Portrait of William Farish, 1815.

William Farish (1759–1837) was a British scientist who was a professor of Chemistry and Natural Philosophy at the University of Cambridge, known for the development of the method of isometric projection and development of the first written university examination.[1][2][3][4]

Biography

Farish was probably born around mid-April, as he was baptized on 21 April 1759. Farish's father was the Reverend James Farish (1714–1783), vicar of Stanwix near Carlisle. Farish himself was educated at Carlisle Grammar School, entered Magdalene College, Cambridge, as a sizar in 1774, and graduated Senior Wrangler and first in Smith's Prize in 1778.[5] As tutor in 1792, Farish developed the concept of grading students' work quantitatively.[6]

He was Professor of Chemistry at Cambridge from 1794 to 1813, lecturing on chemistry's practical application.[7] Farish's lectures as professor of chemistry, which were oriented towards natural philosophy while the professor of natural and experimental philosophy F. J. H. Wollaston (1762–1828) gave very chemically oriented lectures.[8] From 1813 to 1837 Farish was Jacksonian Professor of Natural Philosophy. In 1819 Professor Farish became the first president of the Cambridge Philosophical Society.

Farish was also Vicar of St Giles' and St Peter from 1800 to 1837. He extensively remodelled St Giles' Church, Cambridge, increasing the accommodation from 100 to 600 seats.

Work

At Cambridge University, according to Hilkens (1967), Farish was "the first man to teach the construction of machines as a subject in its own right instead of merely using mechanisms as examples to illustrate the principles of theoretical physics or applied mathematics."[9] He further became "famous for his work in applying chemistry and mechanical science to arts and manufactures".[10]

Isometric projection

Optimal-grinding engine model (1822), drawn in 30° isometric.[11]

In his lectures on the mechanical principles of machinery used in manufacturing industries, Farish often used models to illustrated particular principles. This models were often especially assembled for these lectures and disassembled for storage afterwards. In order to explain how these models were to be assembled he had developed a drawing technique, which he called "Isometrical Perspective".[12]

Although the concept of an isometric had existed in a rough way for centuries, William Farish is generally regarded as the first to provide rules for isometric drawing.[13] In the 1822 paper "On Isometrical Perspective" Farish recognized the "need for accurate technical working drawings free of optical distortion. This would lead him to formulate isometry. Isometry means "equal measures" because the same scale is used for height, width, and depth".[14]

From the middle of the 19th century, according to Jan Krikke (2006)[14] isometry became an "invaluable tool for engineers, and soon thereafter axonometry and isometry were incorporated in the curriculum of architectural training courses in Europe and the U.S. The popular acceptance of axonometry came in the 1920s, when modernist architects from the Bauhaus and De Stijl embraced it".[14] De Stijl architects like Theo van Doesburg used "axonometry for their architectural designs, which caused a sensation when exhibited in Paris in 1923".[14]

Works

References

  1. ^ Patrick Maynard (2005). Drawing distinctions: the varieties of graphic expression. p.25.
  2. ^ K Hoskin (1979), The examination, disciplinary power and rational schooling
  3. ^ C Stray (2001), The Shift from Oral to Written Examination: Cambridge and Oxford 1700–1900
  4. ^ GF Madaus, LM O'Dwyer (1999), Short History of Performance Assessment: Lessons Learned.
  5. ^ "Farish, William (FRS774W)". A Cambridge Alumni Database. University of Cambridge.
  6. ^ Postman, Neil (1992), Technopoly: The Surrender of Culture to Technology, New York City: Alfred A. Knopf, p. 13
  7. ^ Anita McConnell, ‘Farish, William (1759–1837)’, Oxford Dictionary of National Biography, Oxford University Press, 2004, accessed 24 Oct 2008]
  8. ^ R. T. Gunter (1937). Early Science in Cambridge. Oxford, 1937. Pages 230-2
  9. ^ Thomas John Norman Hilken (1967). Cambridge University: 1783-1965. p.38.
  10. ^ Rollo Appleyard (1933). Charles Parsons: his life and work. Constable & Co., ltd. p.19.
  11. ^ William Farish (1822) "On Isometrical Perspective". In: Cambridge Philosophical Transactions. 1 (1822).
  12. ^ Snezana Lawrence (2003). "History of Descriptive Geometry in England" In: Proceedings of the First International Congress on Construction History, Madrid, 20th-24th January 2003. ed. S. Huerta, Madrid: I. Juan de Herrera, SEdHC, ETSAM, A. E. Benvenuto, COAM, F. Dragados, 2003.
  13. ^ Barclay G. Jones (1986). Protecting historic architecture and museum collections from natural disasters. University of Michigan. ISBN 0-409-90035-4. p.243.
  14. ^ a b c d J. Krikke (1996). "A Chinese perspective for cyberspace?". In: International Institute for Asian Studies Newsletter, 9, Summer 1996.
Academic offices Preceded byIsaac Pennington Professor of Chemistry (1702) 1794–1813 Succeeded bySmithson Tennant Preceded byFrancis Wollaston Jacksonian Professor of Natural Philosophy 1813–1837 Succeeded byRobert Willis
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