This resource explores the practical application of mathematical skills in automotive mechanics. Case studies present practical problems for students to solve related to maintenance, chassis, engine mechanical, electrical, engine performance, driveline, air conditioning and hybrid technology. Although it does not directly address curricular outcomes, it does support many of the calculations necessary in testing situations. There are a number of Automotive Service Excellence type questions, which would be helpful to students interested in pursuing automotive mechanics as a career.

This textbook provides the fundamental theory behind most of the mechanical and automotive concepts identified in the modules of the curriculum. The resource has 29 chapters with clearly identified objectives supported by text, diagrams and photographs. Each chapter ends with a chapter summary, a list of technical terms, review questions and critical thinking questions. An index and glossary are included at the end of the resource as well as reference charts and tables. There are other components of this resource available such as a workbook and the correlating online subscription to the teacher and student resources.

This textbook explores a wide range of information about modern automotive technology and is written in accessible language for high school students. The resource has 87 chapters that incorporate most of the course modules. Clear diagrams and graphics appear throughout the resource and a glossary of terms, reference charts and tables are included at the end. Every chapter contains tech tips, safety and service procedure reminders, suggested activities and review questions. This resource is available in both print and digital formats.