Introduction to computer programming for engineers. Student will learn the tools and techniques for problem solving, algorithms, and structured programming using Matlab and C++.

An introduction to application of programming in the electrical engineering discipline, with a particular focus on problem solving strategies for problems that involve large data sets and other challenges associated with modern engineering problems.

This course provides practical experience in electronics design, prototyping, testing, and fabrication, emphasizing software, equipment, and methodology of modern electrical engineering practice.

Diodes, transistors, and operational amplifiers.

Diodes, transistors, and operational amplifiers.

Introduction to electromagnetic theory and engineering applications. Transmission line transient and steady state analysis, electrostatics, steady currents and ohmic media, magnetostatics, time-varying currents, Maxwell’s equations, plane waves, field and wave interaction with materials, and boundaries.

Electromagnetic theory applied to modern technology and natural phenomena across various fields, from communication to sensing systems. Introduces fundamental concepts of microwave remote sensing, antennas, microwave engineering, and computational electromagnetics, focusing on their contemporary applications.

Development of Maxwell’s equations and general electromagnetics theory underpinning communication transmission and device applications. Wave propagation in unbounded and bounded media, guided wave propagation in common waveguide geometries, radiation, and antennas.

Covers basic physics and system aspects of a wide range of photonics technologies and aims to help students understand the principles and properties of laser and photonics and how they are applied to real-life examples. Provides hands-on lab experience and visits to the fiber-optics lab.

Introduces the ideal and non-ideal characteristics of operational amplifiers, including both DC and small signal analysis of a typical 741 type op-amp. Students will learn the design techniques by introducing different circuits, including current and voltage sources, voltage regulators, analog multipliers, A-to-D and D-to-A converters, filters, and phase- lock-loops.

Time and frequency domain analysis of linear systems, convolution, fourier series, and fourier transforms with applications.

The analysis and design of continuous and discrete time, and linear feedback control systems.