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Cadence Design Systems, Inc. and the University of Oxford today announced a move to foster the advancement of formal verification innovation with the appointment of Dr. Ziyad Hanna, Cadence vice president of R&D, as a visiting professor in Oxford's Department of Computer Science for the next three years. Through Dr. Hanna's appointment at Oxford, a globally distinguished university, Cadence further expands its Cadence® Academic Network footprint. Dr. Hanna brings more than 25 years of industry experience to Oxford. He currently leads the R&D team for the Cadence JasperGold® formal verification platform, having joined from Jasper Design Automation, which was acquired by Cadence in 2014. Before joining Jasper, Dr. Hanna was also a senior principal engineer and a group leader at Intel, working on formal property verification and equivalence checking. A senior IEEE member, he has mentored dozens of research projects, delivered many visionary talks for the industry and academia, and served in more than 50 program committees

Manufacturing is changing and with it comes a need to change the way BoMs are managed. The change is brought about by several trends in the market. These include globalization of manufacturing and supply chain, a growing number of new hardware developers, a surge in the maker movement, increased reliance on contract manufacturing, and variety of new manufacturing practices including adoption of internet and mobile tools and technologies.      “Technology is dramatically changing the way manufacturing works,” said Oleg Shilovitsky, CEO and co-founder of Newman Cloud, Inc., “Manufacturing companies that used to be under one roof are now building businesses around distributed global manufacturing networks. These new distributed manufacturing environments have created a demand for new types of cloud applications that help companies manage and support distributed working environments.” Bills-of-Materials (BoMs) are a fundamental part of every engineering and manufacturing process. The changing technological landscape has only exacerbated traditional challenges

Aras®, the next leader in enterprise Product Lifecycle Management (PLM) software, today announced that Toshiba Machine has selected Aras Innovator® to streamline design and manufacturing processes as the company continues to expand internationally. Aras is expected to improve the company’s design processes for made-to order products, improve collaboration with ERP, and increase product quality. After replacing a replace a legacy product data management system that was unable to meet the needs of the design department for product design improvement, Toshiba Machine will use Aras for bill of materials and related CAD data and document management for their made-to-order products. In the future, the company plans on using Aras to standardize global design processes and streamline international collaboration with ERP. Toshiba Machine chose Aras based on the following criteria: Ability to manage the entire design process Web-based platform ideal for global expansion, including the company-wide management of design-related documents/deliverables and the expansion of

Executives see a large gap between the current state of Digital Transformation across their extended global supply chains and what they expect to see just five years from now. These are the results of a global research study, 'The Current and Future State of Digital Supply Chain Transformation' conducted by Capgemini Consulting and GT Nexus, an Infor company. Most research studies conducted on the topic so far have examined Digital Transformation within organizations, or between organizations and their customers. This new research project is the first of its kind that explores the current state and future of Digital Transformation especially between organizations and all of their partners across the extended value chain. The study surveyed 337 executives from some of the largest global manufacturing and retail organizations across Europe and North America.  Key findings of the research study include: Digital Transformation of the Supply Chain is important 75% of respondents say Digital Transformation of the supply chain is

Murphy Surveys Limited are partnering with GRAPHISOFT UK Ltd to deliver point cloud modelling services and ARCHICAD models to the UK and Ireland markets. This partnership comes after successful pilot projects with ARCHICAD users in the UK working with GRAPHISOFT and Murphy Surveys to deliver models created in ARCHICAD directly from point cloud surveys undertaken by Murphy Surveys. The workflow developed has allowed Murphy Surveys to become the first market-leading UK and Irish survey company to offer such services, and further reinforces ARCHICAD as a market leader in the creation of existing buildings in a BIM environment. The workflow allows Murphy Surveys to use point cloud technology within ARCHICAD to create native detailed models in a very short amount of time. This leads to reduced reworking and lower costs further on in the project due to more variables being known at an early stage. “The addition of point clouds within

Aiming for the stars Launched from the European Space Port in French Guiana in December 2013, the Gaia spacecraft is taking precise positional measurements of approximately one billion stars and radial velocity measurements of the brightest 150 million objects. Set to operate until 2018 and possibly 2019, Gaia will be sending back information about the composition, formation and evolution of the galaxy we live in, the Milky Way. Scientists hope that the mission’s data will shed some light on some of the basic questions about space. Gaia’s spectrophotometric observations from each of the billion stars will help determine the origin, structure and development of galaxies, solar systems, planet systems, quasars and even asteroids. Built by Astrium (now known as Airbus Defence and Space) for the European Space Agency (ESA), Gaia is a complex two-ton machine packed with sophisticated instrumentation including a billion-pixel spectrophotometric array aligned to two telescopes, an atomic

Aiming for the stars Launched from the European Space Port in French Guiana in December 2013, the Gaia spacecraft is taking precise positional measurements of approximately one billion stars and radial velocity measurements of the brightest 150 million objects. Set to operate until 2018 and possibly 2019, Gaia will be sending back information about the composition, formation and evolution of the galaxy we live in, the Milky Way. Scientists hope that the mission’s data will shed some light on some of the basic questions about space. Gaia’s spectrophotometric observations from each of the billion stars will help determine the origin, structure and development of galaxies, solar systems, planet systems, quasars and even asteroids. Built by Astrium (now known as Airbus Defence and Space) for the European Space Agency (ESA), Gaia is a complex two-ton machine packed with sophisticated instrumentation including a billion-pixel spectrophotometric array aligned to two telescopes, an atomic

Aiming for the stars Launched from the European Space Port in French Guiana in December 2013, the Gaia spacecraft is taking precise positional measurements of approximately one billion stars and radial velocity measurements of the brightest 150 million objects. Set to operate until 2018 and possibly 2019, Gaia will be sending back information about the composition, formation and evolution of the galaxy we live in, the Milky Way. Scientists hope that the mission’s data will shed some light on some of the basic questions about space. Gaia’s spectrophotometric observations from each of the billion stars will help determine the origin, structure and development of galaxies, solar systems, planet systems, quasars and even asteroids. Built by Astrium (now known as Airbus Defence and Space) for the European Space Agency (ESA), Gaia is a complex two-ton machine packed with sophisticated instrumentation including a billion-pixel spectrophotometric array aligned to two telescopes, an atomic

AMS CAD + CAFM Solutions, a leading provider of CAD & CAFM software and services for Northeast United States, is excited to announce a new partnership with NexGenCAM, providers of CAM efficiency software. Through this partnership, AMS CAD + CAFM Solutions is now authorized to sell HSM Integrated CAM software, the next generation of CNC machine tool programming, to the CAM Industry. With Integrated CAM software, CNC programmers, designers, and engineers can now rapidly produce machined parts designed in virtually any CAD system. This means companies can achieve higher productivity, reduced costs, and shorter time to market. "We are always looking to provide our clients with products that can help to improve their productivity," explains Brad Whittemore, President of AMS CAD + CAFM Solutions. "With our new partnership with NexGenCam, we are excited to provide our Manufacturing clients with the best-in-class CAM software solutions." "We are pleased to add AMS CAD + CAFM Solutions

CIMdata, Inc., the leading global PLM strategic management consulting and research firm, announces that Matthew Loew, a senior project manager at Walt Disney Imagineering (WDI), will make a keynote presentation at CIMdata’s Simulation-Driven Systems Development Knowledge Council workshop taking place in Troy, Michigan on April 27. The event is being held in conjunction with NAFEMS’ Engineering Analysis & Simulation in the Automotive Industry: Emerging Standards & Practices event. Drawing on inspiration from the Walt Disney quote, “We keep moving forward, opening up new doors, and doing new things, because we’re curious... and curiosity keeps leading us down new paths,” Matthew Loew’s presentation, “Model-Based Systems Engineering Requirements from a User’s Perspective,” will discuss the real-world engineering and cultural challenges, lessons learned, and business opportunities in implementing a Model-Based Systems Engineering (MBSE) approach at WDI. A vision for applying these tools and techniques, starting in the earliest "Blue Sky" phase to define