A market-leading text providing a fundamental source of knowledge of key mathematical concepts every engineer needs.

Mathematics for Engineers, 6th edition, by Croft and Davison, is the ultimate textbook in the field that will offer you the tools and support you need to develop vital mathematical skills for your profession.

Practical, informal, and accessible, this book covers all requirements of a first-year engineering mathematics course, together with introductory material for even more advanced topics. Although the breadth of knowledge introduced requires a firm grasp of algebra to perform the techniques of calculus, the textbook guides students through the foundations of the discipline and helps them develop and nurture their skills gradually, introducing more complex concepts as they progress through the chapters.

This latest edition combines traditional learning methods with interactive examples that further support students’ learning, encouraging them to participate actively in the learning process and perform relevant calculations.

The main features of this text include:

  • A brief introduction of the material in each chapter, followed by an explanation of the concepts presented.
  • Examples and applications in each chapter that help students cement their knowledge on the topics, encouraging them to participate in the problem-solving process.

Highlighted key points and important results, which help students remember what they study especially during the revision process.

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Offer your students a fundamental source of knowledge with the ultimate mathematics textbook for engineers.

Mathematics for Engineers is an accessible guide that combines theory with interactive examples and applications, offering your students the tools to develop vital mathematical skills for their profession.

Pair this text with MyLab® Math.

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Brief contents Contents Publisher's acknowledgements Preface Using mathematical software packages
  1. Arithmetic
  2. Fractions
  3. Decimal numbers
  4. Percentage and ratio
  5. Basic algebra
  6. Discrete mathematics
  7. Functions and mathematical models
  8. Polynomial equations, inequalities, partial fractions and proportionality
  9. Logarithms and exponentials
  10. Trigonometry
  11. Further trigonometry
  12. Complex numbers
  13. Matrices and determinants
  14. Using matrices and determinants to solve equations
  15. Vectors
  16. Differentiation
  17. Techniques and applications of differentiation
  18. Integration
  19. Applications of integration
  20. Sequences and series
  21. Differential equations
  22. Functions of more than one variable and partial differentiation
  23. The Laplace transform
  24. Statistics and probability
  25. An introduction to Fourier series and the Fourier transform
Typical examination papers Appendix 1: SI units and prefixes Index
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Hallmark features of this text

A wide range of interactive examples and applications help students practice and cement their knowledge.

  • Applications of mathematics demonstrate examples from a wide range of engineering areas like aeronautical, automotive, and systems engineering.
  • Hundreds of interactive examples in various disciplines help students engage actively, incorporating computer and calculator examples.

The text’s structure allows students to practice and study key points.

  • A wealth of practice and revision exercises with solutions help test students’ knowledge.
  • Highlighted key points and important results throughout the text help students in their revision process.

Specimen examination papers give further opportunity to practice.

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New and updated features of this title Updates and additions reflect the latest changes in the field and enhance your students' understanding of the concepts presented.
  • Significant enhancements integrate the use of computer software in the solution of engineering mathematics problems.
  • Widening of the applications base include more from mechanical, materials and aeronautical engineering.
  • Addition of introductory material on the solution of partial differential equations, loci in the complex plane and the equation of a circle.
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Produktdetaljer

ISBN
9781292480046
Publisert
2025-08-28
Utgave
6. utgave
Utgiver
Pearson Education Limited
Aldersnivå
U, 05
Språk
Product language
Engelsk
Format
Product format
Kombinasjonsprodukt

Biografisk notat

About our authors

Anthony Croft (Tony) is Emeritus Professor of Mathematics Education in the Department of Mathematics Education, Loughborough University, UK.  He was awarded a first-class degree in mathematics from the University of Leeds in 1981 and received his PhD in Numerical Analysis from Keele University in 1990. He has around 40 years’ experience of teaching mathematics, which he gained in a variety of further and higher education institutions. In addition to co-authoring several highly regarded and long-standing textbooks, including Engineering Mathematics – a foundation for electronic, electrical, communications and systems engineers – and Foundation Mathematics, both published by Pearson, he is well-known for championing the provision of university-wide mathematics support for those students who find its study particularly challenging.  In 2008, he was awarded a National Teaching Fellowship and the Institute of Mathematics and Applications (IMA) Gold Medal in 2016 for outstanding contribution to the improvement of the teaching of mathematics. In 2023, he was elected to the Council of the IMA. In his spare time, he enjoys playing and listening to music, performing with a local amateur orchestra and folk music bands.

Robert Davison graduated with a first-class honours degree in mathematics from the University of Newcastle upon Tyne, UK.  He progressed to Cranfield University, gaining a PhD in applicable mathematics. After working in industry, he took up his first teaching position in a college of further education.  He later moved to Trent Polytechnic (now Nottingham Trent University).  While there, he contributed to a curriculum-development group that developed an A-level in discrete mathematics, and he co-authored two books on decision mathematics to support the new syllabus. A further move took him to Leicester Polytechnic (now De Montfort University (D.M.U.)). While there, he took a secondment to work in the U.S.A., returning to De Montfort University, where he established the university’s first mathematics support centre. In addition to his role at D.M.U., he worked as an auditor for the Quality Assurance Agency for Higher Education for over 10 years. His books, co-authored with Professor Tony Croft, include Foundation Maths, Introduction to Engineering Mathematics, Engineering Mathematics and Mathematics for Engineers. Some of these books have been translated into Kazakh and Korean. In his spare time, he enjoys cycling, hill-walking, writing fiction, and making amateur movies.  He plays piano and harmonica.