This foundational text emphasizes active learning and critical thinking. It integrates interactive in-class and out-of-class activities, data exploration, TI graphing calculator steps, and real-world examples. Suitable for algebra-based statistics courses. Features include hypothesis testing, experimental design, count data analysis, bootstrap methods, and interactive projects.
This textbook introduces the fundamental concepts of probability, random variables, and random signal principles as applied to electrical and computer engineering. Designed for junior and senior engineering students, the book provides clear explanations and practical examples related to noise analysis, linear systems, and digital communications.
This foundational text introduces integral equation techniques with a focus on practical applications in physics and engineering. Designed for upper-level undergraduates and graduate students, it includes worked examples and emphasizes clarity in the development of integral methods.
This fourth edition of Logan’s widely-used textbook provides a clear introduction to the finite element method (FEM), focusing on both the mathematical foundations and real-world engineering applications. Emphasis is placed on structural mechanics, with supporting content for thermal and fluid problems. The book includes problem sets, worked examples, and integration with FEM software tools.