Engineering Optics
Unlike subjects such as mechanics or heat transfer which are based on applying a limited set of general equations to analyze specific situations, optics is more like electronics where the task is to build a system having specified performance goals using a combination of building-block components, each of which is described by its own equation(s). That is, the basic problem is often one of synthesis rather than analysis. It is therefore important to develop both an analytical understanding and a 'physical feel' for how different optical phenomena and optical components behave individually and in combination. Once the fundamentals are learned the best teacher is experience. However, examples discussed in the lectures and home problems are an important starting point.
ME58700
Credit Hours:
3Learning Objective:
To understand some basic principles in geometrical and physical optics, and develop capability for related design and analysis.Description:
This course is to cover some basic principles in geometrical and physical optics and help students develop related design and analysis capability. This can help students in their future design, analysis, measurement and other engineering work related to optics.
Topics Covered:
- Introduction to Physical Optics and Electromagnetic Waves
- Fresnel Equations
- Polarization
- Optical Properties of Materials
- Geometrical Optics (such as Reflection, Refraction, Matrix Method)
- Interference
- Multilayer Films
- Coherence
- Diffraction
- Laser Beam Propagation
- Other topics (if there is enough time left)
Prerequisites:
Students need to have knowledge in college-level general physics, calculus and linear algebra. In particular, students need to have the basic knowledge in electromagnetism, matrix and vector calculation.
Applied / Theory:
0/100
Web Address:
https://purdue.brightspace.com
Homework:
It is expected that a total of 6 to 7 homework assignments will be given.
Textbooks:
Required:
F.L. Pedrotti, L.S. Pedrotti, and L.M. Pedrotti, Introduction to Optics, Third Edition, Pearson Prentice Hall