EVENT 14 June 2021

Course Opto – Mechanical System Design (registration no longer possible)

After 2 succesful editions we organise a third course 27, 28 and 29 September in 2021. The course focuses on the mechanical and mechatronic design for optical systems and is...


About this event

After 2 succesful editions we organise a third course 27, 28 and 29 September in 2021. The course focuses on the mechanical and mechatronic design for optical systems and is intended for mechanical, mechatronic and optical engineers involved in opto-mechanical system design.

It will also be a very valuable course for any engineer interested in optomechanical design approaches and solutions.

More information about the content click here

The teachers will guide you through the diverse landscape of opto-mechanical system design. They will begin with the basics and show approaches and solutions for many design issues along the way. The teachers are experienced engineers,
who know the tricks of the trade in opto-mechatronics, system architecture, system design and engineering, and opto-mechanical engineering.

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.

Participants: Maximum of 25

Investment: Non DSPE members: 1800 euro

DSPE members: 1600 euro (excluding VAT)

 

More information about the speakers click here.

Unfortunately you can no longer register for this course. It is only possible to register you on our waiting list.

If there are any questions please contact us to send an email to info@dspe.nl 

Location

BCN EINDHOVEN

Kennedyplein 204

5611 ZT Eindhoven

www.bcn.nl

For your navigation system: Parking garage P1: Kennedyplein 400.


27 September 2021


The Netherlands

BCN EINDHOVEN Kennedyplein 204 5611 ZT Eindhoven www.bcn.nl For your navigation system: Parking garage P1: Kennedyplein 400.


References

DSPE appoints Martin van den…

Upon his retirement from ASML, Martin van den Brink was appointed honorary member of DSPE.

Read more
High-velocity innovation

Making crucial design decisions early in the concept phase of a project, may lead to severe cost and time overruns when these decisions are based on assumptions and/or incomplete knowledge.

Read more
Hybrid variable-reluctance actuator technology on-sky

Astronomers use deformable mirrors to improve the image of a telescope by correcting for the optical distortions caused by atmospheric turbulence.

Read more

References

DSPE appoints Martin van den…

Upon his retirement from ASML, Martin van den Brink was appointed honorary member of DSPE.

Read more
High-velocity innovation

Making crucial design decisions early in the concept phase of a project, may lead to severe cost and time overruns when these decisions are based on assumptions and/or incomplete knowledge.

Read more
Hybrid variable-reluctance actuator technology on-sky

Astronomers use deformable mirrors to improve the image of a telescope by correcting for the optical distortions caused by atmospheric turbulence.

Read more