Do you know why you need to give great importance to this course if you are in a School of Electrical Engineering?

(Especially if you intend to orient yourself toward the field of technology.)

But even if you have steered your studies toward Mechanical Engineering, this course is still very important.

(Especially if you plan to get involved in the field of automation.)

This is because Logic Design teaches you how to design digital systems, where information is transmitted through signals that can be 0 or 1 (binary signals).

Computers, as well as many electronic devices, operate using these systems.

The course focuses on:

• The basic principles of digital logic

• The implementation of logic functions

• The organization of digital circuits

The skills I help you acquire through Logic Design are:

• Understanding digital logic and the fundamental principles of Logic Design

• Analysis and synthesis of digital circuits

• Use of CAD software for design and simulation

• Development of critical thinking, problem analysis, and problem-solving skills

Some indicative chapters that I teach are:

• Number Systems

• Operations with binary digits

• IEEE 74

• Logic Gates

• Boolean Algebra

• Basic Gate Circuits

• Karnaugh Map

• PLA, PAL, PROM

• ROM

• Multiplexers, Demultiplexers

• Decoders, Encoders

• Sequential Circuits

• Flip-Flops

• Circuits with Flip-Flops

• Counters

• Registers

• RAM