Seminar

Introduction to CODE V Training

software-design-test auto-software-test-solutions DES Design_Engineering_Software

October 4, 2023

Date

10:00AM - 12:30 PM PT

Time

2 hours

Duration

Virtual

Location

Register Now

About this event

This short course covers the fundamentals of modeling, analyzing, optimizing, and tolerancing image-forming optical systems in CODE V through demonstrations and hands-on workshops.

Participants should be familiar with core optics concepts and terminology.

By the end of this course, you will be able to:

  • Build a CODE V model of an optical system from design parameters
  • Analyze system performance using standard image-quality metrics
  • Apply optimization techniques to improve image quality
  • Assess manufacturability and tolerance sensitivity of the final design

Attendees must provide a laptop with the latest version of CODE V installed. Please review the CODE V hardware and operating system requirements in advance.

Please install CODE V before the first day of class. A download link to course materials will be provided prior to the course.

The fee for this short course is $1,200.

Attendance is limited. Minimum enrollment is required to run the course.

Who should attend this event?

This course is designed for engineers and technical professionals who want to build practical skills in optical system design using CODE V. It is especially valuable for:

  • Optical engineers seeking hands-on experience with modeling, analysis, and optimization of image-forming systems
  • Lens designers looking to strengthen their ability to evaluate and improve image quality
  • Engineers involved in imaging system development who need to understand performance metrics and tolerancing
  • Professionals responsible for assessing manufacturability and sensitivity in optical designs
  • Researchers and advanced users who are familiar with core optics principles and want to apply them in a structured, software-driven workflow

Participants should already have a working knowledge of fundamental optics concepts and terminology to get the most out of this course.

October 4, 2023

Date

10:00AM PT

Time

90

Duration

Virtual

Location

Register Now