Wolfhard Leichnitz

Wolfhard Leichnitz, born in 1952 in Siegen-Weidenau, Germany and resident in Essen, earned his doctorate in civil engineering (Dipl.-Bauingenieur). Since 2009 he is a member of the Supervisory Board of the SINGULUS TECHNOLOGIES Aktiengesellschaft. Dr.-Ing. Wolfhard Leichnitz was elected as Chairman of the Supervisory Board in the constituent meeting on May 31, 2016. Dr.-Ing. Wolfhard Leichnitz was reelected as Member of the Advisory Board by the Ordinary Annual General Meeting on August, 31, 2016. In the subsequent constituent meeting, he was reappointed Chairman of the Supervisory Board.

Prior, Dr.-Ing. Leichnitz was Chairman of the Executive Board of IVG Immobilien AG, Bonn, Germany. Before, he was Chairman of Viterra AG, Essen, Germany which he left after the successful sale of the real estate company through the owner E.ON, a private equity company. From 1992 until 2000, Dr.-Ing. Leichnitz was Board member of the Hochtief AG, Essen, Germany.

During his 15 years of Board member or rather Chairman of the Executive Board activities of mostly stock market listed companies, Dr. -Ing. Leichnitz held numerous appointments to national and international supervisory boards.

Following the retirement of active professional life, Dr.-Ing. Leichnitz took on several voluntary tasks. He does not carry out advisory mandates.


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Singulus Technologies AG

Singulus Technologies AG is a Germany-based engineering company and develops and builds machines for production processes. Its product portfolio comprises vacuum thin-film and plasma coating, wet-chemical cleaning and etching processes as well as thermal processing technology. The Company operates through three segments: Optical Disc, Solar and Semiconductor. The Optical Disc segment manufactures and distributes integrated production lines used in the manufacture of Blu-ray discs. The Solar segment produces machinery designed for use in evaporation, cathode sputtering and selenization processes. The Semiconductor segment develops and manufactures equipment that uses tunnel magnetic resistance (TMR) technology for semiconductor applications for processing wafers for magnetoresistive random-access memory (MRAM), thing film heads and sensors.


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201-500

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