SPIE - Education Mirror System Design with Freeform surfaces SC1272

Description
This course provides a primer in mirror system design using freeform surfaces. The course will be of interest to those engineers working with imaging systems which require the use of mirrors as lens systems may not be appropriate. A review of wave aberrations will be given, then a systematic methodology to design unobscured mirror systems will be presented, and a number of examples will be discussed. Ad-hoc freeform surfaces will be explained. The attendees should expect to obtain useful and practical knowledge in mirror system design. Some familiarity with optical design is required. This course provides a primer in mirror system design using freeform surfaces. The course will be of interest to those engineers working with imaging systems which require the use of mirrors as lens systems may not be appropriate. A review of wave aberrations will be given, then a systematic methodology to design unobscured mirror systems will be presented, and a number of examples will be discussed. Ad-hoc freeform surfaces will be explained. The attendees should expect to obtain useful and practical knowledge in mirror system design. Some familiarity with optical design is required.
Description
This course provides a primer in mirror system design using freeform surfaces. The course will be of interest to those engineers working with imaging systems which require the use of mirrors as lens systems may not be appropriate. A review of wave aberrations will be given, then a systematic methodology to design unobscured mirror systems will be presented, and a number of examples will be discussed. Ad-hoc freeform surfaces will be explained. The attendees should expect to obtain useful and practical knowledge in mirror system design. Some familiarity with optical design is required. This course provides a primer in mirror system design using freeform surfaces. The course will be of interest to those engineers working with imaging systems which require the use of mirrors as lens systems may not be appropriate. A review of wave aberrations will be given, then a systematic methodology to design unobscured mirror systems will be presented, and a number of examples will be discussed. Ad-hoc freeform surfaces will be explained. The attendees should expect to obtain useful and practical knowledge in mirror system design. Some familiarity with optical design is required.

Suppliers

Company
Product
Description
Supplier Links
Mirror System Design with Freeform surfaces - SC1272 - SPIE - Education
Bellingham, WA, USA
Mirror System Design with Freeform surfaces
SC1272
Mirror System Design with Freeform surfaces SC1272
This course provides a primer in mirror system design using freeform surfaces. The course will be of interest to those engineers working with imaging systems which require the use of mirrors as lens systems may not be appropriate. A review of wave aberrations will be given, then a systematic methodology to design unobscured mirror systems will be presented, and a number of examples will be discussed. Ad-hoc freeform surfaces will be explained. The attendees should expect to obtain useful and practical knowledge in mirror system design. Some familiarity with optical design is required. This course provides a primer in mirror system design using freeform surfaces. The course will be of interest to those engineers working with imaging systems which require the use of mirrors as lens systems may not be appropriate. A review of wave aberrations will be given, then a systematic methodology to design unobscured mirror systems will be presented, and a number of examples will be discussed. Ad-hoc freeform surfaces will be explained. The attendees should expect to obtain useful and practical knowledge in mirror system design. Some familiarity with optical design is required.

This course provides a primer in mirror system design using freeform surfaces. The course will be of interest to those engineers working with imaging systems which require the use of mirrors as lens systems may not be appropriate. A review of wave aberrations will be given, then a systematic methodology to design unobscured mirror systems will be presented, and a number of examples will be discussed. Ad-hoc freeform surfaces will be explained. The attendees should expect to obtain useful and practical knowledge in mirror system design. Some familiarity with optical design is required. This course provides a primer in mirror system design using freeform surfaces. The course will be of interest to those engineers working with imaging systems which require the use of mirrors as lens systems may not be appropriate. A review of wave aberrations will be given, then a systematic methodology to design unobscured mirror systems will be presented, and a number of examples will be discussed. Ad-hoc freeform surfaces will be explained. The attendees should expect to obtain useful and practical knowledge in mirror system design. Some familiarity with optical design is required.

Supplier's Site

Technical Specifications

  SPIE - Education
Product Category Technical Courses and Programs
Product Number SC1272
Product Name Mirror System Design with Freeform surfaces
Type Continuing Education Credit (CEU)?; Course
Unlock Full Specs
to access all available technical data

Similar Products

Training -  - FARO CREAFORM
FARO CREAFORM
Specs
Type Product Training
Delivery Online; OnSite; OnCampus; SelfPaced; Instructor
Technology / Subject Expertise Testing / Test Methods; Inspection; Nondestructive Testing (Thermography, Radiography, etc.)
View Details
Linemaster On – Site Technical Training -  - Linemaster Switch Corporation
Specs
Type Product Training; Course
Delivery OnSite
Industry Electronics
View Details
Specs
Type Course
Industry Building Materials
Technology / Subject Expertise HVAC Equipment
View Details
Online Training - Coating Inspector Program Bridge e-Course - NACE International Training
Specs
Type Professional Development Hours (PDH)?; Course
Delivery Online; Satellite or closed caption video; SelfPaced
Industry Building Materials; Materials / Chemicals
View Details