History in 130 years – 130 years of pioneering innovation and technological progress

Year

Description

2023

VDE founded 130 years ago

2020

100 years VDE mark

Anniversary 50 years German Electrotechnical Commission in DIN and VDE (DKE).

2018

2017

VDE intoduces its new corporate design and its commitment for the future: VDE – for a worthwhile future

2016

VDE and DKE organize the 80th General Meeting of the IEC (International Electrotechnical Commission) in Frankfurt.

The VDE / BMBF (German Federal Ministry of Education and Research) student initiative INVENT a CHIP celebrates its 15th anniversary at the VDE Congress in Mannheim, Germany

2015

95th anniversary of the VDE mark.

2013

VDE is organizing the World Smart Grid Forum 2013 together with the International Electrotechnical Commission (IEC) and the State Grid Corporation of China (SGCC) in Berlin.

2012

The VDE Institute celebrates the opening of its VDE-Testlab Battery and Environment with a ceremony and an industry event on safety in the field of e-mobility.

2010

90th anniversary of the VDE mark.

2009

World Congress 2009 on Medical Physics and Biomedical Engineering

2007

The VDE/BMBF student initiative INVENT a CHIP reaches a new record with 1,500 participants.

VDE and BMBF organize the 2nd Microsystems Technology Congress in Dresden with Dr. Annette Schavan, Federal Minister of Education and Research.

2006

VDE organizes the IEC World Congress in Berlin with Michael Glos, Federal Minister of Economics.

EU Commissioner Günter Verheugen opens the VDE Innovations for Europe congress in Aachen.

2004

Anniversary 50 years of the Informationstechnische Gesellschaft im VDE (ITG) in the Paulskirche in Frankfurt.

German Chancellor Gerhard Schröder opens the VDE Congress 2004 - Innovations for People.

2003

New VDE statutes, which include a new regional structure and the formation of the association's top management consisting of the Presidium and the Executive Board, come into force.

VDE Global Services GmbH founded.

2001

VDE and German Society for Biomedical Engineering (DGBMT) merge. The DGBMT becomes a new professional society within the VDE.

New name for DKE - DKE German Commission for Electrical, Electronic & Information Technologies of DIN and VDE.

VDE Capital Representative Office opened in Berlin.

1998

Change of name of VDE according to delegates' resolution - VDE Association for Electrical, Electronic and Information Technologies

1996

25th anniversary of the DKE German Commission for Electrical, Electronic & Information Technologies.

Merger of GME (VDE/VDI Society for Microelectronics) and GMF (VDI/VDE Society for Micro and Precision Engineering) to form the VDE/VDI Society for Microelectronics, Micro and Precision Engineering (GMM).

1995

100th anniversary of the first VDE regulation “VDE 0100”.

75th anniversary of the VDE Testing and Certification Institute.

1993

100 years after its founding, VDE has now 34 regional associations. VDE also has 36,000 members – including engineers, technicians and scientists as well as some 1,000 companies, research institutes and public authorities.

The association celebrates its 100th anniversary with the congress "Energy – Information – Innovation: Technologies for Society and the Environment” in Berlin.

1992

Foundation of the umbrella association for medical technology DVMT. The VDE is a founding member.

Introduction of a digital mobile communications network that can be expanded throughout Europe (D network).

1991

The name of the VDE test center is changed to "VDE Testing and Certification Institute", as the subject of certification has become an additional field of work. The "VDE Institute", as it is called for short, now employs 400 people who carry out more than 16.000 tests per year.

1990

In order to do justice to the growing importance of the work of female electrical engineers, the Working Group of Female Electrical Engineers is transformed into a permanent VDE committee.

1989

After the fall of the Berlin Wall, the VDE is now also open to electrical engineers in the former GDR. By 1992, the association had founded seven district associations in the new federal states and was able to admit over 4.000 new members.

1987

The VDE/VDI Society for Microelectronics (GME) begins its work.

1986

As equal partners, VDI and VDE now jointly run the "VDI/VDE-Technologiezentrum Informationstechnik GmbH" in Berlin. Equipped with funds from the Federal Ministry of Research and Technology, the center has been supporting small and medium-sized enterprises in the implementation of new technological developments since 1978.

At the VDE Delegates Assembly, the VDE Young Members Committee is established, which has its roots in the central Young Members Assembly that first met in 1980. The main task of the standing committee is to support the young member activities of the district associations and to ensure cooperation with the corresponding committees of the VDE.

1985

The Arbeitsgemeinschaft für Blitzschutz und Blitzableiterbau e.V. joins the VDE. Its activities are continued in the newly formed VDE Committee for Lightning Protection and Research (ABB of the VDE). The committee is supported by a promotion circle, which individuals, companies, organizations and authorities interested in promoting lightning protection can join as members.

1981

Inauguration of the VDE House at Stresemannallee 15 in Frankfurt.

1978

Foundation of the VDE History of Electrical Engineering Committee, which is concerned not only with the reappraisal of the history of technology, but also with the interactions between technological development and society.

1976

The VDI/VDE Gesellschaft Mikro- und Feinwerktechnik (GMF) starts its work (old name VDI/VDE-Gesellschaft Feinwerktechnik (FWT).

1975

For the first time, the study "Electrical Engineers in the Federal Republic of Germany" is published, which was compiled by the committees for professional issues and engineer training. The study, which provides information on the demand situation and career opportunities for young engineers, will be published every 5 years from now on.
The Ministry of Economics notifies the DKE as the body responsible for the practical implementation of the EC Low Voltage Directive of the ETG.

1974

Foundation of the Energietechnische Gesellschaft im VDE (ETG).

1973 

CENELEC is founded in Brussels as the successor organization to CENELCOM (for the EC countries) and CENEL (for the EC and EFTA countries). The primary task of this European Committee for Electrotechnical Standardization is to promote the harmonization of national standards.

The VDI/VDE Society for Measurement and Control Technology (GMR), now known as Measurement and Automation Technology (GMA), is formed from the merger of the renowned VDI/VDE specialist groups for measurement technology and control technology.

Formation of the VDE Accident Research Committee, whose aim is to monitor all accident research activities in electrical engineering, provide impetus for research and disseminate the knowledge gained.

1972

With the establishment of the business unit "Science, Education and Career", the VDE Committee for Engineering Education is founded. It deals with all matters of engineering education at universities and universities of applied sciences, including all questions of young engineers.

EUREL is founded to support the exchange of experience and joint action between electrical engineers and natural scientists. The Federation of National Electrotechnical Associations of Western Europe brings together 17 organizations from 14 European countries.

1970

In order to combine electrotechnical standardization work, DIN and VDE establish the "German Electrotechnical Commission in DIN and VDE". This means that there is now only one body for electrotechnical standardization in the Federal Republic of Germany, the DKE, which is legally supported by the VDE and also represents German interests in the international standards organizations for electrical engineering.

1968

In the year of its 75th anniversary, the association has 25.538 members. The VDE test center, until then housed in Stresemannallee, moves to a new building in Offenbach's Merianstrasse.

1966

Foundation of the VDE Committee on Professional Issues, which deals with the topic "Engineer in profession and society" in the broadest sense. Questions of engineering ethics and acceptance of technology have recently become increasingly important.

1961

Creation of the VDE radio protection mark.

1954

The first of the VDE professional societies to be founded is the Nachrichtentechnische Gesellschaft (NTG), now known as the Informationstechnische Gesellschaft (ITG).

1952

VDE is again fully involved in international organizations such as: I.E.C (International Electrotechnical Commission), CIGRE (International Conference on Large High-Voltage Electric System).

1950

After the regional organizations had been formed again since 1946, the association was re-established on March 23. Its headquarters are now in Frankfurt a. M. at Osthafenplatz, where the testing center is also relocated.

1948

Start of the reconstruction of the General Secretariat and the test center in Wuppertal as well as the regulatory office in Mannheim.

1945

Like all associations affiliated with the NSBDT, the VDE is banned after the end of the war. A trustee is appointed by the British occupying power in Berlin. With the exception of lecturing, work can gradually be resumed at the VDE headquarters. This includes, above all, the supervision of standards, the activities of the test center, the utilization of the ETZ archive and the standardization work.

1941

Konrad Zuse develops the first program-controlled computer.

1938

First nuclear fission by Otto Hahn and Fritz Straßmann at the Kaiser Wilhelm Institute in Berlin.

1937

In the course of the National Socialist Gleichschaltung, the VDE is incorporated into the NS-Bund Deutscher Technik (NS BDT). Until 1945, it is thus affiliated with the NSDAP's Main Office for Technology.

1935

The Energy Industry Act is promulgated. This is of particular importance for the VDE because the VDE regulations are given the status of "recognized rules of technology" in the implementing ordinance for this law.

1932

As a result of the global economic crisis and the associated mass unemployment, the number of VDE members drops from 10,582 to 8,157 - by more than 20 percent.

1931

1928

Foundation of ETZ Verlag (since 1947 VDE VERLAG GMBH)

1927

Due to its good experience with assembly line production in a meter factory, AEG also uses the production process coming from the USA in the manufacture of small motors, installation materials, switching and measuring apparatus. A prerequisite for the introduction of assembly line production is the standardization and typification of electrotechnical products, which VDE, ZVDEI and the "Standards Committee of German Industry", in existence since 1917, have accomplished.

1926

The federation now has 32 electrotechnical clubs and societies. However, the number of its personal members has been declining sharply in these years. The reason for this is the bankruptcies of many small businesses, which have also caused numerous electrical engineers to lose their positions and thus be forced to cancel their membership.

1920

1914

With the beginning of the war, a rebalancing of the VDE's work takes place. Work soon begins on saving raw materials and using substitute materials. As a result of the shortage of rubber and copper, the most important materials for electrotechnical products, many products can no longer be manufactured in accordance with the association's regulations, so that a large number of exemption regulations now have to be drawn up.

1912

At the 19th Annual General Meeting of the VDE, the decision is made on the future power system for mainline railroads in Germany: 15 kV, 16 2/3 Hz.

1906

With the participation of the VDE, the International Electrotechnical Commission (IEC) is founded in London and joined by 24 countries.

1905

The VDE now has 16 electrotechnical associations as members. Its membership has risen to over 3,600.

In addition to its scientific and technical work and standardization, the association is heavily involved in economic issues affecting electrical engineering, including trade agreements, export matters and production statistics for the electrical engineering industry.

Albert Einstein formulates the mass-energy relationship E=mc2 within the framework of the special theory of relativity.

1904

VDE’s first "book for standards" is published. It contains 183 pages and 17 provisions.

1897

Three-phase and alternating current motors are increasingly being used. For the first time in Germany, an electric motor is used to drive a rolling mill. Voltages of up to 50,000 volts make it possible to transmit and distribute electrical energy over greater distances. Municipal power supply is generally introduced, and the first interurban power plants are built.

Ferdinand Braun develops a cathode ray tube in Strasbourg as a measuring device for rapidly changing electrical processes (Braun tube).

1895

Conrad Wilhelm Röntgen discovers the X-rays in Würzburg, which are later named after him.

The first "VDE regulation" VDE 0100 for the safe construction of electrotechnical systems is adopted.

1894

In the middle of the year, the VDE establishes its own office in Berlin, at Montbijouplatz 3.

VDE commissions for installation and operating regulations and for copper standards begin their work. They are followed in the next few years by other commissions, including those for the development of standards for incandescent lamps, sheet iron, wires and cables, installation material, ground current, light measurement and meters.

1893

The foundation conference of the VDE takes place in Berlin from January 21 to 22. 37 delegates of the German electrotechnical associations, the first of which was founded in 1879, adopt the founding protocol and elect the first management board.

The newly founded association holds its first annual meeting from September 28 to 30 in Cologne. Also, the first technical commission of the VDE is established at this meeting. Its task is to develop regulations on electrical systems.