EVENT 11 August 2020

Course Optomechanical System Design

The three-day course has reached the maximum number of participants.Please send a message to info@dspe.nl to be on the waiting list. Beginning of 2020 we are planning to organise a...


About this event

The three-day course has reached the maximum number of participants.
Please send a message to info@dspe.nl to be on the waiting list. Beginning of 2020 we are planning to organise a second course.

 

The teachers will guide you through the diverse landscape of optomechanical system design. They will begin with the basics and show approaches and solutions for many design issues along the way. Together they draw upon more than 100 years of experience in this field at Dutch universities and research institutes and in the high-tech industry. In the curriculum a wide variety of design examples are used, focusing on the lessons of failure.

 

From optics to optomechanics
This part deals with mechanical and hardware-related aspects of an optical design. The system engineering aspects are presented in a practical fashion with many examples. Tools for evaluating tolerances and error budgets will be provided and discussed.

 

Mechanics for optics
In this part all practical design rules are presented with many examples of crucial hardware aspects

 

Miscellaneous
In this part ‘side issues’ are presented that can be become show stoppers in optomechanic system design, including cable routing and surface treatment. Alsoa worskhop on cryogenics is given.

 

  

PROGRAM

 


1 October 2019



References

Lunch Lecture April hosted by…

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

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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