Sentence examples for engineering supply chain from inspiring English sources

Linking engineering, supply chain operations, and services data through the cloud means operators can optimize factories and products in real time and continuously improve them throughout their lifecycle.

He was also senior vice president of operations for a multinational corporation, responsible for 5,000 people globally in manufacturing, engineering, supply chain, quality, and logistics.

TEAM investigated how advanced information technology and telecommunications (IT&T) could support co-operative working along the automotive engineering supply chain.

Indeed, this area is in immediate need of attention from scholars in many fields including industrial engineering, supply chain management, information systems, business analytics, as well as other business and engineering disciplines.

The methodology proposed in the current paper makes use of the systems technology to deal with the overflow of degrees of freedom originated from different sources of information and different granularities and aspects of the problem (engineering, supply chain, agricultural).

Cyber supply chain security requires members of several different professional communities to come together including information security, system and software engineering, supply chain and logistics, and process improvement, to name a few.

To address this problem, there is a significant need for industrial engineering and supply chain analyses to be integrated into early systems engineering activities to ensure that systems are optimally designed to meet both internal "producer" and external "user" stakeholder requirements.

Petri nets are popular in computer science, engineering, manufacturing, supply chain management, and business process reengineering.

This person, let's call him Bill, had been with the company for many years, understood the engineering and supply chain issues, and was well respected by everyone.

The operational benefits of close coupling value chain functions as embodied in the principles of concurrent engineering and supply chain management are well known and have been closely examined by researchers across a range of manufacturing sectors.

Many aerospace and defense system affordability issues can often be traced back to early systems engineering and supply chain decisions that placed a premium on size, weight, functionality, and business "price to win" targets only to find that recurring production cost targets could not be met due to inadvertently "designed-in" manufacturing inefficiencies.