This book is an exceptional, hands‑on guide to MATLAB/Simulink for both beginners and experienced technical professionals. Unlike many academic texts that focus only on theory, Nuruzzaman emphasizes practical model building, real‑world examples, and step‑by‑step simulation workflows.
Nuruzzaman, M. (Year). Modeling and Simulation in Simulink for Engineers and Scientists. [Publisher name].
MathWorks. (2025). Simulink User’s Guide. The MathWorks, Inc.
This book avoids the trap of using only theoretical pendulums or springs. Instead, readers model: This book is an exceptional, hands‑on guide to
Project A — PID design for a mass-spring-damper
Project B — DC motor speed control with Simscape
Project C — Monte Carlo robustness study This book avoids the trap of using only
Mohammad Nuruzzaman does not merely regurgitate MathWorks documentation. He structures the book as a learning journey.
Target Audience: Engineers, scientists, researchers, and postgraduate students who have a basic grasp of MATLAB but feel lost opening Simulink for the first time.
Core Chapters include:
A rare gem – it bridges the gap between academic simulation theory and industrial practice. For anyone serious about using Simulink for dynamic system modeling, this book is worth its weight in gold. Highly recommended.
Most technical books get lost in abstract explanations. Nuruzzaman includes hundreds of screenshots. Every command, every mouse click, and every block parameter window is shown visually. User Review Quote: "I don't have to guess what my screen should look like. He shows it. Then he explains why."
Simulink (MathWorks) is an essential tool for model‑based design, control systems, and signal processing. Despite extensive online documentation, few textbooks offer a systematic, simulation‑first approach tailored to engineers and scientists without assuming prior MATLAB expertise. Nuruzzaman’s book attempts to fill this gap. Project B — DC motor speed control with Simscape
