Aerospace

This Affinity Group will concentrate on systems and electronic assemblies’ standards across multiple Aerospace/Defense platforms and utilization of SM to accelerate energy efficiencies, productivities and reduce waste throughout the manufacturing stream. These efforts will be critical elements of SM technologies such as smart sensors, data analytics, machine learning, connectivity, cybersecurity, digital engineering, in-process digital monitoring, and process control.

This Affinity Group will concentrate on systems and electronic assemblies’ standards across multiple Aerospace/Defense platforms and utilization of SM to accelerate energy efficiencies, productivities and reduce waste throughout the manufacturing stream. These efforts will be critical elements of SM technologies such as smart sensors, data analytics, machine learning, connectivity, cybersecurity, digital engineering, in-process digital monitoring, and process control.

This Affinity Group will concentrate on systems and electronic assemblies’ standards across multiple Aerospace/Defense platforms and utilization of SM to accelerate energy efficiencies, productivities and reduce waste throughout the manufacturing stream. These efforts will be critical elements of SM technologies such as smart sensors, data analytics, machine learning, connectivity, cybersecurity, digital engineering, in-process digital monitoring, and process control.

This Affinity Group will concentrate on systems and electronic assemblies’ standards across multiple Aerospace/Defense platforms and utilization of SM to accelerate energy efficiencies, productivities and reduce waste throughout the manufacturing stream. These efforts will be critical elements of SM technologies such as smart sensors, data analytics, machine learning, connectivity, cybersecurity, digital engineering, in-process digital monitoring, and process control.

This Affinity Group will concentrate on systems and electronic assemblies’ standards across multiple Aerospace/Defense platforms and utilization of SM to accelerate energy efficiencies, productivities and reduce waste throughout the manufacturing stream. These efforts will be critical elements of SM technologies such as smart sensors, data analytics, machine learning, connectivity, cybersecurity, digital engineering, in-process digital monitoring, and process control.