PRINCIPLES OF ENGINEERING ANALYSIS presents Mathematical tools for Engineering Analysis and applications. Particular emphasis has been given to explain Signals and Systems. Different transformation techniques such as Laplace, Fourier and Z transforms mathematically and subsequently its applications in solving differential and integral equations are also given.

• • Concepts illustrated by many solved examples • Review questions given at the end of each Chapter. • Some operations on Signals are illustrated using P-Spice Software. Matlab codes are also provided in almost each Chapter. DTREG (Predictive modeling software) used to analyze data obtained from diffusion equation.

Introduction to Signals and Systems / Time-domain Analysis of Continuous-time Systems / Signal Representation by Fourier Series / Continuous-time Signal Analysis using the Fourier Transform / Time-domain Analysis of Discrete-time Systems / Continuous-time System Analysis using the Laplace Transform / Discrete-time System Analysis using the Z-transform / Discrete Fourier Transform (DFT) and Fast Fourier Transform (FFT) / System Analysis using Second Order PDE.

Undergraduate & Postgraduate Students and Professionals in Computer Engineering, Electrical Engineering, Electronics Engineering, Biomedical Engineering as well as Applied Mathematics Students