Electronic engineering is focused on the study, design, and operation of electronic devices, circuits, and systems. It involves analyzing and solving engineering problems related to industrial processes, power transmission, and the operation of electrical appliances. Some key applications of electronic engineering include power electronics, telecommunications, electronic instrumentation, microcontrollers, computer networks, and digital electronics.

1. Polytechnic Institute
Santiago Mariño
Teacher:
Cesar Velásquez.
Made by:
Pamela A. Blasco R
CI: 26.740.126
(44)

2. Electronic Engineering is dedicated
to the study of devices , circuits and
systems, including analysis , design ,
development and operation, as well
as the study of the principles on
which it is based.
Electronics Engineering is a branch of engineering ,
based on electronics , which is responsible for solving
engineering problems such as industrial process
control and transformation of electricity for the
operation of various electrical appliances . Has
application in the industry, in telecommunications,
in the design and analysis of electronic
instrumentation , microcontrollers and
microprocessors.

4. Power electronics
Telecommunications
The massive processing and transmission of
information required for planning, design and
management of broadcasting systems ,
television, telephone , computer networks ,
fiber optic networks , satellite networks and as
increasingly significant wireless
communication systems such as mobile and
personal telephony
This branch is to adapt and transform
electricity for later use in electrical and
electronic products, such as electric motors
and servo devices. Mainly resistors ,
rectifiers, inverters , chopper switch
cycloconverters and used .

5. Engineering components
Computers and digital
electronic
Much of the production process in the
electrical and electronics companies is
related to the circuit design. This process is
very important component specialized
knowledge, which has led to a specialty
within electronic engineering called
engineering components.
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

7. Basic industry of the state.
Public companies and private
communications.
Power generation companies.
Oil Industry.
Financial institutions.