Optical Engineering

Introduction to Optical Engineering.
Geometric Optics Basics.
Refraction at a single surface.
Lab 1 Introduction to OSLO.
Stops and Rays.
Aperture stop Part 1.
Aperture stop Part 2.
Lab 2 OSLO.
Imaging equation for thick lens using ABCD matrix.
Ray Tracing Matrix Part 1.
Ray Tracing Matrix Part 2.
Principal Planes.
Lab 3 OSLO.
Tracing rays through optical pupils Part1.
Tracing rays through optical pupils Part 2.
Aberrations.
Monochromatic Aberrations - part 1.
Monochromatic Aberrations - part 2.
Lab 4 - OSLO.
Chromatic Aberrations and Aberration correction.
Aberration correction.
Revisiting Ray intercept curves.
Lab 5 - OSLO.
Interesting Geometric phenomena and applications.
Gaussian beams introduction.
Gaussian beams.
Lab 6 - OSLO.
Transformation of a Gaussian beam.
Transformation of a Gaussian beam due to a lens and a mirror..
Application of Gaussian beam equations.
Lecture31 -Interferometry basics.
Lecture 32 - Interferometry basics - part 1.
Lecture 33 - Introduction to Python.
Lecture 34-Python - part 2.
Lecture 35- Introduction to Matlab.
Lecture 36- Interferometry basics - part 2.
Lecture 37-Python - part 3.
Lecture 38-Matlab tutorial on interference.
Lecture 39 - Applications of interference - part 1.
Lecture 40 - Holography.
Lecture 41 - Applications of interference.
Lecture 42 - Applications of Optical Engineering.
Lecture43 - Diffractive Optics.
Lecture 44 - Diffraction Grating.