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Hans Freudenthal Award

Hans Freudenthal Award for an individual’s outstanding program of mathematics education research

The Hans Freudenthal Award is aimed at acknowledging and honoring an outstanding scholar who has initiated a new research program and brought it to maturation over the past 10 years. The research program is one that has had and will continue to have an impact on our community. In brief, the criteria for this award are depth, novelty, sustainability, and impact of the research program.

Nominations for the Hans Freudenthal Award should be made by the nominator on the nomination form (will be published here soon) and include the following attachments:

  1. a document (max. 5 pages) describing the nominee's research program and reasons for the nomination (including a description of the nominee's impact on the field);
  2. a one-page summarizing statement;
  3. a curriculum vitae of the nominee (max. 10 pages);
  4. electronic copies of three of the nominee's key publications;
  5. at least three and not more than five additional letters of support (preferably by scholars from different countries); and
  6. the names and e-mail addresses of two persons other than the nominee herself or himself who could provide further information, if needed.

The nomination should be send to the Chair of the Felix Klein and Hans Freudental Award Committee via email. The email will be published here shortly.

About Hans Freudenthal

Hans_Freudenthal
Source: Konrad Jacobs, Erlangen Copywright: MFO

Hans Freudenthal (17 September 1905 - 13 October 1990) was born in the German town of Luckenwalde, the son of a Jewish teacher. Even at a young age, he was interested in differential equations and integration, but by the age of 13 he had also read all the works of Goethe and Schiller. In 1923, he went to Berlin and Paris to study mathematics. After gaining his doctorate, he moved to Amsterdam, in the Netherlands, where he became assistant to L.E.J. Brouwer (1881-1966), the famous mathematician, in 1930. Shortly after, he married Susana (Suus) Lutter, who was a pedagogue. Thanks to his marriage to a non-Jewish Dutchwoman and a certain amount of luck, Freudenthal was able to survive the Second World War. In 1946, Freudenthal became a professor in Utrecht, appointed to a chair in pure and applied mathematics and the principles of mathematics.

In his time, Freudenthal was an accomplished and well-known mathematician, and he made substantial contributions to topology, geometry and the theory of Lie groups. As a teacher, he acquired international fame and significance as the founder of Realistic Mathematics Education, which is based on problems taken from day-to-day experiences rather than on abstract mathematical rules. Single-handedly, Freudenthal kept Dutch mathematics education away from the New Math, which was introduced in many countries from 1960 onwards.

Freudenthal preferred to send his students on a tour of discovery. His motto was that you learn mathematics best by re-inventing it. His students were not given abstract bare problems to do but well-chosen practical problems from daily life, and in solving these, they gradually developed mathematical understanding. In addition, Freudenthal thought the recognizability of the problems would lead to the students to become more interested in mathematics.

He served as the eighth president of the International Commission on Mathematical Instruction from 1967 to 1970. In 1971 he founded the Institute for the Development of Mathematical Education (IOWO) at Utrecht University, which after his death was renamed as the Freudenthal Institute, and is now the Freudenthal Institute for Science and Mathematics Education. In 1968 he founded the journal Educational Studies in Mathematics, which is considered one of the two most prestigious journals in the field. In 1972, he founded and became editor-in-chief of the journal Geometriae Dedicata, devoted to geometry and its relationship to topology, group theory and the theory of dynamical systems. He retired from his professorship in 1975.