Understand a bit about the Systems Engineering.

Entendamos un poco sobre la Ingeniera de los Sistemas.

¿What is Systems Engineering?

• Systems Engineering is the application of mathematics and physics to develop systems that use economically the materials and forces of nature for the benefit of humanity sciences. A set of methodologies for problem solving through analysis, design and management of systems. 
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• In a nutshell .... 
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• Simply stated a systems engineer is a person who detects problems, analyzes, establishes and develops plan to fix the right tool to meet the requirement to the solution of this problem in the field of technology ...

Functions of a systems engineer

Those who complete the race engineering systems can perform within the areas of:
1. Production: Dedicated to the production of goods and services, whether in quality control, planning, design and measurement of work. All this developed promotional measures, and distribution of a product evaluation.


2. Computer: Dedicated to the design and development, installation and maintenance of information systems through computers.


3. Organization: Focused on organizational enterprise system using the appropriate methodology and taking organizations as systems, achieving process optimization.

The most important issues in this race are:

Programing:

It is the process of designing, coding, debugging and maintaining the source code of computer programs.

General Systems Theory:

Operations Research:

Operating Systems:

It is a program or set of programs on a computer system that manages the hardware resources and provides services to application programs, running in privileged mode from previous and next left and vice versa.

statistics:

It is a formal science of collecting, analyzing and interpreting data from a representative sample, either to aid in decision-making or to explain regular or irregular conditions of some phenomenon or applied study of occurrence in random or conditionally. 
Yet! 
Statistics is more than that, ie, is the fundamental tool to carry out the process involved in scientific research.

Numerical methods:

The main goal of numerical analysis is to find "approximate" solutions to complex problems using only the simplest arithmetic operations. It requires a sequence of algebraic and logical operations that produce the approximation to mathematical problem.

EL MUNDO SIN LOS INGENIEROS DE SISTEMA!!!!!
THE WORLD WITHOUT ENGINEERS SYSTEM!!

                                                                    

¿What can a bored engineer?

** History of Systems Engineering **

This area began to develop in the second half of the twentieth century with the rapid development of systems sciences. Companies began to have a growing acceptance that systems engineering could manage the unpredictable behavior and the occurrence of unforeseen system characteristics (emergent properties). Decisions made at the beginning of a project, the consequences may not have been clearly understood, have enormous implications later in the life of the system. A systems engineer should explore these issues and make critical decisions.

OPERATING SYSTEMS