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The next cycle of technology disruption is upon us. Artificial Intelligence (AI) is taking hold in every industry and manufacturing is no exception. AI enables companies—from medical device and electronics manufacturers to pharmaceutical firms—to leverage their Big Data and IoT investments to see new patterns and insights and to perform tasks more efficiently and quickly than ever before.

Smart manufacturing is about making the best decisions in the shortest time possible based on the most accurate real-time data—whether those decisions are made by people, machines or cyber-physical systems.

Nearly a year ago, the world became aware of a new computer virus known as WannaCry. Many institutions were affected by the ransomware. It encrypted and locked a Microsoft Windows computing system and demanded payment.

Technology is changing ever more rapidly. Sometimes this means topics learned in engineering or technical school become obsolete. Whole new fields emerge within a few years, so that even those with freshly minted educations suddenly find themselves faced with new challenges.

Scanning metrology providers respond to varied needs; software improves to help engineers with scan data

Eric Green, vice president, user experience and marketing for the DELMIA product brand at Dassault Systèmes, weighs in on what “super fab labs” in Beijing and Moscow might well produce. He also describes how Dassault’s 3D Experience Lab works and identifies the important smart manufacturing trends to watch in China.

In an interview with Manufacturing Engineering Editor in Chief Alan Rooks, DIEGO TAMBURINI, senior design and manufacturing industry strategist for Autodesk, details key strategies for remaining competitive and spells out the IIoT opportunity for manufacturers.

When it comes to using new materials, medical and dental device makers are ultra-conservative—because they need to clear devices through a thicket of federal regulators.

While suppliers are under more pressure than ever to produce precision parts faster and with less scrap, in-process metrology means manufacturers can detect as soon as possible when a part is going wrong, correcting the issue quickly and saving it from scrap.

Starting with the primitive laminates of the Wright Brothers era, the use of composites in aircraft has evolved over the last century from small amounts on nonstructural components to up to half of some aircraft and use on critical structures, such as wings. A key benefit is reducing weight.