Calvin M. Woodward

Calvin Milton Woodward (August 25, 1837 – January 12, 1914) was a United States educator and professor. As dean of the school of engineering at Washington University in St. Louis, he developed a manual training programme (a system of general, non-vocational tools training). He opened the St. Louis Manual Training School.

Biography

Woodward was born at Fitchburg, Massachusetts to Isaac Burnap Woodward and Eliza W. (Wetherbee) Woodward. He graduated from Harvard College with an A.B. in 1860.

His first job was to serve as principal of Brown High School in Newburyport, Massachusetts. During the Civil War he enlisted and was promoted to captain of the 48th Massachusetts Infantry. He was stationed during his year of duty (1862–1863) in Louisiana. He took part in the siege and capture of Port Hudson under General Nathaniel P. Banks. Following his year of service he returned to being principal of Brown High School. He married Fanny Stone Balch on September 30, 1863.

At the close of the Civil War, Woodward accepted a position as vice principal of Smith Academy in St. Louis, Missouri (part of Washington University). In 1868, he was appointed assistant professor of mathematics in Washington University. In 1870, he became a professor of mathematics and applied mechanics. That year he also became dean of the polytechnic school.

As dean, Woodward began experimenting with manual skills education. Following an influential demonstration of the Della Vos, or Russian, method of tools instruction at the 1876 Centennial Exposition in Philadelphia, Woodward began making plans and gathering support for a similar initiative in the U.S. This culminated in the opening, in 1879, of the St. Louis Manual Training School as a subordinate department of Washington University. Without resigning his other duties, he filled the directorship of the school. The school was a pioneer of its kind in the United States, and served as the model in organizing other similar schools, in consequence of which Woodward's expositions of the aims and value of manual training have had much influence in shaping the new education both inside and outside the United States. During the 1880s, the Manual Training School was the largest and most well-attended public high school in St. Louis.

The manual training system that Woodward introduced was akin to tools training. Students learned how to use tools by shaping wood or metal, but the products they produced had no commercial value. The worth of the instruction lay mostly in mind-hand coordination.

Woodward lectured extensively on manual training and his high school. Yet by the late 1890s, manual training was under greater criticism because of its apparent disconnection to workplace skills. Critics (such as the National Association of Manufacturers) began advocating a system of vocational education that trained students for specific jobs instead of giving students general tools training.

He was a member of the school board of St. Louis 1878-80, and president of the St. Louis Engineer Club in 1883/4. Woodward was president of the industrial department of the National Educational Association 1882-84, and vice president of the American Association for the Advancement of Science in 1888, presiding over the section on mechanical science. In 1885 he was invited to present a paper on “Manual Training” before the educational conference in Manchester, England, and afterward he visited the educational institutions of Europe.

Works
  • History of St. Louis Bridge (1881)
  • The Manual Training School (1887)
  • Manual Training in Education (1890)
  • Rational and Applied Mechanics (1912)

He wrote a large number of papers on mathematical subjects and manual training, which he contributed to scientific journals and other periodicals.

gollark: It is, I think, mostly orthogonal to what you're doing at school, so you could probably learn about these statistical things, if not the calculus-based parts.
gollark: Your school may not teach it, but don't let school stop you from being educated.
gollark: Well, you could understand it if you learned about it, I expect.
gollark: μ is the mean (average, ish) of a random variable. σ, as I said, is standard deviation, which is sort of like the average distance of samples from that random variable from the mean μ.
gollark: Not really.

See also

Knoll, M. (1988). Calvin M. Woodward und die Anfänge der Projektmethode. Ein Kapitel aus der amerikanischen Erziehungsgeschichte 1876-1900. Zeitschrift für Pädagogik 34 (Juli ), S. 501-517.

Notes

    References
    • Dilliard, Irving (1936). "Woodward, Calvin Milton". Dictionary of American Biography. New York: Charles Scribner's Sons.

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