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The Metropolitan Museum of Art’s Costume Institute spring 2016 exhibition, Manus x Machina: Fashion in an Age of Technology, officially opened last week on the 5th of May. It explores how designers are reconciling the handmade with the machine-made in fashion, and among the machine-made creations are numerous pieces resulting from collaborations between Materialise and Iris van Herpen with Julia Koerner and Daniel Widrig, as well as threeASFOUR with Bradley Rothenberg. According to Materialise’s Creative Director, Joris Debo, “The key to truly innovative 3D printed fashion is not the printing process itself, but the co-creative process that proceeds the print. With each fashion collaboration undertaken, we increasingly come to appreciate that it is through bringing together individual strengths – the fashion designer for creative concepts, an architect for creative implementation, and Materialise for 3D printing expertise and software – that concepts are formed into inspiring and unique pieces ready to go down the catwalk.

CCE, a leading provider in advanced interoperability technology and engineering services, has found that the BOM tool, in EnSuite-View, has sparked a huge interest, making it one of the most widely-used tools by avid users. The BOM tool, in EnSuite-View, can be used to view the bill of materials within assemblies and displays the following information: All unique parts, with number of occurrences in the assembly, and their metadata. Any unique part, as well as all the transformations of that part available within the assembly. Many different operations can be performed while using the BOM tool, including: A sub-assembly can be marked as a purchased item in order to ignore the parts available under that particular sub-assembly from the BOM. The BOM can be exported to HTML and XLS formats. Any component, listed in the BOM table, can be opened. Assembly structure can be shown with indentations. EnSuite-View is a free and easy-to-use software that allows users to

Key takeaways: Kubotek Creation Engineering launches a new 3D geometry kernel, the KCM Modeler Each object in the KCM modeler carries its own precision for better computational speed and accuracy Kubotek USA’s Key Creator will be released using the KCM kernel Kubotek Creation Engineering, a Division of Kubotek Corporation announced the availability of a new 3D geometry kernel, the KCM Modeler. Most readers will be familiar with Key Creator, the 3D direct modeling CAD solution from Kubotek USA, a subsidiary of Kubotek Creation Engineering. A geometry kernel underpins the 3D modeling capabilities of a typical CAD solution. The introduction of the new KCM kernel was accompanied by claims that it “supercharges compute intensive 3D modeling applications” and that it “solves the decades long CAD interoperability problem.” In discussions with Dr. Paul Stallings, Vice President of Development at Kubotek, and chief architect of the KCM modeler, CIMdata recognizes the expert technical attention given to these two issues, but

CIMdata, Inc., the leading global PLM strategic management consulting and research firm, announces an upcoming free educational webinar, “Ensuring the Dependability of Smart Connected Products.” The webinar will take place on June 23, 2016 at 11:00 a.m. (EDT) and will propose a road map that connects commonly used tools in reliability engineering with systems engineering processes, including a formal knowledge management system, to improve the dependability of complex, software-intensive products, and product-systems. According to the webinar host, CIMdata’s Director for the Quality & Reliability Engineering Practice, Dr. Venkatesh "Venki" Agaram, “With the ever increasing application of IoT, sensors, communication devices, and artificial intelligence, the intricacies of the information flow in products and product systems renders upfront design, taking into account failure modes and robustness, extremely difficult to achieve. Consequently, the integration of quality & reliability engineering tools with systems engineering becomes critical. However, such integrated solutions are not readily

Webinar participants will find out what can be done to improve the dependability of complex, software-intensive products, and product-systems. ANN ARBOR, Michigan, 10 May 2016—CIMdata, Inc., the leading global PLM strategic management consulting and research firm, announces an upcoming free educational webinar, “Ensuring the Dependability of Smart Connected Products.” The webinar will take place on June 23, 2016 at 11:00 a.m. (EDT) and will propose a road map that connects commonly used tools in reliability engineering with systems engineering processes, including a formal knowledge management system, to improve the dependability of complex, software-intensive products, and product-systems. According to the webinar host, CIMdata’s Director for the Quality & Reliability Engineering Practice, Dr. Venkatesh "Venki" Agaram, “With the ever increasing application of IoT, sensors, communication devices, and artificial intelligence, the intricacies of the information flow in products and product systems renders upfront design, taking into account failure modes and robustness, extremely difficult to achieve.

 PDF Key takeaways: Kubotek Creation Engineering launches a new 3D geometry kernel, the KCM Modeler Each object in the KCM modeler carries its own precision for better computational speed and accuracy Kubotek USA’s Key Creator will be released using the KCM kernel Kubotek Creation Engineering, a Division of Kubotek Corporation announced the availability of a new 3D geometry kernel, the KCM Modeler.[1] Most readers will be familiar with Key Creator, the 3D direct modeling CAD solution from Kubotek USA, a subsidiary of Kubotek Creation Engineering.[2] A geometry kernel underpins the 3D modeling capabilities of a typical CAD solution. The introduction of the new KCM kernel was accompanied by claims that it “supercharges compute intensive 3D modeling applications” and that it “solves the decades long CAD interoperability problem.”[3] In discussions with Dr. Paul Stallings, Vice President of Development at Kubotek, and chief architect of the KCM modeler, CIMdata recognizes the expert technical attention given to these

PTC today announced the availability of ThingWorx 7, the latest version of its Internet of Things (IoT) platform. New features of ThingWorx 7 include an enhanced set of tools for managing connected products, powerful new analytics capabilities, support of public clouds, and simplified platform components that make it easier for developers to use their preferred tools to experiment with, prototype, and develop new IoT solutions. "ThingWorx 7, rich with new features, allows developers to more easily capitalize on the promise of the Internet of Things by rapidly prototyping and building impactful IoT applications," said Rob Gremley, president, Technology Platform Group, PTC. "As an open, flexible platform, ThingWorx also gives developers the freedom to build with their preferred tools and create solutions that work with their existing device cloud infrastructure. Smart, connected products and systems are the future, and ThingWorx 7 enables companies to accelerate IoT application development and to fully realize the value of their investment in IoT initiatives." Robust, scalable, and easy to

NEC Corporation and Netcracker Technology unveiled today their Agile Virtualization Platform and Practice (AVP), a set of unique tools, platforms and services designed to accelerate and ease the adoption and commercialization of Software-Defined Networking (SDN) and Network Functions Virtualization (NFV). With AVP, NEC and Netcracker will help service providers move their operations, business processes and overall organizations along the path to becoming digital service providers (DSPs) that can quickly take advantage of new revenue opportunities through improved agility and streamlined cost structures. AVP will accomplish this by giving service providers the technology, training and support to: 1. Identify, build and launch new revenue-generating services more quickly. 2. Manage and integrate existing and virtualized network operations and create agile development environments to support both IT and network requirements. 3. Better align corporate stakeholders by implementing new processes and training talent in emerging software and Agile methodologies.

Infor today announced that Valmet, a global leader in pulp, paper and energy process technologies, automation, and services, has selected Infor to support a major global business transformation. The Infor suite of software incorporates Infor LN, Infor ION, Infor Ming.le, Infor d/EPM, Infor Warehouse Mobility and Infor Field Service, and will help drive greater visibility across the organization, boost productivity and capacity planning, and foster close collaboration amongst employees, customers and suppliers. In turn this will support Valmet's vision to become a global champion in serving its customers. Spanning 43 countries for 5500 users, the project is expected to be fully live in 2020, following a deployment that will be undertaken in collaboration with Accenture. Following a thorough evaluation of the market, Valmet selected Infor due to Infor's ability to provide Valmet with a competitive ERP solution including a modern and mobile user interface. Replacing a heavily customized

Dassault Systèmes today announced that it has extended its strategic partnership with NIAEP, the state company of Rosatom, a leading Russian nuclear power plant engineering procurement and construction company in Russia and abroad. NIAEP is deploying Dassault Systèmes’ “Optimized Plant Construction” and “Efficient Plant Operation” industry solution experiences for the construction and operations of its nuclear power plants. Both industry solution experiences leverage Multi-D technology, jointly developed by the two companies to simulate business processes and carry out detailed modeling of construction and installation processes based on 3D data, as well as NIAEP’s nuclear power plant construction management know-how. With this agreement, NIAEP becomes the first company to extend its use of Dassault Systèmes’ 3DEXPERIENCE platform to the nuclear power plant construction site. This marks the second phase of the partnership and will begin by integrating product management and construction site execution at its Belarusian plant. In phase one, announced in 2012, NIAEP