How To Make A Supercar – Allen Orchard

Description

Allen Orchard is a highly accomplished Automotive Engineer with over 20 years of experience in the design and development of high-performance vehicles. His expertise encompasses a wide range of disciplines including component and platform design, systems engineering, project management, and advanced manufacturing techniques. He has worked on numerous supercars, motorsport and automotive projects, from initial concept to final production, gaining extensive hands-on experience in all aspects of the development lifecycle. His previous experience includes; Designer then Director at EE-sport for GM GT2 program, Engineering manager at JRM Group for GT1 NISMO program, Designer at Mercedes AMG High Performance Engines (F1 and SLS E-Cell programs), Designer at McLaren Racing, Designer then Chassis Director at Rivian Automotive. He holds various qualification in Engineering, CAE and Robotics in Australia and is passionate about sharing their knowledge and experience with aspiring engineers and supercar enthusiasts, aiming to demystify the complex process of bringing high-performance vehicles to life. "The creation of a supercar is a complex undertaking, a symphony of engineering disciplines orchestrated to achieve unparalleled performance, breathtaking aesthetics, and exhilarating driving dynamics. This book aims to demystify this intricate process, providing a comprehensive guide to the design and manufacturing of low-volume supercars using the robust V-model development lifecycle. The V-model, with its emphasis on parallel verification and validation, provides a structured framework for managing the inherent complexities of such a project. Unlike traditional approaches, the V-model ensures that design decisions are thoroughly vetted at each stage, minimizing risks and maximizing efficiency. This book delves into each phase of the V-model, from the initial definition of performance goals and target market analysis to the final assembly and quality control. We explore the application of cutting-edge technologies such as CAD modelling, CFD simulations, FEA analysis, and advanced manufacturing techniques like additive manufacturing, sustainability and the future of propulsion. Real-world examples and case studies illustrate practical applications of engineering principles, making the concepts accessible and relatable. While written to be accessible to a wide audience including automotive engineers, mechanical engineers, engineering students, and supercar enthusiasts, the information presented within is rigorous and insightful, providing practical knowledge applicable to the realities of the supercar industry. The book will be a valuable resource for those seeking a deeper understanding of the engineering prowess behind these extraordinary machines." - Allen Orchard