The group covers the mechanical design of telescopes and instruments.

Current radio telescopes, often consist of large numbers of sensors. So our mechanics group has extensive knowledge and experience in industrial design. Besides they have a lot of experience in the design of cost effective production of large numbers of telescopes. That includes the strength and stiffness calculations.

The group also has a lot of knowledge about heat and fluid dynamics. This helps to determine and process temperatures of the in- and outside of the instruments in the design.

Knowledge about materials, for example, about electric conduction, is crucial. Also the knowledge of absorption of materials, regarding the interference with the signals received by the antennas is of importance.

All is necessary to create small numbers of antennas that will serve as prototypes. The prototypes will be made in large numbers, which will form the telescope.

Our prototyping group can quickly create parts for prototypes and adapt to perform tests. The large numbers of components are always outsourced to companies. We have many relationships with leading companies in the field of manufacturing and assembly.

Word of a staff member
Emanuela Orrù
Support scientist

During my studies, I realized that I wanted to work in radio astronomy. In my second year, I decided to focus on radio astronomy. My professor pointed out to me that ASTRON build a new radio telescope in the middle of Europe. Because of this ASTRON caught my eye. After my studies and several years […]

Read more

RT @ScienceguideNL De wetenschappers van @ASTRON_NL maken veel gebruik van de infrastructuur van @SURFsara_NL. “Ik denk dat wij voor veel wetenschapsgebieden het voorbeeld kunnen geven hoe grote hoeveelheden data gebruikt kunnen worden," zegt Carole Jackson…

More tweets