What is IEEE (Institute of Electrical and Electronics Engineers)?

IEEE (Institute of Electrical and Electronics Engineers) is a world-wide technical professional association dedicated to standardization, among other things. It is the largest international non-profit organization created by professionals with new technologies.

What is IEEE (Institute of Electrical and Electronics Engineers)?

When Was IEEE Established? What Are Its Duties?

IEEE was founded in New York in 1884 and is an international non-profit association with professionals and students, with 360,000 members in the city of Piscataway in the central United States and in more than 150 countries worldwide.

In addition to Engineering, Design, Law, Management, Medicine, Biology, and related sciences, the main field of study is based on promoting innovation and technological excellence for the benefit of humanity.

History

It was founded in 1963 with the merger of IRE (Institute of Radio Engineers) founded in 1912 and AIEE (The American Institute of Electrical Engineers) founded in 1884.

In 1884, electricity applications increased rapidly, progress in the theory and practice of electricity accelerated, and scientists and electricians, entrepreneurs, and investors saw great progress ahead of them.

With such growth, electrical technology has become more complex, and practitioners began to need a forum for an exchange of ideas and experience and an organization to define this new profession.

In 1884, a meeting was called to create a national electric society, and after some preliminary meetings, the North American Institute of Electrical Engineers was established in New York on May 13.

The new organization gained momentum by planning a National Electrical Exhibition to be held later that year by the Franklin Institute in Philadelphia, so the AIEE was quickly recognized as a spokesman for American electrical engineers.

From the beginning, wired communications and light and power systems were AIEE’s main interests.

As an active participant in the development of industry standards for a long time, the Institute laid the foundation for all electrical standards works done in the USA.

In the first thirty years of its establishment, AIEE encountered and resolved internal problems such as the establishment of the permanent headquarters of the organization, the provision of mechanisms for broad membership and communication with students, and sponsoring new technical interests through committees established to meet these meetings.

With the growing difficulty of specialization and even the formation of the Toronto Department in 1903 and in 1922, the Mexican Department expanded beyond the borders of the United States.

However, by 1912, the interests and needs of specialists in the field growing on the radio could no longer be satisfied with a committee meeting two or three times a year.

That year, the two major radio organizations, the Engineers Association, the Wireless Telegraph, and the Wireless Institute, merged to form the National Institute of Radio Engineers, a national community of scientists and engineers involved in the development of radio communications.

The structural development and general activities of IRE were similar to those of AIEE.

Specialized departments were divided into professional groups under the central governing body, geographic units, and student branches were created.

The creation of a broad literary heritage and the exchange of information was facilitated through meetings and publications, then membership degrees were established, and the rules have come from the beginning of the greatest interest.

The nature of radio technology meant that IRE’s interests went beyond national borders.

For this reason, the new association sought and attracted members from many countries. In 1930, the word electronic became part of the vocabulary in engineering.

Electronics engineers tended to become members of IRE, but it has expanded their bulb technology applications so much that it has become difficult to distinguish the technical boundaries that separate IRE from AIEE.

After World War II, these two organizations became increasingly competitive. Problems of overlapping and reproducing efforts emerged, where committees and joint meetings were only partially resolved.

Finally, in 1961, the leadership of both IRE and AIEE decided to put an end to these challenges through consolidation.

The following year, a merger plan came into force and was approved. In January 1963, it was planned to merge the technical activities and geographical units of the two communities and to create a unified broadcasting program for the new organization Institute of Electrical and Electronics Engineers (IEEE).

The establishment of IEEE had 150,000 members, 140,000 of which were in the USA.

Development

With more than 380,000 volunteer members in 175 countries, IEEE is the leading and most prestigious authority in the fields of computer engineering, biomedical and aviation technologies derived from original electricity, electrical energy, control, telecommunications, and consumer electronics.

According to IEEE, it is to promote creativity, development, and integration, to share and apply developments in information technology, electronics, and science in general, and to support the benefit of humanity and professionals.

It has VHDL, POSIX, IEEE 1394, IEEE 488, IEEE 802, IEEE 802.11, IEEE 754, IEEE 830, and many standards.

IEEE produces more than 30% of its published literature on electrical engineering, computing, telecommunications, and control technology in the world through technical broadcasting activities, conferences, and consensus standards.

It organizes more than 350 large conferences per year and develops about 900 active standards and 700 more.

Mission

IEEE is currently sponsoring or sponsoring more than 1,000 international technical conferences each year.

Today, the largest and most prestigious professional technical organization in the world extends beyond its predecessors’ forecasts, and this year celebrates 125 years of world history with scientific and technological contributions to humanity.

IT supports global well-being for the benefit of humanity and professions through the promotion of engineering processes in the creation, development, integration, participation, and implementation of information, electromagnetic science, and electrotechnology.

Organization

The institute consists of a technical and geographical department.

The technical department consists of 39 different companies for a macro subject, each containing technological information.

The geographical division consists of 10 regions with divisions worldwide.

In addition, there are Professional and Student membership types that are basically classified into two main groups.

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