IEEE – Institute of Electrical and Electronics Engineers

IEEE, which stands for Institute of Electrical and Electronics Engineers according to Abbreviationfinder.org, is a global technical-professional association dedicated to standardization, among other things. It is the largest international non-profit association made up of new technology professionals.

Definition

The IEEE, created in New York in 1884, is an international non-profit association with its headquarters in the city of Piscataway in the United States and branches in more than 150 countries around the world, with around 360,000 members, between professionals and students. of engineering, design, law, management, medicine, biology and related sciences. Its main line of work is based on promoting innovation and technological excellence for the benefit of humanity.

History

It was created in 1963 by the merger of the IRE (Institute of Radio Engineers), founded in 1912, and the AIEE (The American Institute of Electrical Engineers), founded in 1884. The North American Institute of Electrical Engineers (AIEE) emerged during a period of optimism and enthusiasm. In 1884 Applications in electricity were increasing rapidly, progress in the theory of electricity and its practice was accelerating, and scientists and electricians, as well as entrepreneurs and investors, saw great development before them. With such growth, electrical technology began to become more complex and practitioners began to feel the need for a forum to exchange ideas and experiences and for an organization to define this new profession.

In the spring of 1884, a meeting was called to form a national electrical society and, after some preliminary meetings, the American Institute of Electrical Engineers was established in New York City on May 13. The new organization was given impetus by planning a National Electrical Show to be hosted later that year by the Franklin Institute in Philadelphia, and thus the AIEE quickly gained recognition as the spokesperson for North American electrical engineers. Right from the start, cable communications and light systems and power were the main interests of the AIEE. As a longtime and active participant in industry standards development, the Institute laid the foundation for all electrical standards work done in the United States.

During the first three decades of its existence, the AIEE addressed and resolved internal issues, such as establishing the permanent headquarters of the organization, providing mechanisms for reaching out to a broad membership and students, and sponsoring new technical interests through committees that were established to face the challenge of increasing specialization and even expanded beyond the borders of the United States with the formation in 1903 of the Toronto Section and in 1922 with the formation of the Mexico Section; however, by 1912 the interests and needs of those who specialized in the growing field of radio could no longer be satisfied with a committee that met two or three times a year.

In that year, two major radio organizations – the Society of Engineers, Wireless Telegraphy and the Wireless Institute – merged to form a national society of scientists and engineers involved in the development of wireless communications, the Institute of Radio Engineers. (I WILL GO). The structural development and general activities of the IRE were similar to those of the AIEE. The specialized segments were grouped into professional groups under a central governing body, then geographic units and student branches were formed; The creation of a wide literary heritage and the exchange of knowledge was facilitated through meetings and publications, then the degrees of membership were established and the norms were from the beginning of the greatest interest.

The nature of radio technology meant that the IRE’s interests extended beyond national borders. Therefore, the new association sought out and attracted members from many countries. In 1930, the word “electronics” became part of the engineering vocabulary. Electronics engineers tended to be members of the IRE, but the applications of bulb technology became so extensive that the technical boundaries that differentiated the IRE from the AIEE became difficult to distinguish.

After World War II, the two organizations became increasingly competitive. There were problems of overlapping and duplication of efforts that were only partially resolved through committees and joint meetings. Finally, in 1961, the leadership of both the IRE and the AIEE resolved to seek an end to these difficulties through consolidation. The following year a merger plan was formulated and approved, which entered into force on the 1st. January 1963 Plans were made to unify the technical activities and geographic units of the two societies and to establish a unified publications program for the new organization, the Institute of Electrical and Electronics Engineers (IEEE). At its founding, the IEEE had 150,000 members, of which 140,000 were in the United States.

Present

IEEE currently sponsors or co-sponsors more than 1,000 international technical conferences each year. Today, it is the largest and most prestigious professional technical organization in the world, its activities extend far beyond what its predecessors could have envisioned and this year it is celebrating 125 years of global experience in scientific and technological contribution to the humanity.

Mission

Promote global prosperity for the benefit of humanity and the professions, through the promotion of engineering processes, in the creation, development, integration, participation and application of the knowledge of Computer Science, electromagnetic science and electrotechnology.

objective

Permanent professional updating in the field of electromagnetic sciences, electrotechnology and computer science.

Internal organization

The Institute is made up of a technical and a geographical division. The technical division is made up of 39 different companies, each one oriented to a macro issue of technological knowledge. The geographical division comprises 10 regions worldwide, which are themselves made up of sections. In addition, there are different types of membership, basically classified into two large groups: Professional Members and Student Members.

Evolution of the IEEE

Through its members, more than 380,000 volunteers in 175 countries, the IEEE is a leading and prestigious authority in the technical areas derived from the original electrical: from computational engineering, biomedical and aerospace technologies, to the areas of electrical energy, control, Telecommunications and Electronics consumption, among others. According to the IEEE itself, its job is to promote creativity, development and integration, share and apply advances in information technologies, electronics and science in general for the benefit of humanity and the professionals themselves. Some of its standards are: VHDL, POSIX, IEEE 1394, IEEE 488, IEEE 802, IEEE 802.11, IEEE 754, IEEE 830. Through its technical publishing activities, conferences, and consensus-based standards, the IEEE produces more than 30% of The literature published in the world on electrical engineering, in computing, telecommunications and control technology, organizes more than 350 major conferences a year around the world, and has about 900 active standards, with another 700 more under development.

Featured Members and Allies

Among the most important members and allies we can highlight Benjamin Franklin, Thomas Alva Edison, Albert Haldemann (NASA), Jim Blinn (NASA), Edwin Catmull (Pixar), Per Christensen (Pixar), Don Chamberlin (IBM), Gerard Alphonse (RCA), among many others.

Publications

These publications are only available to members of the organization.

IEEE Spectrum Magazine: A 4-time winner of the National Magazine Awards, Spectrum publishes articles on innovations and perspectives on technological development. All IEEE members receive a personal subscription. An additional copy of Spectrum is available to IEEE members for $ 8.00.
Proceedings of the IEEE: It is one of the most distinguished science and technology journals today. It is published monthly, and features reviews and tutorials written by experts in all areas of electronics and computing.

FREQ 12x / year Cost: $ 23.00

IEEE Potentials: Relates theories towards practical applications and highlights the global technological impact. Not available on microfiche.

FREQ 6x / year Cost: $ 5.00

Today’s Engineer: It is dedicated to the non-technical needs of all engineers. It will help them create their own opportunities, influence their organizations and infrastructures, etc. Today’s Engineer allows all engineers to expand their possibilities.

FREQ 4x / year Cost: $ 12.95

Aerospace and Electronic Systems Magazine: Articles on earth and space systems, radar, navigation, guidance and control, as well as communications, data management and systems for simulation and testing.

FREQ 12x / year Cost: $ 23.00

Annals of the History of Computing: An account of the vital contributions, preservation, and analysis of the history of computing and its impact on society.

FREQ 4x / year Cost: $ 13.00

Circuits and Devices Magazine: This publication contains information on electronic and photonic technologies presented in a lucid way. Articles covering the design, implementation, packaging, and manufacturing of micro-electronic and photonic devices, circuits, and systems.

FREQ 6x / year Cost: $ 18.00

IEEE Communications Magazine: Contains technical articles of general interest.

FREQ 12x / year Cost: $ 29.00

Electrical Insulation Magazine: A compilation of articles and news related to insulation and dielectrics.

FREQ 6x / year Cost: $ 8.00

Engineering in Medicine and Biology Magazine: Contains short, general and technical articles on current technologies and methods used in biomedicine and clinical engineering.

FREQ 6x / year Cost: $ 26.00

Engineering Management Review: Contains papers aimed at all those involved in development, managing research, or engineering activities.

FREQ 4x / year Cost: $ 18.00

Industry Applications Magazine: New applications in construction operations including: Construction systems, industrial processes, commercial and industrial power systems.