Electronic engineering involves both theoretical and practical knowledge to apply electronic technology to solve problems. It specializes in low voltage circuits including semiconductors like transistors. Key fields include power electronics, computers and telecommunications. Electronic engineering is important as it controls industrial processes, processes electricity for devices, and has applications in industry, telecommunications, and electronic instrumentation.

1. Republica Bolivariana de Venezuela
Instituto Universitario Politecnico “Santiago Mariño”
Estención-Porlamar
Macro Estructura
Realizado por;
Brito L. Edgar S.
C.I: 24089915
Ing. Electronica.
Prof: Cesar Velasquez.

2. Electronic engineering
Electronic engineering is the set of technical knowledge, both
theoretical and practical to aim the application of electronic technology
to solve practical problems.Electronic engineering is the practical
application of electronics which incorporates in addition to the
theoretical and scientific knowledge other technical and practical on
semiconductors as well as many electrical devices and other fields of
human knowledge.

3. Knowledge Areas
Is based on the study of electrical phenomena, it specializes
in low voltage circuits including semiconductors, which have
as a fundamental component to the transistor or the behavior
of the loads in a vacuum as in the case of old thermionic
valves.

4. Fields of Action
* Power Electronics
This branch is to adapt and transform the electricity for later use in electrical and
electronic products, such as electric motors and servo devices. mainly resistors,
rectifiers, inverters, cycloconverters and chopper switch are used.
* Computer or electronic
The increasing automation of systems and processes that necessarily leads to the
efficient use of digital computers. Typical fields of this engineer are: computer networks,
operating systems and system design based on microcomputers or microprocessors,
which involves designing programs based on electronic components and systems.
* Telecommunications
Processing and mass transmission of information required for planning, design and
management systems, broadcasting, television, telephone, computer networks, fiber
optic networks, satellite networks and how increasingly significant the wireless.

5. Importance of
Electronic
Engineering
Electronic engineering is very important in our society as it is
responsible for resolving problems such as industrial process control,
processing of electricity for the operation of various electronic devices
and has application in industry, in telecommunications design analysis
electronic instrumentation, microcontrollers and microprocessors.