Manufacturing Technology

From Internal Combustion to Battery Electric Vehicles: Enabling Digital Manufacturing

September 12, 2022

From internal whitepaper
Today’s automotive industry faces a historical shift from internal combustion engine (ICE) vehicles to battery electric vehicles (BEV). This shift is profound, dramatically altering the structure of the automotive value chain and the vehicle manufacturing process. This conversion occurs as the industry undergoes a digital transformation. The ICE to BEV project builds a 2020 CAR project on digital transformation by considering the implications of a transition in propulsion technology and a digital transformation in manufacturing for the North American automotive sector.

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OTHER WHITEPAPERS
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Automation of TS 16949 Processes for Quality Excellence in the Automotive Sector

whitePaper | November 8, 2022

Original Equipment Manufacturers (OEMs), Tier-1 and Tier-2 auto component suppliers and, the entire automotive ecosystem has been investing in R&D and innovation to tap into the opportunity posed by the future of mobility. But the fundamental requirement of quality, cost and delivery hasn’t gone away. By embracing a framework like TS 16949, companies in the automotive sector will be able to embrace Total Quality Management (TQM) requirements, even as they innovate and change at a breakneck pace.

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Value First in the Manufacturing 4.0 Age

whitePaper | May 21, 2020

We are living through a historic time, when advanced technologies continually change how a manufacturer generates value. This new digital era is the “Fourth Industrial Revolution” (4IR). Companies see new technologies accelerating strategic, tech-enabled transformations. Regardless, many manufacturing companies are stuck in the proof of concept (PoC) phase or are running projects that are delivering results far from revolutionary. Add to that the COVID-19 tsunami, a crisis that changed the world in a matter of weeks. It is difficult to predict every aspect of the post-COVID-19 era, but it is already clear the world will never be the same. Even the most conservative industrial player will need to adapt to the “new normal”, with the importance of digital rapidly increasing for the entire value chain. Executives are expected to speed up digital transformation initiatives, changing the operating model forever.

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Traceability for Manufacturing

whitePaper | July 23, 2023

Traceability, the ability to identify and trace the product, process, operator, context, and detailed quality and component supplier and lot information for every item that moved through manufacturing, is a must-have for manufacturing success. A robust traceability framework that envelopes the total process, product, and material traceability, is a critical component for manufacturers facing stringent regulations while seeking to reduce the overall cost of compliance.

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Intelligent Low-Carbon Semiconductor Manufacturing

whitePaper | January 1, 2023

Pragmatic Semiconductor is a British semiconductor manufacturing company based out of Cambridge and Durham that develops ultra-low-cost flexible electronics that can help address society’s challenges. We provide a unique, flexible platform and rapid turnaround time, with significantly lower footprint and cost than conventional silicon foundries.

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Drive enterprise digital transformation and innovation with digital thread

whitePaper | August 31, 2022

The business case for collaboration and cross-functional transformation Faced with significant and ongoing disruption in the industry, manufacturing companies have known for years that digital transformation is essential to maintain a competitive edge. COVID-19 has only accelerated the need for digital transformation. The pandemic has disrupted supply chains, created an increasingly distributed and remote workforce, caused significant changes in demand, and increased the challenges of providing field service. To address these changes, manufacturing companies have accelerated their investments in digitization. According to McKinsey, advances in this area are now ahead of schedule by three to four years.1

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DIGITAL TWINS What they are, their value, how they can reduce costs and increase returns in automation

whitePaper | November 5, 2022

Many credit the birth of the digital twin to Dr. Michael Grieves, who applied the idea to the manufacturing sector in 2002; however, the argument is often made that its origins can be traced back even further. For example, during the Space Race (1955-1975), NASA would create a replica of each spacecraft they would send into orbit. These replicas were studied and used for simulation to gain insight into their performance and improve their space exploration initiatives.

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