OPT-300

Introduction to Optics

Updated: August 19, 2009


Scheduling Meeting August 26, 2009 1000hrs Workman Rm 205

Information is subject to change without notice!

Instructor: Scott Teare, Electrical Engineering Dept, New Mexico Tech.

Class Textbooks:  Modern Optical Engineering, Smith

Reference Textbooks (in library):   Introduction to Image StabilizationTeare & Restaino, Optical Shop Testing, Malacara; Principles of Optics, Born and Wolf, Procedures in Experimental Physics, Strong; Optics, Hecht; + various scientific papers.

Location: Workman 117

Class Schedule: 

Regular class: Tuesdays 1300-1600 Workman 117
Laboratory: Drop in laboratory.

Course Credit: 4 cr, 3 cl + 1 lab hrs.

Prerequisites: PHYS 122 or 132, MATH 231.

Enrollment: Limited due to available facilities and equipment.

Course Description:    

An introduction to geometrical optics, aberration theory, image formation, Fourier optics, radiometry and photometry, and engineering practice in working with optical systems. The course will also introduce optical fabrication concepts and optical coatings.
This is the first course in the Optical Science and Engineering minor degree program.


Course Evaluation: 

Task

Description

Date

Worth

Lab Reports

Lab assignments will be due 1 week after lab date.

As stated in class

40%

Homework

Assigned Problems 

Due each chapter

20%

Exam

Take home

Dec 4-7, 09

40%

 

Proposed Lectures (subject to change): 

Week of:

Topic

Homework

Reading

Lab

August 24

Organizational Meeting

Chapter 1

August 31

Course Overview and Review Material Chapter 1: General Principles

Chapter 1

Chapter 2

September 7

Chapter 2: Image formation

Chapter 2

Chapter 3

Lab 1 

September 14

Chapter 3: Aberrations

Chapter 3 


September 21

Optical Design Software

Chapter 4

Chapter 4

September 28

Chapter 4: Prisms and Mirrors

OSLO EDU 

Chapter 5

Lab 2

October 5

Chapter 5: The Eye

Chapter 5

Chapter 6


October 12

Chapter 6: Stops and Apertures

Chapter 6

 

October 19


Chapter 7 

Lab 3

October 26

Chapter 7: Optical Materials and Int. Coatings

Chapter 7 

Chapter 9


November 2





November 9

Chapter 9: Basic Optical Devices

Chapter 9 

Chapter 11


November 16

Chapter 11: Image evaluation

Chapter 11

Chapter 12, 13, 14

Lab 4

November 23

TBD

Thanksgiving Week

November 31

Chapter 12, 13, 14: Optical system design

December 7

Take Home Examination Due

 

 

Assigned Homework: 58 questions

Chapter 1: 1-6
Chapter 2: 1-11
Chapter 3: 1-4
Chapter 4: None
Chapter 5: 1-6
Chapter 6: 1-14
Chapter 7: 1-5
Chapter 9: 1-9
Chapter 11: 1-3

Physical and Computer Laboratories: 4 planned (tentative)

TBD

 


Created December 27, 2004

Modified August 21, 2008