Project Management for Automotive Engineers: A Field Guide was developed to help automotive engineers be better project managers as automotive projects involve suppliers dispersed across the globe, and can often span multiple years. Project scope change is common, and so too are the budget constraints and tight deadlines. This book is an excellent guide on how to manage continuous change. As project management in this particular industry is intrinsically linked to product development, the chapters focus on the project management aspects that are significant during the various stages of a product development cycle, including business case evaluation, process development cycle, test phases, production ramp up at the plant and at the Tier 1 supplier level, and how to work within a matrix-structured organization. The principles of value projects and how to revive failing projects are discussed.
Carmakers release new models every year with advanced technology to attract consumer interest and to satisfy increasingly stringent government regulations. Some of these technologies are firsts or leading-edge, and they start trends that more companies will soon follow. Snapshots of the direction of the automotive industry, along with OEM and supplier perspectives, are presented in these articles that have been collected by the Editors of Automotive Engineering whose aim is to provide the reader with a complete overview of the key advances that took place over the course of one model year. • Provides a single source for information on the key engineering trends of one year. • Allows the reader to skip to chapters that cover specific car models that interest them, or read about all models from beginning to end. • Includes plenty of big, full-color images and the facts about the most recent technology and engineering innovations.
Every year global automakers introduce new or significantly re-engineered passenger vehicles with increasingly advanced technology intended to exceed consumer expectations and satisfy increasingly stringent government regulations. Some of these technologies are firsts-of-their-kind and start trends that other automakers soon follow—with the innovations becoming adopted across the board. The supply community is also increasingly playing a more significant role in helping the original equipment manufacturers research, develop, and introduce the latest engineering innovations that help bring competitive advantage for their automaker partners. Each year, the editors of SAE’s Automotive Engineering magazine publish many articles focused on the technology and engineering innovations of new passenger and concept vehicles, and these articles have been collected into this volume.
Electronic parts are used throughout industry to run everyday products, such as cell phones, and also highly technical products, such as aircraft, missiles, and spacecraft. Unlike cell phones, which are often replaced every year, the highly technical products may remain in service from 20 to more than 80 years. But what happens if the original electronic part, with a life cycle of 18 months, is no longer available? Some manufacturers have discovered that they have unwittingly purchased counterfeit ones. Counterfeit Electronic Parts and Their Impact on Supply Chains examines how these items are negatively affecting the aviation, spacecraft, and defense sectors and what can be done about it.
Unwinding Electric Motors: Strategic Perspectives and Insights for Automotive Powertrain Applications
Unwinding Electric Motors: Strategic Perspectives and Insights for Automotive Powertrain Applications provides an in-depth assessment of the most important technology, manufacturing, and supply chain aspects of the fast-paced world of electric motors. A joint effort that brings together the technology and product strategy experience of the P3 Group and the focused reach of SAE International, Unwinding Electric Motors: Strategic Perspectives and Insights for Automotive Powertrain Applications lends clarity combined with solid data to those interested in understanding the fundamental factors shaping this industry in the next five years. Authored by Timothy G. Thoppil, from the P3 Group, this market study draws on extensive industry experience and is supported by surveys and interviews with industry professionals from OEMs, Tier 1 suppliers, research institutions, and universities.
Managing Complexity is the first book that clearly defines the concept of Complexity, explains how Complexity can be measured and tuned, and describes the seven key features of Complex Systems: 1. Connectivity 2. Autonomy 3. Emergency 4. Non-equilibrium 5. Non-linearity 6. Self-organisation 7. Co-evolution The thesis of the book is that complexity of the environment in which we work and live offers new opportunities and that the best strategy for surviving and prospering under conditions of complexity is to develop adaptability to perpetually changing conditions. An effective method for designing adaptability into business processes using multi-agent technology is presented and illustrated by several extensive examples, including adaptive, real-time scheduling of taxis, see-going tankers, road transport, supply chains, railway trains, production processes and swarms of small space satellites.
Based on extensive research conducted throughout 2011 by ABOUT Automotive, including many senior-level interviews at the major sector companies, this first edition study provides fresh, unbiased insight in a number of areas, including: • The market for EV/hybrid batteries and battery material suppliers, determining the trends and topical issues, as well as providing valuable market sector data; • The main manufacturers in both the battery and battery material supplier sectors; • Vehicle manufacturer strategy analysis of the major players involved with EV/hybrid batteries; and • A statistical appendix including model-level sales data for EV/hybrid vehicles. The report also includes an authoritative analysis of the following leading vehicle manufacturer strategies: • Toyota • Honda • Mitsubishi • Nissan • Suzuki, Mazda and other Japanese manufacturers • Japanese bus and truck manufacturers • North American OEMs • European OEMs • Asia OEMs
This compendium presents the most complete design and engineering story available anywhere about this groundbreaking new vehicle. It also introduces you to the engineering team and how they made the world’s first production extended-range electric vehicle a reality. Combining articles from SAE International’s Vehicle Electrification and Automotive Engineering International magazines, new SAE technical papers, and all-new content, this full-color book is the only one of its kind that lifts the veil on how the GM team and key supplier partners met the difficult engineering challenges faced in developing the Volt. Topics include the Volt’s systems, components, and model-based design; a behind-the-wheel look at a Volt prototype; and how the Volt’s engineering team used OnStar to collect test drive data from preproduction Volt vehicles.
This ground-breaking new report from ABOUT Automotive assesses to what extent the automotive industry has started to clean up its act, and reduce its environmental impact. The report tackles two clear problems; the damage we are causing to the planet (climate change), and the fact that we, as a society, are dependent on a finite resource (peak oil). The report also assesses the industry’s response to the answer to these two problems – a reduction in energy use and a switch to sustainable renewable energy sources. Central to this new research is the exclusive “Green ranking.” The 12 leading vehicle manufacturers are individually assessed, and ranked according to a variety of criteria – using examples of best practice as benchmarks. The vehicle manufacturers covered are: • BMW • Daimler • Fiat • Ford • GM • Honda • Hyundai • Nissan • PSA • Renault • Toyota • Volkswagen The activities, attitudes and strategies of the 12 vehicle manufacturers are also charted.