferred software or tools.



Webinar Highlights



We strive to offer engaging&nbsp;webinars that complement our monthly challenges and themes.&nbsp;Each webinar is carefully designed to provide valuable insights, practical skills, and inspiration that align with the specific focus of the month. By doing so, we ensure that&nbsp;participants are well-equipped and motivated to tackle the challenges, fostering a deeper understanding and stronger community connection. And with it, we provide&nbsp;a platform for those who wish to present, offering them an opportunity to gain more visibility.



Building a Brighter Future Together



The Lodge has been a slowly growing success, bringing together employees from all corners of our company to learn, collaborate, and have fun. By participating in the challenges and attending the webinars, employees are not only expanding their knowledge but also&nbsp;contributing to a more innovative and interconnected company culture.



As we move forward, we remain committed to&nbsp;making The Lodge an even more dynamic and engaging platform. We invite everyone from Dassault Systèmes to join us in this exciting journey, participate in the upcoming challenges, and take advantage of the wealth of knowledge shared through our webinars. Together, we can build a brighter future for our company and make a lasting impact in our industry.&nbsp;And perhaps one day, The Lodge may open its doors to even more people!



Stay tuned for more PIONEERS and the Lodge news. We can&#8217;t wait to see what we can achieve together!
 ]]>
      </content:encoded>
      </item>
<item>
      <title>
      <![CDATA[ Here&#8217;s why Ruroc chose to build its premium helmets on the 3DEXPERIENCE platform ]]>
      </title>
      <link>https://blog--3ds--com.apsulis.fr/industries/home-lifestyle/heres-why-ruroc-chose-to-build-its-premium-helmets-on-the-3dexperience-platform/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/264908</guid>
      <pubDate>Wed, 04 Sep 2024 05:15:00 GMT</pubDate>
      <description>
      <![CDATA[ The UK manufacturer of extreme sports headgear uses Dassault Systèmes’ cloud-based technology to streamline product development
 ]]>
      </description>
      <content:encoded>
      <![CDATA[ 
After 15 years of operation, Ruroc, the UK manufacturer of protective headgear for extreme sports, has launched an all-new premium full-face helmet – the EOX.



The helmet, which combines safety, performance, comfort and connectivity, has been developed with the help of over 150,000 riders and marks a new era for the brand.



This is just one of Ruroc’s innovative products developed using the 3DEXPERIENCE platform on the cloud. By choosing the Dassault Systèmes technology, the company has been able to improve the way it works both internally and with its external design for manufacturing subcontractor Generative Parametrics.



“Because the 3DEXPERIENCE platform is cloud based, we now have good cross-collaboration between teams,” said Tom Savage, Ruroc’s head of design and engineering. “We can work together with Generative Parametrics seamlessly in real time and from the same file structure.”



Ruroc has also been able to streamline its operations. By leveraging the 3DEXPERIENCE platform’s bookmark function, its teams organized critical 3D data by project, ensuring that design information from various sources are stored logically.



The design process is now far more efficient. As soon as a brief has been formulated, initial sketches are made and customer feedback is incorporated. Those sketches are then imported into SOLIDWORKS or CATIA so that complex surfaces can be developed. Once the surfaces are created, the helmet’s design is further refined using various functionalities within CATIA. Once finalized, the design can be easily scaled to create different helmet sizes.



With the platform already proving its worth, the Ruroc team is keen to explore what additional features they can benefit from. For example, by adopting SIMULIA to virtually simulate its helmets’ performance, the company can reduce its reliance on physical prototyping, saving significant time and money.



Learn more about how Ruroc is leveraging the 3DEXPERIENCE platform to become the go-to brand for head protection for every extreme sport.
 ]]>
      </content:encoded>
      </item>
<item>
      <title>
      <![CDATA[ Personalized shopping experiences: The future of retail ]]>
      </title>
      <link>https://blog--3ds--com.apsulis.fr/industries/home-lifestyle/personalized-shopping-experiences-the-future-of-retail/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/268641</guid>
      <pubDate>Thu, 29 Aug 2024 12:01:19 GMT</pubDate>
      <description>
      <![CDATA[ Whether in-store or online, customers expect hyper-personalization when they shop now, and companies are learning to give them exactly that. 
 ]]>
      </description>
      <content:encoded>
      <![CDATA[ 
In the ever-evolving landscape of retail, personalization continues to play a pivotal role in customer satisfaction, brand loyalty and commercial success. Shoppers in the digital age want personalized products and recommendations and to be taken on a shopping journey that considers their preferences and buying habits. Retailers and e-commerce companies, then, are tasked with identifying new ways to provide these experiences at scale, giving buyers not only the goods they want but the sense that their purchasing pathways are tailor-made.&nbsp;



Emerging technologies are increasingly the means to achieve this. 3D mapping, virtual twins, AI and round-the-clock data analytics give companies the tools they need to design high-quality personalized shopping experiences.&nbsp;



What are personalized shopping experiences? 



In retail, there are two ways of providing personalized shopping experiences. One is product-led, allowing customers to personalize products within some pre-defined parameters. In e-commerce, that means allowing for custom alterations or product specifications via tailored color schemes, sizes and add-ons from a list of options.&nbsp;



The other personalization process is experience-led. Choosing this route means creating personalized shopping experiences for customers by using an amalgamation of their data. In this case, shoppers aren&#8217;t themselves choosing specific parameters for personalization; their actions and interactions are being tracked so companies can create personalized journeys or recommendations for them.&nbsp;



While some shoppers might be wary of this, it turns out, most customers actually prefer this method of hyper-personalization. A 2020 Dassault Systèmes -CITE research study found &#8220;younger consumers are leading the push for personalization that improves products and services, quality of life and personal safety, and are more willing to pay and share their data to get it.&#8221;&nbsp;By mapping customer journeys, companies can provide data-driven, personalized interactions. And businesses are quickly catching on: one start-up raised $25 million in 2023 for creating a solution that leverages artificial intelligence to provide the most personalized shopping experiences out there. Keying in analytics about customers&#8217; shopping behavior, habits and preferences works twofold: the data companies glean from this gives customers an even better experience and ensures they&#8217;re getting the items they&#8217;re after.







Leveraging technology to achieve personalization in retail



In the summer of 2024, Dassault Systèmes announced its partnership with athletic wear and shoe brand ASICS. The Japanese retailer identified the need for a technological solution to create a tool for customization. By leveraging CATIA, a computer-aided design solution, they were able to construct a machine that does exactly that. Their latest offering isn&#8217;t a sneaker or a technical top but a scanner that creates personalized inserts for their shoes. Inserts provide support to those of us lacking perfect body mechanics, adding artificial arches or necessary cushioning to make walking, running and other athletic pursuits that much more comfortable.&nbsp;



Where products meet personalized customer experiences&nbsp;



Simply making a scanner wasn&#8217;t the end goal of ASICS&#8217; plan, though. Their effort and innovation highlight the nexus of providing both a personalized product and a hyper-personalized customer experience. At most running stores, customers are given some level of personal attention: employees can observe their gait and suggest specific shoe models that would support a runner&#8217;s own body mechanics. But those shoes are still, more or less, one size fits all.&nbsp;



Noticing this need led ASICS not only to develop their foot scanner but also to construct a temporary shop, the ASICS Personalization Studio, on Dassault Systèmes&#8217; Velizy campus. There, customers receive the ultimate personalized customer experience. The scanner, which ASICS plans to roll out in its stores worldwide, will be a hallmark of personalization at scale.&nbsp;



The ASICS collaboration comes just a few years after Dassault Systèmes launched a &#8220;technological sensory experience&#8221; with footwear retailer Ecco. That venture similarly combined the possibility of purchasing technologically personalized footwear. Ecco&#8217;s Quant-U program uses wearable sensors, the data from which is then used to make a virtual twin of the customer&#8217;s foot and then to create a shoe. Both ventures are emblematic of how retailers can offer seamless, personalized shopping experiences and products.&nbsp;



Personalized in-store vs. Digital experiences&nbsp;



Walking into a brick-and-mortar store is one way to ensure you&#8217;re getting a personalized shopping experience. Sometimes, you need that same experience elsewhere, like when you&#8217;re furnishing a home. Even when measuring spaces and pieces of furniture, it&#8217;s often tricky to tell how a sofa or table will truly fit into a home. HomeByMe&#8217;s 3D interior design tool offers a fix for exactly this issue while also giving shoppers a unique buying experience. 







With HomeByMe, retail enters the virtual world to deliver the future of personalization. Customers can upload renderings of their homes and see in a virtual setting how more than 30,000 products from major retailers would look in their space. Doing so removes the burden of guesswork or, worse, trying to offload a brand-new piece of furniture that should have fit but, in the end, didn&#8217;t quite work. The service is emblematic of the way in which both consumers and companies are embracing technology to make shopping better and more satisfactory.&nbsp;



How can companies create a personalized shopping experience for the future?



Over the last several years, major players in the retail industry have experimented with methods to make purchasing products more exciting. Amazon Go&#8217;s use of touch-free shopping at their convenience stores or their Amazon One palm payment system at Whole Foods stores are indicators of this. Similarly, the voice purchasing feature on Amazon&#8217;s Alexa and Google Assistant devices solidify a trend of new ways to shop. But those methods haven&#8217;t quite hit the mark, and their lack of focus on personalization might be part of the reason why.&nbsp;



To remain competitive in the future, retailers will need to explore technological integrations for the most exciting personalized shopping experience. Using AI, virtual twins and data analytics, they can create products and purchasing experiences that meet the needs of today&#8217;s shoppers. AI can be effectively used to design curated recommendations or provide tailored marketing or content messaging for consumers. Data analytics provide valuable information on shopping behavior and make predictions for future purchasing journeys. Virtual twins can easily map those potential journeys and identify methods and means to ensure the back end of a retail operation is efficiently working to be able to provide customers with the experiences and products they expect.&nbsp;



Solutions like ASICS&#8217; foot scanner, which provides personalized products and personal interaction, will also have a positive impact on the retail and e-commerce industries. Taking this kind of approach signals how companies can meet users where they are, bringing experiences to buyers instead of the other way around. It&#8217;s an opportunity for significant creativity, and the tools to pull it off are abundant.&nbsp;
 ]]>
      </content:encoded>
      </item>
<item>
      <title>
      <![CDATA[ Integrate modeling and simulation (MODSIM) in product development to prevent failures ]]>
      </title>
      <link>https://blog--3ds--com.apsulis.fr/industries/home-lifestyle/integrate-modeling-and-simulation-modsim-in-product-development-to-prevent-failures/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/267876</guid>
      <pubDate>Tue, 06 Aug 2024 18:29:40 GMT</pubDate>
      <description>
      <![CDATA[  ]]>
      </description>
      <content:encoded>
      <![CDATA[ 
Embrace MODSIM



Structural simulations on an e-bike during design. MODSIM (sometimes called simulation-driven design) improves products early in product development. 



What’s behind the decision to improve products with MODSIM? By applying integrated modeling and simulation (MODSIM) during the early product design phase companies can improve product quality and reduce costly mistakes. Consider that consumer goods manufacturers using a MODSIM approach can detect potential product failures early–whether in design, materials, or manufacturing processes–and reap the benefits of saving time, money and safeguarding the company’s reputation. And, integrating 3D design and Finite Element Analysis (FEA) technologies allows simulation to occur early in design. Engineers and experts then identify and prevent failures before building a single physical prototype. Whether making sporting goods like a new e-bike design, baby gear, or modern furniture, this comprehensive approach helps companies and their customers avoid the headaches of product issues.



Democratize simulation: empower engineers, designers and product teams



In the early concept phases, engineers and simulation experts can use generative design (part of MODSIM) to ensure the product design satisfies requirements. Then, when assessing the performance of a design, engineers and experts (with no simulation expertise) can apply simulation.  Simulation on the 3DEXPERIENCE platform uses a product &#8216;virtual twin&#8217; to test a product&#8217;s fit, form and function. Applying simulation informs engineering design decisions. This “democratization” of simulation offers many benefits. Simulation in the hands of engineers and the product team allows them to:




apply “what if” scenarios using seamless associativity / integration with geometry



perform sophisticated structural simulations during the early design phase,



examine multi-step structural scenarios to evaluate product performance and test quality during product design




Reap MODSIM benefits, move beyond CAD alone



What if you could improve your design and product development processes regardless of your CAD solution ? The 3DEXPERIENCE® platform, part of the home and lifestyle industry solution experiences, provides teams the tools to apply a MODSIM approach. Simulation can be integrated with several CAD solutions. This allows seamless engineering collaboration between product stakeholders for informed discussions and helps accelerate product releases. Plus, full engineering traceability supports higher quality, and cloud computer reduces hardware dependencies. When using SOLIDWORKS or CATIA by Dassault Systèmes the capabilities and options are even more robust.



Apply MODSIM across the product lifecycle



With MODSIM engineers can better meet exacting requirements and have more time for innovation. Integrated modeling and simulation allows analysis, tradeoff studies and testing across product development. As an example, product teams designing an e-bike can address:




Strength



Durability



Manufacturability



Thermal loads



Electromagnetic fields








Early validation of product performance without physical prototypes



Don’t wait for physical prototypes. For answers at any time during product development management and teams can make better-informed decisions, faster using virtual prototypes. Whether using SOLIDWORKS, CATIA or an other CAD solution to create a conceptual (and later a detailed) model it&#8217;s possible to add integrated simulation via the 3DEXPERIENCE platform. This combination allows the product team to analyze how the product would perform in the real-world (whether analyzing battery thermal dynamics to material strength or simulations of crashes). 



See why MODSIM conveniently helps spark innovation&#8211;demonstrated in the webinar, &#8216;Simulation-Driven Design: Concept to Manufacturing with 3DEXPERIENCE Works.&#8217; Watch and follow the development of an e-bike using SOLIDWORKS and integrated simulation. This simplified design and simulation approach enables early detection of design flaws and potential product failures. By integrating 3D CAD and FEA technologies consumer goods manufacturers enjoy a comprehensive, cost-effective, and efficient approach to preventing downstream manufacturing and product issues.



Learn why leading companies like e-bike company, IFEVS and others invest in Home &amp; Lifestyle industry solutions featuring multi-physics simulation and analysis tools in a single collaborative environment on the 3DEXPERIENCE platform.



Additional Links



Explore the links below for more on the value of MODSIM.



IFEVS customer story



3DEXPERIENCE Works MODSIM  Watch the video 



&#8216;Create Advanced Home Goods in a Consumer-driven World&#8217; ebook



Home &amp; Lifestyle sports &amp; leisure webpage
 ]]>
      </content:encoded>
      </item>
<item>
      <title>
      <![CDATA[ Calling all leaders in business sustainability ]]>
      </title>
      <link>https://blog--3ds--com.apsulis.fr/brands/3dexcite/calling-all-leaders-in-business-sustainability/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/266316</guid>
      <pubDate>Mon, 01 Jul 2024 11:28:04 GMT</pubDate>
      <description>
      <![CDATA[ Dassault Systèmes is gathering sustainability leaders for its third European Leaders in Business Sustainability event, which takes place at Münchenbryggeriet in Stockholm on 19th September.
 ]]>
      </description>
      <content:encoded>
      <![CDATA[ 
Over the past few years, sustainability has become a strategic priority that is driving transformation across all businesses, governments and cities – and right across the globe.



It’s easy to see why. The world is grappling with environmental challenges – and there’s increasing demand from consumers for businesses to adopt more sustainable practices. Get it right, and the benefits are huge: responsible businesses not only stand to build more trust with stakeholders, employees and consumers, but they also see a positive impact in terms of engagement, profitability and recruitment.



The path toward a smooth energy transition &#8211; While each and every business has a responsibility to implement sustainable practices in their everyday operations, there’s even greater expectation placed on the energy sector and large-scale ventures to facilitate the transition to green energy – a crucial process if we are going to cut emissions and be able to keep global warming to no more than 1.5°C as called for in the Paris Agreement.



However, the energy transition won’t happen overnight. Recent reports suggests that most heavy industry sectors are struggling to meet even the first-level goals aiming for achievement by 2030.&nbsp;This is a problem.



“It’s crucial we create solutions, because a smooth energy transition underpins every single industry,” said Annette Höglund-Dönnes, Renewable Energy and Materials Lead for the Northern Europe at Dassault Systèmes. “Without access to clean energy, we cannot drive the desired decarbonization.”



Digital tools are key to success &#8211; According to the World Economic Forum, 70% of the sustainability goals in Agenda 2030 can be met by using digital tools to de-risk large capital investments. Similarly, the Swedish industry research and innovation organization Energiforsk recently launched a research program called &#8220;Digitalisation in Nuclear Power&#8220;, which demonstrates how, as nuclear becomes more prominent across Europe, digital tools will be essential to ensure that projects are delivered in time and on budget.



Several European energy giants are prioritizing digitalization and innovation across their energy projects. For example, companies are using digital twin technology as a powerful tool to optimize the design of capital assets, processes and equipment. This is increasing efficiency across the lifecycle from the initial concepts, through to the building, operations and maintenance phases.



A call for collaboration &#8211; Digital tools are also democratizing data and facilitating better collaboration between key stakeholders within organizations and across the energy value chain. Höglund-Dönnes sees this as a very positive step forward: “Collaboration undergoing a transformation,” she said.



A springboard for showcasing success &#8211; Keen to foster even further collaboration between businesses, industries and key stakeholders in energy transition, Dassault Systèmes is leveraging its unique position in the market to run its third Leaders in Business Sustainability event in Europe. This year’s event is on September 19th at the historical Münchenbryggeriet in Stockholm, and the all-new format is designed to ensure attendees maximize their knowledge-sharing and enjoy the many networking opportunities.



A focus on four key themes &#8211; This year, there will be sessions on four key themes:



1. The power plan for a smooth energy transition – the panel discusses the technological advancements, collaboration, and transformation needed to expedite the shift towards decarbonization and new energy. Who does what and how?



2. Supply chain resilience – products change, and new supply chains need to be formed. In a fast-moving environment the key ability is to adopt to new needs and be prepared to meet the demand. Business sustainability relies on resilient supply chains.



3. Sustainable Innovation: Clean transportation and the future of the auto industry. Developing new products, new processes and sometimes new business models is the biggest challenge to stay on track with sustainability imperatives. It also represents the biggest business opportunities for all industries today. In this session, we will discuss how to transform your business by integrating product innovation with sustainable design practices that can help reduce your carbon footprint.



4. How to make the circular economy achievable, scalable and profitable. In this session, Florence Verzelen, Executive Vice President of Industry, Marketing and Sustainability and Philippine de T’Serclaes, Dassault Systemes’ Chief Sustainability Officer at Dassault Systèmes will investigate how, by redefining how you design, manufacture and operate within the circular economy framework, you can not only contribute to a lower carbon footprint but also position your businesses for long-term success.



We have invited a selected number of panelists to share their inspiring journeys in each of these sessions. As well as learning from these stories, attendees will be able to participate in focused group sessions on specific sustainability topics. Our team of experts will guide you through areas like systems engineering, 3D modelling and more.



For those attendees who like to immerse themselves in new technologies, our Innovative Playground will enable hands-on experiences in the virtual world using the 3DEXPERIENCE platform.



Attendees can also connect with industry peers, thought leaders and the brightest drivers of sustainability. Mingle with Dassault Systèmes teams, partners and&nbsp;sponsors and build powerful connections that will drive your business forward.



This combination of thought leadership, our playground experience and networking will allow our invited guests to explore the latest new ideas and leave the day feeling inspired and connected. “Leaders from every industry, no matter where they are in their decarbonization journey, will benefit from this event,” said Höglund-Dönnes. “You’ll be able to make new connections, see the latest and greatest new technologies and learn more about how you can help drive sustainability across the value chain to build a brighter future for everyone.”



Seats are limited. Register your interest now.
 ]]>
      </content:encoded>
      </item>
<item>
      <title>
      <![CDATA[ 5 items with more tech behind them than you might think ]]>
      </title>
      <link>https://blog--3ds--com.apsulis.fr/industries/home-lifestyle/5-items-with-more-tech-behind-them-than-you-might-think/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/265792</guid>
      <pubDate>Tue, 18 Jun 2024 20:00:00 GMT</pubDate>
      <description>
      <![CDATA[ From sneakers to soda bottles, there’s technology behind nearly every product we purchase, even if it’s not so obvious. 
 ]]>
      </description>
      <content:encoded>
      <![CDATA[ 
It’s safe to say nearly every aspect of our lives today is integrated with some type of technology. Whether it’s an iPhone alarm that wakes you up in the morning or the coffee maker pre-programmed to brew a perfect cup of joe once you get out of bed, there’s tech at every touchpoint. But even the most mundane items we use every day have more technology behind them than you might think.&nbsp;



Consider these five goods:&nbsp;



Beauty products



Cosmetic and skincare goods are notoriously complicated to produce. The formulation and testing processes are laborious, but the complexity doesn’t end there. Packaging these goods requires considering how materials like plastic and glass will interact with the product inside. Some serums and creams with Vitamin C, for example, require a dark glass exterior to shield the goods from light exposure, which can cause oxidation and render the product useless. Maintaining a relatively consistent temperature inside the packaging can also be tricky since extreme heat or cold can alter a good’s chemical formulation and reduce its effects.&nbsp;



Designing packaging that achieves all these goals and looks appealing to consumers requires a lot of technology behind the scenes. Manufacturers leverage virtual twins for formulation and packaging needs, using digital renderings of their products to understand how certain bottles will react to stimuli and how best to preserve their contents despite different types of exposure.&nbsp;







Soda bottles 



A few years back, Coca-Cola announced that Sprite’s iconic green bottles would be phased out in favor of clear plastic ones. The rationale was that clear bottles, compared to colored ones, are easier to reuse in a similar fashion. Instead of breaking down the plastic and turning it into something completely new, it could be used as a bottle again. 



But changing the color of the plastic isn’t as simple as it might sound. Just like with beauty and skincare items, the shade of a package and its translucency can significantly affect the contents, including their shelf life and even taste. Instead of setting out bottles for a few months to see how they fare when made of a different material, companies can use virtual modeling software to conduct the same tests digitally and get the insights they need faster.&nbsp;



Sofas 



If tech isn’t what comes to mind when you think of furniture, you’re not alone. And while 3D modeling software has for decades enabled the virtual design of chairs and beds, there are other ways of deploying technology in developing these goods.&nbsp;



Consider the humble sofa. A layered good, it needs to have structural integrity so it doesn’t collapse under the weight of its users, but it also needs to be plush enough to be inviting to sit on. The fabrics, materials and fillers need to be able to withstand changing temperatures &#8211; and washing machines, potentially &#8211; and manufacturers need to understand how they’ll interact with one another.&nbsp;







Sneakers



Just like couches, shoes are a layered product requiring different raw components combined to produce an item with structural integrity. They’ll undergo significant wear and tear and be exposed to weather, including rain, mud, heat and more.&nbsp;



Unlike sofas, though, footwear needs to be lightweight enough so that the wearer isn’t forced to literally drag their feet along. Most sneakers are comprised of a variety of materials, including carbon fiber, foam, leather and nylon, which can make maintaining a low weight even more complex. Add in ensuring all those fabrics hold up in the same way over a period of time and you’ve got quite the task on your hands. Oh, and they should be cute, too.&nbsp;



Developing a sneaker that does what it needs to while looking the way consumers want it to requires some technological investment. Understanding which materials get the job done and how long they’ll hold up under different conditions is a job best done virtually. Mapping a shoe’s components in a digital rendering allows designers to mold creativity and necessity together to produce an optimal product.&nbsp;



Perishable food items 



Refrigerated foods require technology in two ways. First, their packaging needs to be designed to maintain their optimal temperature. That means designing boxes, bags, cartons and more with the right thickness and insulation to keep the cold in and the heat out. Second, transporting those goods between a factory and the shelves of a grocery store needs to be carefully mapped out and optimized so the food doesn’t risk spoilage during the journey. Leveraging a solution like DELMIA’s logistics software enables swift delivery operations and planning with integrated optimization features.&nbsp;



The technological footprint in everyday items stretches far beyond our usual suspects like smartphones and laptops. From the sneakers on your feet to the soda in your fridge, and even the sofa you sit on, technology plays a pivotal role in their development, production and packaging. This integration of tech ensures not only the quality and longevity of products but also their appeal and functionality for consumers.
 ]]>
      </content:encoded>
      </item>
<item>
      <title>
      <![CDATA[ Why is fast fashion bad for the environment? ]]>
      </title>
      <link>https://blog--3ds--com.apsulis.fr/industries/home-lifestyle/why-is-fast-fashion-bad-for-the-environment/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/265861</guid>
      <pubDate>Tue, 18 Jun 2024 13:52:30 GMT</pubDate>
      <description>
      <![CDATA[ Learn how embracing sustainable fashion can help avoid fast fashion’s environmental impacts. 
 ]]>
      </description>
      <content:encoded>
      <![CDATA[ 
New seasons, new styles, buying more, and buying cheap are the wave of the fashion industry in recent years. The fast fashion industry is rapidly growing, with the number of garments made each year doubling in the past 20 years and the global consumption of fashion increasing by 400%.



Although financially successful, this industry has contributed significantly to the climate crisis, accounting for an estimated 10% of global carbon dioxide emissions. Despite the growth of the fast fashion industry, consumers have indicated that sustainability has become a key priority for them, so how do we shift this profitable cycle of mass consumption to long-term sustainability for our planet?



What is fast fashion?



Fast fashion is a manufacturing process involving the production of garments in bulk in as little time as possible. The fast fashion industry was estimated to be worth $41.15 billion in 2023, with an anticipated reach of $59.85 billion by 2030. So why can’t we continue on this trend of mass consumption?



In today’s fast-paced world, the allure of fast fashion can be undeniable. New trendy styles at pocket-friendly prices are delivered quickly to your doorstep through e-tailors. However, behind the convenience and discounted prices, fast fashion’s rapid production relies heavily on cheap labor and unsustainable manufacturing processes. From the excessive use of water and exploitation of workers, fast fashion’s environmental impact can be devastating, not to mention harmful social and economic implications. The Facts and Figures about Materials, Waste, and Recycling Report in 2018 reported that landfills received 11.3 million in textiles, with the generation of textiles reaching 17 million tons.  







Harmful effects of fast fashion



The environmental impact



The fast fashion industry accounts for 10% of annual global carbon emissions in the Sustainability and Circularity in the Textile Value Chain March 2023 Report. This report details how today&#8217;s garments have doubled since 2000, with consumers buying 60% more clothes but wearing them for half as long. To keep the cost of production down, fast fashion uses cheap materials like polyester, a nonrenewable fossil fuel. Polyester can take over 200 years to decompose and lasts only seven to 10 wears on average.



In short, fast-fashion garments are not sustainable for the wearer or the planet. Many consumers have become concerned with fast fashion’s environmental impact and are looking for more sustainable fashion options.



The social impact



Fast fashion is not just affordable because of the cheap materials used but because working conditions are often less than ideal. Behind the glamor of cheap runway styles, fast fashion production sometimes heavily involves unsafe working conditions and low wages in developing countries. Major department stores often outsource from developing countries with weak labor laws such as Cambodia, Bangladesh, and Myanmar. Myanmar, for example, experienced violent riots in 2017, with workers making an average of $2.63 a day. Historically, about 80% of workers around the globe in the fashion industry are women paid through a piece rate system at meager wages. In Bangladesh, the second largest exporter of garments in the world, the conditions became so unsafe that 1,134 workers were killed after the Rana Plaza garment factory collapsed in 2018.



“Overproduction rides on the back of the most vulnerable people along the fast fashion supply chain, who are usually from the Global South,” Sammy Oteng, senior community engagement manager for the Or Foundation, told Vogue. The Or Foundation is a public charity on a mission to catalyze a justice-led circular economy in the fashion industry.



The fast fashion industry produces cheap products for consumers, but the environment and workers pay these costs on the back end.



What is the sustainable fashion industry?



Sustainable fashion is a term for ethically made clothes that are designed and produced to be more environmentally friendly. This includes clothes made from natural fibers such as cotton, hemp, linen, wool, and silk.



Slow fashion offers a deliberate and mindful approach to clothing, unlike fast fashion. Rooted in sustainability and ethical production, slow fashion encourages consumers to buy made-to-last pieces. It is a conscious lifestyle choice that prevents waste and overproduction in the industry.



Shifting consumer mindset toward sustainable fashion



The fast fashion business model of quick turnover and garments at low prices is under pressure from consumers interested in change. According to a ThredUp survey from 2021, there is increasing awareness among consumers of the issues of sustainability in the fashion industry; 74% of shoppers were aware their consumption habits significantly impact the planet, and 50% believed fast fashion to be harmful to the environment. With growing awareness of the sustainability issues in this industry, consumers will increasingly seek environmentally friendly options in the future.



One way consumers support sustainable fashion is by actively choosing to buy fewer pieces – and buying pieces designed to last. Another implication of shifting consumer mindset involves reimagining the idea of ownership in apparel through the leasing and renting clothing. Business models such as Rent the Runway’s support reuse instead of rapid consumption. In this type of model, garments are reused and shared among customers, reducing the demand for new production and minimizing waste. Customers can enjoy the latest trends by renting designer pieces for special occasions or everyday wear without contributing to environmental or societal impacts.



Four ways the sustainable fashion market is making strides



1. Recycling in a circular economy



We are already witnessing the signs of the fashion industry transitioning toward a more circular model. Once clothes are no longer used, they are reinvited into new clothes through textile recycling in a circular economy. Blue Jeans Go Green is a program implemented to collect denim across the US before it reaches landfills to recycle it into Ultra Touch Denim Insulation. Circ is a technology system that also promotes a circular economy by returning clothes to their raw materials to be made into new fabrics; retraining these fibers retain the value of the garment instead of simply discarding it.



2. Reuse of materials



When large companies in the fashion industry adopt sustainability practices, it sets off a ripple effect that extends far beyond their operations. Adidas was ranked No.3 in global sales in the Apparel/Accessories category in Forbes World’s Largest Public Companies List. It committed in 2024 to using only recycled plastics, doing away with all virgin polyester, after having massive success with recycled plastic footwear, projecting to sell 11 million pairs this year. Sustainable commitments from a company of this size will influence over 900 million items produced and bought. Adidas’ sustainable shift has broader ramifications, pushing other large companies like Nike to move toward a more sustainable future aggressively. Nike and Adidas have since collaborated to create sustainable footwear from plastic water bottles found in oceans.



3. Use of sustainable materials



Sustainable fashion involves shifting the materials used toward natural fibers such as cotton, hemp, linen, wool and silk. These are durable materials meant to last longer. Using cheaper materials, like polyester, to make these products requires fossil fuels, which do not biodegrade and sit in landfills and water systems. In producing made-to-last garments from sustainable materials, we ensure more long-lasting pieces and a substantially smaller environmental impact on production and consumption.



4. Charitable donations for change



Brands can also directly support sustainable fashion through charitable donations to work toward a greener world. Patagonia announced in 2022 that it is transforming the company into a charitable trust, with all profits from its $1.5 billion annual sales going toward climate change. This makes the planet their only shareholder. A company already committed to sustainability practices, winning the UN Champion of the Earth World in 2019, went a step further to contribute directly to the battle against climate change.







Allegations of greenwashing in the fashion industry



Fast fashion brands have been criticized for advertising their green initiatives widely despite those initiatives comprising a tiny part of their overall operations. This process is known as greenwashing, a misleading advertising technique to lure consumers. The critics suggest that companies paint sustainable line launches from fast fashion brands as tactics to make the brand appear more environmentally friendly while the bulk of its business remains rapidly producing garments from fossil fuels and aiding mass consumption.



The future of fashion



Fast fashion’s environmental impact cannot be understated with the depletion of non-renewable resources, emission of greenhouse gases, and the use of large amounts of water and energy. It is time to change the future of fashion through recycling, reuse, sustainable practices, and donations toward a better future. 



Tools like the 3DEXPERIENCE platform give companies more transparency across the product lifecycle – from sourcing all the way through production, distribution and recycling – and help streamline processes to support sustainability goals.



Virtual twins could help clothing designers understand how more sustainable materials will behave in a garment and help support better, more sustainable alternatives. &nbsp;




 ]]>
      </content:encoded>
      </item>
<item>
      <title>
      <![CDATA[ Meet entrepreneur, OtO CEO Ali Sabti, developer of award winning smart robots for lawn care ]]>
      </title>
      <link>https://blog--3ds--com.apsulis.fr/industries/home-lifestyle/smart-lawncare-manufacturer-uses-3dexperience-works/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/265002</guid>
      <pubDate>Fri, 07 Jun 2024 15:17:55 GMT</pubDate>
      <description>
      <![CDATA[ Learn why OtO uses a platform-based simulation and collaborative design solution
 ]]>
      </description>
      <content:encoded>
      <![CDATA[ 




Dassault Systèmes Jennifer Black hosts Ali Sabti, CEO and Founder, OtO at the annual 2024 3DEXPERIENCE World event.







Ever wonder how a consumer goods company gets its start? Jennifer Black, Home and Lifestyle Industry Solution Director, had a chance talk with the founder and CEO of OtO, at this year’s 3DEXPERIENCE WORLD. During a Question and Answer session with Jennifer, Ali Sabti, a serial entrepreneur, shared the story behind his company and its award winning smart lawn device (developed using 3DEXPERIENCE® Works) that waters with precision. Their goal: design a product to take the pain out of lawn care for its customers and the planet.



Background



“We had the chance to chat with Ali as he shared his startup’s story at 3DEXPERIENCE World. Not only did he share how OtO launched their lawn care product to market in record time, the audience asked Ali questions about entrepreneurship and lawn care tips! After meeting him and hearing his story, I am not surprised his company got so much attention so quickly.&#8221; (OtO won awards from the Consumer Electronic Show and Forbes magazine) &#8220;Ali held the room’s attention sharing the challenges his engineers solved using 3DEXPERIENCE Works,” Jennifer Black recalled.




“Continually jump off cliffs and adjust on the way down. Develop your wings as you fall.” 
Ali Sabti, Founder and CEO, OtO



Start Up Help



With an entrepreneurial mindset Sabti and team had both technology and process puzzles to solve. Their value added reseller partner, Hawk Ridge Systems, enlisted the company to join the SOLIDWORKS Entrepreneur Program to support them. Joining the program gave OtO a powerful combination –a can do approach and right solutions to deliver their new smart lawn product.



Simplifying Complexity in Development



When choosing a smart product consumers look to simplify and automate everyday tasks and save time. Most people don&#8217;t realize the complexity behind the products they buy. The OtO product uses advanced electro mechanical parts with integrated electronics and software. For multiple technologies to work smoothly engineers solve many problems in development.



Oto&#8217;s electro-mechanical product requirements were just the starting point. Any smart outdoor solution –whether for security, lighting or lawn care &#8211; has unique requirements. Products that operate outdoors must withstand the elements year after year. The OtO programmable, autonomous lawn care product had additional performance requirements such as reducing water waste an eliminating chemicals. OtO saves homeowners about 50% of water usage because the device delivers water with precision and intelligence. The OtO lawncare products also provide options for natural solutions for fertilizer and week control.



More About OtO&#8217;s Innovation



Interested in finding out more? Check out the video interview and case study Mr. Sabti recorded right after his talk. He shares the learning process, trial and correction approach, and applications used. Case study highlights including how OtO applied 3DEXPERIENCE Works for:




virtual simulations including motion studies to ensure gears mesh as designed;



rapid prototyping for physical testing;



model-based engineering to align multiple disciplines; and much more!




OtO Case Study
 ]]>
      </content:encoded>
      </item>
<item>
      <title>
      <![CDATA[ The secret behind smart home product development: platform-based MBSE ]]>
      </title>
      <link>https://blog--3ds--com.apsulis.fr/industries/home-lifestyle/embracing-mbse-on-the-3dexperience-platform-offers-the-secret-to-successful-product-development-in-the-rapidly-evolving-smart-consumer-products-market/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/260299</guid>
      <pubDate>Fri, 19 Apr 2024 18:10:01 GMT</pubDate>
      <description>
      <![CDATA[ Consumers shopping for home products notice the common home products shifting to “smart” products. It has taken some time, but everyday consumer products now use technology from the aerospace and industrial sectors.
 ]]>
      </description>
      <content:encoded>
      <![CDATA[ 
 How do manufacturers navigate the complexity of adding integrated sensors, smart chips, networking capability and software to create innovative, reliable smart devices for the home? Learn the secret to successful smart product development. Consider platform-based MBSE to improve your product development in the rapidly evolving smart home product market.



Product complexity keeps increasing



The integration of electronics, mechanical systems, and software in smart consumer devices introduces new challenges for research and development teams. Whether designing a robotic vacuum, or a humanoid robot, automated garden tools, or ebikes and baby gear manufacturers need skilled engineers across multiple disciplines. Intuitively engineering managers know that incorporating connected sensors, cloud computing, software, and artificial intelligence requires real-time collaboration across engineering disciplines.



Quality drives market share



Product quality and reliability are critical to company reputation and market share. Consumers expect easy to use, products that will last – especially for higher priced home automation products. It’s essential for manufactures to deliver high-quality smart home products to protect and grow a their presence in this competitive space.



Embracing platform-based model-based systems engineering (MBSE)



A growing number of companies consider Model-Based Systems Engineering (MBSE) as a critical tool to manage the complexity of systems integration. The ability to apply a ‘systems of systems&#8217; approach is among the many benefits of MBSE. All disciplines (i.e., mechanical, electrical, software, and others) to use what’s known as SysML, or Unifying Systems Modeling Language. Using the SYSML standard language simplifies problem definition and agreement on a solution or solutions.



SysML, unifying systems modeling language



Using a modeling language that unifies multiple [software] languages is essential. The common language employed by No Magic* users, Systems Modeling Language, known as SysML, allows all project stakeholders to share systems information. By offering a more complete representation of systems, SysML helps reduce errors and ambiguities during systems development processes. (*No Magic was acquired by Dassault Systèmes in 2018)



Trace requirements, align teams



MBSE serves as the framework to enable teams to define and trace product requirements using precise 3D product models from the early concept phase. Using 3D product modeling and virtualization software that uses virtual twins of the future product significantly reduces the need for expensive, time-consuming late-stage modifications. And, a platform-based approach not only helps manages system complexity but also enables collaboration across engineering disciplines and other product stakeholders (purchasing, manufacturing planning, marketing) so all are aligned and products launch to market faster.



An example of MBSE in action: Building a home robot



Using a practical example of the effectiveness of a platform-based MBSE approach, consider the development of a Humanoid robot. A manufacturer developing a new line of human-like robots for the home uses MBSE on a digital platform. This offers engineers to:



&#8211; Apply hundreds–or thousands–of simulations on the product virtual twin to optimize the product design; 



&#8211; Ensure seamless integration of IoT (Internet of Things) connectivity via Bluetooth or Wi-Fi  



 &#8211; Validate the product design meet requirements (i.e., safety and performance standards); 



&#8211; Seamlessly integrate of components and hardware systems; and 



&#8211; Unify multiple [software] languages and integrate software and hardware with SysML. 



The race is on by consumer goods manufacturers to develop an AI-driven humanoid robot for the home. Those embracing a platform-based approach using Model-based Systems Engineering have the right tools to simplify the complexity and get to market with the best product faster. 







MBSE + 3DEXPERIENCE platform for collaborative design and problem-solving



To highlight the benefits of easy, real-time collaboration among engineers (i.e., systems, electrical, mechanical, and software) consider how an R&amp;D team successfully integrates camera functionality in a home robot. A platform approach allows a global team universal access to all data and models. Collaboration using the same model allows faster validation and verification that the camera meets specifications. Simulating the fit, form and function of the camera in a virtual twin of the robot allows engineers to resolve design issues, align with suppliers on material and part availability, and communicate with manufacturing planning to meet constraints and much more. 



MBSE impact on the efficiency of product development



MBSE not only makes the design and development processes more efficient resulting in better products to delight customers, it also removes engineer’s non-value added tasks freeing up time for innovation. And, companies are more nimble because a platform-based MBSE methodology offers a real-time view of product development, allows faster feedback on product performance and empowers teams to make informed decisions to adapt to changing requirements swiftly.



A look ahead



Many consumer goods companies seek to simplify home automation and connect everyday products to make consumers lives simpler. The complex nature smart products (basic products like a robotic vacuum to very complex human-like robots) requires the right tools to solve product development challenges. A solution is required that integrates requirements, systems architecture, cross-disciplinary modeling and simulation and virtual prototyping – including embedded software, validation and verification into one unified, collaborative and open environment, like the 3DEXPERIENCE® platform and it’s MBSE solutions. This approach proves more critical when Artificial Intelligence features become part of the product specifications.



Key benefits of MBSE



A few key benefits: end-to-end traceability, change management support, agility (through informed-decisions), and simplified quality and compliance to meet requirements and certification standards. Embracing MBSE on the 3DEXPERIENCE platform offers the secret to successful product development in the rapidly evolving smart home product market.



Related content



Smart Home Products Become Smarter with the Right Model-based Systems Engineering Approach and Matter



The Innovation Race




 ]]>
      </content:encoded>
      </item>
<item>
      <title>
      <![CDATA[ Consumer Goods Manufacturers Apply Circular Practices to Improve Sustainability ]]>
      </title>
      <link>https://blog--3ds--com.apsulis.fr/industries/home-lifestyle/consumer-goods-manufacturers-apply-circular-practices-to-improve-product-sustainability/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/258288</guid>
      <pubDate>Thu, 28 Mar 2024 21:33:03 GMT</pubDate>
      <description>
      <![CDATA[ Interested the role circularity plays helping consumer goods manufacturers improve their sustainable product development practices? Whether manufacturing furniture, bathroom fixtures or sports gear, companies turn to circular practices to reduce waste and maximize resource efficiency. Circularity offers manufacturers a way to make gains in sustainability while lowering costs. By replacing the traditional linear “take-make-dispose” model, circularity aims to create a closed-loop system. That means materials ‘circulate’ for as long as possible. A “recycle-make-recycle” model minimizes waste and maximizes value.
 ]]>
      </description>
      <content:encoded>
      <![CDATA[ 






Virtual Twins Help Rethink the Product Lifecycle



Interested the role circularity plays helping consumer goods manufacturers improve their sustainable product development practices? Whether manufacturing furniture, bathroom fixtures or sports gear, companies turn to circular practices to reduce waste and maximize resource efficiency. Circularity offers manufacturers a way to make gains in sustainability while lowering costs.



What is Circularity in Product Product Development?



Circularity offers a holistic approach to the product lifecycle that prioritizes durability, reparability, recyclability, and resource efficiency.



By replacing the traditional linear &#8220;take-make-dispose&#8221; model, circularity aims to create a closed-loop system. That means materials ‘circulate’ for as long as possible. A “recycle-make-recycle” model minimizes waste and maximizes value.



Circularity Design Principles: A Way to Optimize Resources



Companies apply circularity in design to reshape and optimize resources. For example, furniture design specifications require easy disassembly for repair to extend a product’s lifespan. Recycled materials reduce a product&#8217;s environmental footprint. Some examples of products and practices that reduce waste:




Furniture &amp; Home Goods: IKEA employs circular practices such as designing furniture for easy assembly and disassembly to promote reuse and waste reduction.



Sports &amp; Leisure Goods: The Patagonia Worn Wear initiative encourages customers to repair and recycle their clothing to reduce the resources needed for new products.





Footwear, Watches &amp; Jewelry: Increasingly, sought after footwear, watch, and jewelry designs incorporate recycled materials.&nbsp; Swiss watchmaker, Swatch introduced collections made from recycled materials such as the Swatch Big Bold line made from bio-sourced plastic derived from castor oil.








Implementing Circular Practices



It&#8217;s understandable that implementing circular practices can be challenging for companies &#8211;especially larger ones. Overcoming the sheer complexity (multiple suppliers across many geographic locations each with their own regulations) can be a major roadblock. Companies need the right “green tech” to simplify complexity, streamline the use of recycled materials, reduce waste, and optimize resources.



The Role of Eco-Design



It makes sense that decisions made during the early design stages can influence a product’s environmental impact. Some estimate the amount of impact at as much as 80% of a product&#8217;s footprint. (UN Environment Programme (UNEP))



Eco-design, at the core of a circularity, helps define the materials, product specification and processes very early. Applying sustainability as part of product requirements at the beginning reduces mistakes (and waste) and extends the lifespan of a product to reduce the need for frequent replacement.



The Powerful Combination: Product Lifecycle Assessment + Virtual Twin Technology



A key aspect of circularity is the holistic view of the product lifecycle. Companies perform a lifecycle assessment (LCA) to understand its environmental impact. An LCA considers things like: material selection, manufacturing, distribution, use, repair and maintenance, disposal, and recycling. Dassault Systèmes offers Lifecycle Assessment tools that streamline this process.



However, to rethink the full product lifecycle a robust integrated solution is needed. The 3DEXPERIENCE platform® enables the creation of a virtual twin of a product and its related processes across its full lifecycle. The power of the virtual twin allows product teams to use much more than a virtual model of the design. Virtual testing (of materials and the full product), virtual the factory layout, and virtual manufacturing processes all save time and reduce waste. Engineers can simulate a product&#8217;s behavior and explore thousands of options to improve the product &#8212; before building the first unit. And, with data available in real time, teams can monitor and optimize resources more effectively.



3 Key Strategies




Collaborate Across Departments: Successful implementation of circular design requires cross-functional collaboration between engineering, sustainability, supply chain, and marketing teams. By breaking down silos and fostering collaboration, companies can leverage diverse expertise and perspectives to drive innovation and minimize implementation challenges.



Invest in Innovation: Embrace emerging technologies and materials that enable circularity, such as 3D printing, modular design, and bio-based materials. Investing in research and development (R&amp;D) initiatives focused on circular design can yield long-term competitive advantages and demonstrate leadership in sustainability.



Design for Disassembly: Incorporate design principles that support disassembly, repair, and reuse of products and components. Designing products with standardized interfaces, modular components, and easily separable materials extends the product lifespan, reduces waste, and enhances resource efficiency.








Circular Economy One Product at a Time  



By minimizing value leakage and building a more circular economy companies reap many benefits including: 




reducing development time up to 30%  




lowering product development costs by up to 40%                                                                                                                                                                                                significantly lowering a product&#8217;s environmental footprint  



Embracing circularity applying virtual twin technology allows consumer goods manufacturers to rethinking product development, lower costs and reach sustainability goals one product at a time.



Find out more. Watch the circularity video, read the sustainability ebook.
 ]]>
      </content:encoded>
      </item>
    </channel>
   </rss>