Optics is the ‘enabling technology’ of the 21st century. To design optical systems, to specify and test optical components, to integrate optical components into products, requires knowledge and skills that can be learned in the CMOP course. Over the years the CMOP course has become one of the most comprehensive optical courses in Western Europe, unique in its concept, starting with theoretical basics, via practical optical system design and ending with a broad overview of optical applications.
€ 6.300,00 excl. VAT
28 weekly morning sessions
Expected in September 2018
After the course, the participant will have a thorough knowledge of modern optical concepts, their applications and the design of optical systems, the engineering problems and solutions.
The course is intented for optical designers working in research and development of optical systems. Educational level should be technical university (physics, electronics, mechanics). Prerequisite: a thorough basic knowledge of optics and practical experience in optical systems.
Optical basics (7 lessons):
- Electromagnetic theory
- Light & matter
- Image formation & assessment
System design (13 lessons):
- Measuring and testing
- Paraxial optics
- Geometrical optics
- Imaging systems
- Lens design
- Optical engineering
- Optical design with Zemax
- Non-imaging optics
- Optical detection
Applications (8 lessons):
- Diffraction & micro-optics
- Waveguiding and lasers
- Non-linear optics
- Biomedical photonics
- Excursion to an optical development/ production facility
The length of the CMOP course is 28 half days from 9:00 AM till 12:00 AM in a period of 50 weeks. Study load excluding class sessions: homework 6 - 8 hours a week.
Lectures, self-study, individual assessments, group assignments, excursion.
Course material: course notes and books.
This course is certified by the European society for precision engineering & nanotechnology (euspen) and the Dutch Society for Precision Engineering (DSPE) and leads to the ECP2-certificate if results are sufficient.
'Thanks for making this training! It was difficult but I learned a lot.'
'Most important items I’ve learned: Polarisation and the mathematics about it, illumination very interesting.'
‘Most important items I’ve learned: Lithography, interferometry, lens aberrations, non imaging optics.'