EVENT 29 September 2022

Wim van der Hoek award 2022

The Wim van der Hoek Award is awarded to promote and stimulate precision mechanics and the design of mechanical structures.


About this event

The award will be given to the best graduation work. The award is named after the emeritus professor Wim van der Hoek, who founded the unique Dutch method for design of precision machinery, at the Technical University of Eindhoven.

This award will be presented on November 17 2022 at 4pm during the precision fair. More information about this award you can read here.

It is free to join this presenation at Hall 2 place 111 (DSPE) at the precision Fair in Den Bosch.


17 November 2022


The Netherlands

Brabanthallen Den Bosch


References

Lunch Lecture April hosted by…

Theme: Concept optimization of system dynamics of a wafer metrology tool

Read more
Historical view on determinism and…

Paralleling the historical beginnings of modern science, assessing and addressing variation in physical systems constitutes the foundation of precision engineering. Tycho Brahe gave us the measurement data to analyse the heavens.

Read more
Sensor for picometer-scale positioning in…

As technology reaches the atomic and quantum scale, sub-nanometer motion control is no longer optional – it is a necessity, often in vacuum environments where even the smallest disturbances are effectively suppressed.

Read more

References

Lunch Lecture April hosted by…

Theme: Concept optimization of system dynamics of a wafer metrology tool

Read more
Historical view on determinism and…

Paralleling the historical beginnings of modern science, assessing and addressing variation in physical systems constitutes the foundation of precision engineering. Tycho Brahe gave us the measurement data to analyse the heavens.

Read more
Sensor for picometer-scale positioning in…

As technology reaches the atomic and quantum scale, sub-nanometer motion control is no longer optional – it is a necessity, often in vacuum environments where even the smallest disturbances are effectively suppressed.

Read more