April 12, 1849
August 31, 1937
Born at Zürich, he was educated at Zürich and Berlin universities. Very early in life he became interested in the physical features of the Alps, and at the age of sixteen he made a model of the Tödi group. This came to the notice of Arnold Escher von der Linth, to whom Heim was indebted for much encouragement and geological instruction in the field.
In 1873 he became professor of geology in the polytechnic school at Zürich, and in 1875 professor of geology in the university. In the same year he married Marie Heim-Vögtlin, Switzerland's first woman physician. In 1882 he was appointed director of the Geological Survey of Switzerland, and in 1884 the honorary degree of Ph. D. was conferred upon him at Berne.
He is especially distinguished for his researches on the structure of the Alps and for the light thereby thrown on the structure of mountain masses in general. He traced the plications from minor to major stages, and illustrated the remarkable foldings and overthrust faultings in numerous sections and with the aid of pictorial drawings. His initial misinterpretation of the Glarus Alps as resulting entirely from folding rather than from a major thrust fault, an error which he acknowledged in 1901, did not detract measurably from his considerable contributions. 
His magnificent work, Mechanismus der Gebirgsbildung (1878), is now regarded as a classic, and it served to inspire Professor C Lapworth in his brilliant researches on the Scottish Highlands (see Geol. Mag. 1883). Heim also devoted considerable attention to the glacial phenomena of the Alpine regions. The Wollaston medal was awarded to him in 1904 by the Geological Society of London, and in 1905 he was made a member of the Royal Swedish Academy of Sciences.
A constant kinetic friction coefficient controlling the movement of pyroclastic flows and avalanches was named Heim coefficient after Albert Heim. The ridge Dorsum Heim on the Moon was also named after him.