Charles Babbage (1791 1871), one of the most original thinkers of the nineteenth century, is best remembered as the pioneer of computing technology, but he also made significant contributions to mathematics, mechanical engineering, philosophy and political economy. This book, first published in 1851, is an example of his active and effective campaigning for the role of scientists and the place of science, technology and technical education in society. Ahead of his time, Babbage was critical of government and the scientific community for not valuing science and technology in education. The work develops these themes, using the Great Exhibition as a backdrop to highlight the political and cultural factors that can impede scientific and technological progress. Britain's industrial supremacy, he argued, disguised the need to develop technical education. As relevant and persuasive today as in 1851, Babbage's arguments emphasise the fundamental importance of technology to the advancement of society.
British mathematician Charles Babbage invented an analytical machine, based on similar principles to those that modern computers use.
This English philosopher and mechanical engineer originated the concept of digital programming. Some persons consider Babbage a "father" and credit him with the first that eventually led to more complex electronic designs but find all essential ideas in his engine. His varied work in other fields led to his described "preeminence" of his century.
The science museum in London displays incomplete parts of Babbage. From original plans of Babbage, people in 1991 constructed a functioning difference engine. Built to achievable tolerances in the 19th century, the success of the finished engine indicated that Babbage worked.