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Advanced Engineering Mathematics covers the concepts of advanced mathematics for engineering students. Summary Of The Book Engineering Mathematics is a vast subject that needs a thorough treatment in engineering courses for students to gain a solid foundation in their professional studies. This branch of applied mathematics involves learning techniques and methods to apply mathematical principles in practical situations in many fields of engineering. This book is based on class notes prepared and used by teachers with more than three decades of experience. The book fully covers all topics of advanced mathematical concepts required for engineering studies. Learning Engineering Mathematics helps students combine mathematical theory with engineering principles and apply this knowledge to find practical solutions to real world problems. Advanced Engineering Mathematics is divided into twenty chapters. It goes into topics like Functions of Real Variables, Differential Equations, Vector Differential and Integral Calculus, Mathematical Statistics, Numerical Methods, and Theory of Probability. The book contains an appendix section providing information on related concepts. There are four appendix sections. These provide information on some topics that serve to complement the main text. These sections provide explanations of some mathematical principles that need to be understood in order to achieve a full comprehension of the main subject of this book.. The coverage of the subject in this book is thorough, clear, and in-depth. The text provides explanations of all concepts and mathematical principles necessary for many engineering disciplines. It includes a number of illustrative examples to elucidate the theory covered. Advanced Engineering Mathematics contains thousands of problems for practice and hundreds of solved examples for clearer understanding. This third edition of the book contains a total of 2984 problems and 682 examples with solutions. This ensures that the readers get more than adequate practice. The numerous solved problems equip them with the techniques to do it by themselves, in exams and in practical situations. About The Authors S. R. K. Iyengar is a Professor of Mathematics. Other books by this author include Numerical Methods: Problems and Solutions, Mathematical Methods, and Numerical Methods for Scientific and Engineering Computation. Dr. Satteluri R. K. Iyengar has been a Professor of Mathematics and also the Head of the Department of Mathematics at IIT, Delhi. He has published a number of papers in his field of research, Numerical Analysis. He has also been a visiting fellow at Canada’s University of Saskatchewan. He is now the Dean and Professor of Mathematics at Gokarju Rangaraju Institute of Engineering & Technology in Hyderabad. R. K. Jain is also a Professor of Mathematics. Some of the other books by R. K. Jain are Numerical Methods: Problems and Solution and Engineering Mathematics. Dr. Rajinder Kumar Jain has a lot of teaching experience. He was a Professor of Mathematics at IIT, Delhi. He has also been a visiting faculty at Universities outside India like the Cranfield Institute of Technology, UK and the University of Saskatchewan in Canada. His research work has been published in both national and international journals. Professor Jain’s area of research is Numerical Analysis. He is currently Professor of Mathematics at Manav Rachna College of Engineering, Hyderabad.