This introductory textbook covers all the mathematical concepts necessary for a computing degree, limiting coverage only to the material needed for the fundamentals of computing rather than delving into the higher mathematical concepts.
Key features include:
Gears content toward students who are less confident in mathematics
Provides exercises, with solutions, at the end of each chapter
Teaches topics using everyday language
Includes numerous worked examples in every chapter
Uses familiar scenarios to introduce mathematical concepts
Discusses the relevance of each chapter topic to the world of computing
Core topics covered include:
Set and groups
Matrices
Relations and functions
Logic and proofs
Combinatorics
Probability
Graph theory
The book is written for students embarking on an undergraduate or foundation degree course in computer science (or related discipline) and aims to provide the basic skills and knowledge of discrete mathematics required for such a course. Whereas many textbooks tend to teach this subject in a way that is more suitable for mathematicians, this text specifically targets first-year students on computing courses and aims to teach only the basic material that they will need for their computing degree.
Dr Quentin Charatan is a former Principal Lecturer and now visiting lecturer at the University of East London, UK. Dr Aaron Kans is the Head of the Computer Science and Digital Technologies Department in the School of Architecture, Computing & Engineering at the same institution.
Editorial Reviews
Review
“The book maintains a clear, structured approach throughout … . Maths for computing is a valuable resource for students and professionals looking to strengthen their mathematical foundations for computing, blending clarity, practical focus, and a touch of conceptual depth.” (Romina Fucà, Computing Reviews, July 15, 2025)
From the Back Cover
This introductory textbook covers all the mathematical concepts necessary for a computing degree, limiting coverage only to the material needed for the fundamentals of computing rather than delving into the higher mathematical concepts.
Key features include:
Gears content toward students who are less confident in mathematics
Provides exercises, with solutions, at the end of each chapter
Teaches topics using everyday language
Includes numerous worked examples in every chapter
Uses familiar scenarios to introduce mathematical concepts
Discusses the relevance of each chapter topic to the world of computing
Core topics covered include:
Set and groups
Matrices
Relations and functions
Logic and proofs
Combinatorics
Probability
Graph theory
The book is written for students embarking on an undergraduate or foundation degree course in computer science (or related discipline) and aims to provide the basic skills and knowledge of discrete mathematics required for such a course. Whereas many textbooks tend to teach this subject in a way that is more suitable for mathematicians, this text specifically targets first-year students on computing courses and aims to teach only the basic material that they will need for their computing degree.
Dr Quentin Charatan is a former Principal Lecturer and now visiting lecturer at the University of East London, UK. Dr Aaron Kans is the Head of the Computer Science and Digital Technologies Department in the School of Architecture, Computing & Engineering at the same institution.>
About the Author
Dr Quentin Charatan is a former Principal Lecturer and now visiting lecturer at the University of East London, UK.
Dr Aaron Kans is the Head of the Computer Science and Digital Technologies Department in the School of Architecture, Computing & Engineering at the same institution.
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