RJD Career Notes
After graduating from Birmingham University in 1961 with an honours
Degree in Physical Metallurgy, Robert Dean began work in the aluminium
industry at the Alcan plant at Banbury, UK. There he worked on technical
aspects of the DC casting, extrusion and rolling process. In 1964
at Alcan's Birmingham plant he was responsible for sand and die casting
and forging.
He transferred to Star Aluminium, the Alusuisse UK operation, in
1966 as Chief Metallurgist of the Wolverhampton and Bridgnorth plants.
Star Aluminium specialised in thin strip and foil rolling. In 1970,
he moved to the group's main German plant at Singen, West Germany
where he worked on bright and laminated rolled products. He returned
to the UK in 1971 as Technical Manager for all Alusuisse UK manufacturing.
In 1980 he moved inside the Alusuisse group to LMG at Essen in West
Germany to work on the group's main research and development project
involving the production of canstock, principally for the North
American brewing industry. He was responsible for an extensive testing
programme in the USA and was for a time resident in the Denver area.
In 1981 he transferred to the Group's head office in Zurich, Switzerland
and in 1984 moved offices to the group's main research and development
facility at Neuhausen, Switzerland, close to the German border.
At Neuhausen he was head of the department responsible for wrought
product process development and later for development and promotion
of marine and offshore use of aluminium.
In 1995 he was appointed Project Manager at Alusuisse Road &
Rail for design and construction of the structure of Transrapid
, the German high speed magnetic levitation train. At this time
he also remained responsible for Alusuisse Marine.
In 2000 he returned to Alusuisse Singen, which shortly afterwards
became Alcan Singen, to work on the development and supply of aluminium
automotive components.
In a career spanning over 40 years in the aluminium and engineering
industries Robert Dean has been actively engaged at the forefront
of material and process development and has worked to promote optimised
light weight solutions for a wide range of transport and general
industrial applications.
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