Electrical & Computer Engineering

This course emphasizes on the applications of electromagnetic (EM) fundamentals to high-frequency integrated circuit (IC) components and their models for RFIC/MMIC design.

This course covers the design of CMOS analog integrated circuits with a focus on theoretical and practical circuit analysis, as well as design techniques from system functional blocks and transitor-level device physics.

The course provides the fundamentals of data conversion systems, and practical application of design and analysis of basic building blocks of data converters.

Digital and data communications are creating broad new technical and business opportunities, and this comprehensive, applications-oriented course provides a rigorous introduction to digital communications principles.

In this 2-hour webinar you will be learning about milestones and basics, such as: baseband and bandpass signaling, spectral properties and bandwidth, coherent and noncoherent detection, the wonderful properties of orthogonal signaling. You'll even learn why the sky is blue.

In this 2-hour webinar you will be learning to follow an orderly approach when characterizing multipath systems.  You will learn how to use advanced OFDM techniques to mitigate the degrading effects of multipath.

This course discusses DSP techniques for communication applications, such as cellular telephones, satellites, and audio/data/CD/video systems, are being revolutionized. This course discusses the technology, theory, practice, economic factors, and practical aspects of these and other communication applications, and presents basic and advanced principle.

This course covers the fundamentals of design and implementation of real-time DSP-enabled software defined radios (SDR) using Xilinx (Zynq) FPGAs.  

This course offers an introduction to fiber-optic communication systems and offers practical tools to reinforce understanding and design of these systems.

In this 2-hour webinar learn what Fourier transforms are and how they apply to you. 

This course provides training on theoretical, design and practical aspects of current radar systems design and applications introducing a wide variety of commercial and government radar applications.

This course explores and compares different modern communication systems and how to design them, from both a theoretical and practical point of view.

This course looks at the economic and technical revolution in the microwave, millimeter-wave, and DSP areas. Instruction discusses applications including satellites and earth terminals, wireless phones and cell sites, antennas, and radar systems.

This course covers the analysis and design of integrated circuits power delivery networks focusing on power integrity and noise coupling in chip, package, and printed circuit board (PCB) structures.

Learn the design of radio-frequency integrated circuits used for wireless communications. This class focuses on theoretical and practical RF circuit design techniques from architecture down to transistor level circuit design.

A practical, applications-oriented course providing a rigorous background in satellite communications principles and theory, and discusses current, future, and pioneering communication satellites.

Introduction to the expanding new market applications enabled by lithium-ion battery technologies. Special focus on technological challenges facing worldwide raw material sourcing, cost-effective recycling, and safe-by-design operation will be emphasized.