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Title
Certificate on discharge of Barnes Wallis from Christ's Hospital Mathematical School
Reference
BNW/A/1/03
Production date
28-07-1904 - 28-07-1904

Creator

Christ's Hospital Biography Biography
In 1552, King Edward VI responded to an impassioned sermon on the needs of London’s poor, and summoned the preacher, the Bishop of London, to talk more about this pressing situation. It was suggested that Edward should write to the Lord Mayor of London, to set in motion charitable measures to help the poor. Christ’s Hospital was consequently founded in the old buildings vacated by the Grey Friars in Newgate Street, London and provided food, clothing, lodging and learning for fatherless children and other poor men’s children. Crucially, the children were not only cared for but prepared for future careers. Money for such reform was raised by the City of London. The Church, businesses and householders in London were asked for donations. Governors were elected to serve the school and in November 1552, Christ’s Hospital opened its doors to 380 pupils and within a year, the number had increased to over 500. King Edward VI became patron and founder and a Royal Charter was signed to this effect by Edward just eleven days before his death in 1553. Many children, including 100 of the first 380, were infants who were sent away to Ware, Hoddesdon or Hertford to be looked after by nurses, who were paid a weekly allowance, and to attend local day schools. When they reached 10 they would return to London to be educated. Girls were admitted from the beginning and in 1563, when the first children’s register was compiled, there were 132 girls out of 396 children. In London, the great majority of children were educated in the Writing School for a position in commerce or trade, leaving when aged 15. The few who stayed on beyond the age of 15 studied either in the Grammar School for University or, from its foundation in 1673, in the Royal Mathematical School (RMS) for service at sea. The RMS received its Royal Charter from Charles II, with Samuel Pepys, Sir Isaac Newton and Sir John Flamsteed being influential figures in its early years. Following the Great Fire of London, the school was reuilbt in 1705, with Sir Christopher Wren designing the South front as well as Christ Church, the parish church immediately outside the walls of the schoolwhich the school used for its worship. A second major rebuilding took place from 1793 to 1836, including a Grammar School completed in 1793, a new Great Hall in 1829, Grammar and Mathematical Schools in 1834 and the cloisters known as the Grecians Cloister in 1836. In 1902 all the boys from both the London and Hertford schools transferred to a new site in Horsham, and the school at Hertford became a girls-only school. In 1985 the Hertford site was closed and the girls transferred to Horsham, once again to form a co-educational school. Today Christ's Hospital has 830 boarding pupils, with an equal number of boys and girls, and 70 day pupils.

Scope and Content
Certificate on discharge of Barnes Neville Wallis from Christ's Hospital Mathematical School, dated 28 July 1904. The certificate states Barnes Wallis' age as 16 years and 10 months; that he was a member of Peele House and that his General Conduct was Good. Individual classes for Mathematics, English, French, German, Science, History, Shorthand and Drawing are listed. Barnes Wallis is shown as placing 3rd in his Mathematics class; 1st in his French class and 1st in his Science class.
Extent
1 item
Language
English
Level of description
FILE
Repository name
Science Museum, London

Associated people and organisations

Wallis, Barnes Neville Biography Biography
1887-1979, Knight Aeronautical Designer and Engineer Wallis is best known to the general public for his development of the bouncing bomb during World War II, made famous in the Dambusters film. He was born on 26 September 1887 at Ripley in Derbyshire. He was a pupil at Christ's Hospital School and then served as an apprentice, first at the Thames Ironworks, Shipbuilding and Engineering Company Limited, from 1905-1907, then as an apprentice fitter (later draughtsman in the Marine Engine Department) at John Samuel White and Company, Limited, at Cowes on the Isle of Wight from 1907-1913. Wallis' lifelong involvement with aeronautics and association with Vickers began when he was invited to join the Chief Draughtsman - Airships at Vickers as Chief Assistant in the designing of the R9 airship from 1913-1915. Wallis was intermittently engaged on war service and airship design. Towards the end of the First World War, Wallis became engrossed in the design of the R80 airship, but the Royal Air Force discontinued the project in 1921. In 1922 Barnes Wallis took a degree by correspondence in engineering from London University. He served as Chief Engineer, for the Airship Guarantee Company, Vickers Limited, London and Howden, Yorkshire, from 1922-1929. In 1924 the British Government initiated a programme for the construction of two experimental airships, one of which, the R100, was designed and constructed by the Airship Guarantee Company, as subsidiary of Vickers. Barnes Wallis designed this airship individually. The loss of the R101 in 1930 brought an abrupt end to all airship development in Great Britain. Wallis' attention was diverted to aircraft. Wallis was invited to join the Aviation Department of Vickers as Chief Designer (Structures) and was almost entirely associated with the Weybridge Design Office, which post he filled from 1930-1937. He was appointed Special Director in 1936, where he worked on the use of geodetic design and construction for Wellesley and Wellington aircraft. In aircraft design, Wallis is best known for his use of geodetic construction. He had the opportunity of applying this method when Vickers constructed a single engine low wing monoplane that came to be known as the Wellesley. The next aircraft with which Wallis was associated was the Wellington twin-engined bomber, which first flew in 1936. For much of the time during the Second World War, Wallis was heavily engaged in supervising improvements to the Wellingtons and adaptations for special purposes. At the same time, he developed his ideas on strategic bombing of German industrial targets, including the dams in the Ruhr district. For this purpose Wallis devised the bouncing bombs. The authorities gave Wallis permission to put into practice his long held idea of a ten-ton bomb, nicknamed Tallboy to destroy targets conventional bombs would hardly dent. Towards the end of the Second World War, Wallis' ten ton bomb, Grand Slam was first dropped in March 1945. Wallis served as Assistant Chief Designer (Aviation Section) for Vickers-Armstrong at Weybridge from 1938-1944. He was awarded the CBE in 1943. After the Second World War, Wallis served as Chief of Aeronautical Research and Development at Vickers-Armstrong from 1945-1971 and was appointed Special Director and Head of Independent Research in 1946, with freedom to develop at will. Wallis turned his attention to variable geometry or swing-wing aircraft. Over the next thirteen years, with first the Wild Goose, then Swallow models, Wallis developed this revolutionary concept, overcoming technical problems as he worked towards the prototype stage. Various potential applications of the principle were cancelled in the light of changing operational requirements and increasing costs. Wallis continued to work on designs for high speed aeroplanes, eventually proposing the adoption of a rectangular fuselage as the most efficient form for hypersonic aircraft, as well as on a new form of submarine. He was knighted in 1968 and retired from Vickers in May 1971, by now the British Aircraft Corporation. He died on 30 October 1979 in Leatherhead Hospital.

Conditions governing access
Open Access
Conditions governing Reproduction
Copies may be supplied in accordance with current copyright legislation and Science Museum Group terms and conditions
Finding aids
BNW Box 1