Chexbres, Vaud canton, Switzerland
BiographyMarius Lacombe's place of origin was Begnins (canton Vaud) and it seems that he grew up there. Lacombe studied mathematics at the Polytechnic's Engineering Department and became a professor at the University of Lausanne in 1892. In 1894 he was appointed to a professorship at the Polytechnic in Zürich: Lacombe filled the newly created chair of descriptive geometry in French. Before that, Franel was the only mathematician at the Polytechnic who taught in French. The second professorship was established due to 'popular demand' ; and the Swiss government hoped that German-speaking students too would attend Lacombe's lectures.
Lacombe stayed in Zürich for 14 years. In 1908 he moved back to Lausanne, apparently because of family reasons, as the Swiss government put it in a notice in :
Like us, many will indeed be sorry that this teacher, who is so popular among his colleagues and in particular also among his students, leaves our university in order to return to his native region due to family matters.Lacombe stayed in Lausanne for the rest of his life. He taught descriptive, projective and analytic geometry at the Engineering School of the University of Lausanne until he retired in 1927. He served as the school's Director from 1911-1918. In his last year in office, he founded the university's Laboratory of Materials Testing, which still exists today.
Lacombe was more teacher than research mathematician. The only publications listed in the Swiss libraries' union catalogue concern mathematical education: L'enseignement des mathématiques élémentaires dans le Ct. de Vaud Ⓣ (1893) and L'enseignement mathématique à l'Ecole d'Ingénieurs de Lausanne Ⓣ (1911, with Graf). Lacombe believed that his students, all future engineers, should know how to use mathematics to solve technical problems, rather than be taught pure mathematics :
Even though he is not an engineer, Mr Lacombe is very well informed about everything that concerns technical education. He is not one of those who consider mathematics to be simple gymnastics or an adornment of the mind. He knows that it is a means and not a goal, and he wants his students to know how to apply the tool that he gives to them in practice. The problems and exercises -- particularly in descriptive geometry -- that he poses his students are always applications of real-life cases that every engineer will face in his career. In his lectures at the Engineering School he chooses to ignore problems that are only of a purely theoretical or virtuosic interest.He was one of the first in Switzerland to introduce his students to new techniques used in industry, such as photogrammetry. In 1905, on the occasion of the Polytechnic's 50th anniversary, he was awarded honorary citizenship of the town Zürich, alongside his colleagues Franel and Herzog. Lacombe also received an honorary doctorate from the University of Lausanne.
Lacombe joined the enlarged organising committee of the first International Congress of Mathematicians in December 1896. He was one of the members of the finance committee and also organised a special breakfast for the congress participants on the last congress day. At the congress itself he chaired section III: Geometry.
- S U Eminger, C F Geiser and F Rudio: the men behind the First International Congress of Mathematicians St Andrews PhD thesis (2014) 123-125 /Publications/Eminger.pdf
- Note regarding M Lacombe in: Bulletin technique de la Suisse romande 37 (19), 1911, 228
- Note regarding M Lacombe in: Schweizerische Bauzeitung 24 (1), 1894, 8
- Note regarding M Lacombe in: Schweizerische Bauzeitung 52 (108), 1908, 132
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Written by Stefanie Eminger, University of St Andrews
Last Update August 2015
Last Update August 2015