Engineering Smarter Connected Products for Winning in the Digital Economy

This eBook offers a comprehensive overview of the challenges and solutions for engineering smart connected products in the digital age. With the rapid growth of IoT, smart devices are transforming industries by generating vast amounts of data and supporting autonomous systems and digital twins. However, the success of these products hinges on the reliability, accuracy, and durability of their performance in various conditions. This guide delves into the critical engineering requirements needed to ensure that connected products meet high standards for data veracity and operational stability.

The document explores the specific challenges faced by engineers, such as optimizing size, weight, power, and cooling (SWAP-C) for compact, high-performance devices, as well as enhancing sensing, connectivity, and data processing to support applications like autonomous vehicles and healthcare systems. It also addresses the growing demand for reliability in safety-critical environments, such as automotive and healthcare, and the importance of integrating numerous components seamlessly within a single device. Advanced simulation techniques are highlighted as essential tools for designers to test and refine products before they reach the market.

Readers will gain insights into leveraging simulation tools to address these engineering challenges efficiently. With applications across industries, from aerospace to consumer electronics, the e-book demonstrates how digital twins and pervasive engineering simulation can drive the development of reliable, outcome-focused products, thereby supporting a transition to an outcome-based economy.