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You can’t accuse Volkswagen’s Dirk Voigt of having his head in the clouds—he’ll take it as a compliment. The head of digital production at VW, Voigt and a team of manufacturing and IT pros are developing an industrial cloud computing system to amalgamate production data from more than 120 factories. The objective: greater efficiency and lower costs.

Automotive OEMs love to show off their automated body-in-white assembly lines. Commercials invariably feature dozens of six-axis robots producing showers of sparks in choreographed routines. 

Like many long-established car manufacturers, the company that would become Škoda Auto started in the early 1890s by making bicycles. Today, you won’t see velocipedes rolling off of Škoda assembly lines, but you just might see plug-in electric vehicles.

WASHINGTON—Siemens will invest $54 million across several key U.S. manufacturing facilities that serve critical infrastructure markets.

What is the origin of life on Earth? Is there life on other planets? These age-old questions may finally be answered when NASA’s Europa Clipper conducts 44 flybys of Europa, Jupiter’s fourth largest moon, beginning in April 2030.

Most manufacturers agree that digital transformation is necessary to remain competitive today and thrive tomorrow. Many large companies have already begun initiatives. But, when asked to quantify the impact of those initiatives on the bottom line, they often come up short.

Process improvement projects have traditionally struggled with obtaining accurate data quickly and easily. In many cases, various data sources provide competing sources of the truth. Smart technologies offer the means to provide a single source of the truth, without the time-consuming and labor-intensive efforts of the past.

Training the next generation of manufacturing workers is essential to the success of U.S. manufacturing and the economy. A recent McKinsey study found that restoring growth and competitiveness in 16 key manufacturing industries could boost annual U.S. GDP by more than 15 percent.

Every assembly technology has its advantages. But, it’s hard to top the variety of fasteners and fastening methods available to manufacturers.

On an assembly line, a fastening tool is typically set up to install specific fasteners at a specific workstation. While an assembler might be tempted to use that tool to help a colleague down the line, such good intentions could actually lead to fastening errors. To keep that from happening, several companies have developed a variety of ways to ensure that fastening tools stay put.