3 Day course 2026: Opto-Mechanical System Design
The DSPE initiative targets mechanical, mechatronic and optical engineers, offering a broad overview of this omnipresent and ever-more relevant multidiscipline.
About this event
It contains numerous design examples, embedded within a structured approach, that illustrate the tricks of the trade in opto-mechanical system design, which increasingly impacts the overall performance of high-tech systems. One of the objectives of the course is to help engineers from the various disciplines develop a common opto-mechanical language.
The latest edition, March 2025, was attended by 25 participants from all over the world, including Brazil, Saudi Arabia, Germany, Belgium and Norway – and of course from the Netherlands, home of the design-principles-inspired opto-mechanical system design approach. Overall, the participants gave the course a positive rating: with 78% of respondents ranking it amongst the best courses they have had and 94% of respondents stating they would recommend the course to colleagues and people form their network, with an average score of 8,2 out of 10. The various subjects – from degrees of freedom and sensitivity op optical components, to optical concepts for mechanical design, to mounting and tolerancing, to thermo-mechanics and cryogenics – were rated ‘good’, ‘very good’ and in some cases even ‘excellent’.
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The Netherlands
Aristo meeting centre, Vestdijk 30, 5611 cc Eindhoven.References
Theme: Concept optimization of system dynamics of a lithography tool.
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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.
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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.
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