NOC:Optical Engineering


Lecture 1 - Introduction to Optical Engineering


Lecture 2 - Geometric Optics Basics


Lecture 3 - Refraction at a single surface


Lecture 4 - Lab 1 Introduction to OSLO


Lecture 5 - Stops and Rays


Lecture 6 - Aperture stop - Part 1


Lecture 7 - Aperture stop - Part 2


Lecture 8 - Lab 2 OSLO


Lecture 9 - Imaging equation for thick lens using ABCD matrix


Lecture 10 - Ray Tracing Matrix - Part 1


Lecture 11 - Ray Tracing Matrix - Part 2


Lecture 12 - Principal Planes


Lecture 13 - Lab 3 OSLO


Lecture 14 - Tracing rays through optical pupils - Part 1


Lecture 15 - Tracing rays through optical pupils - Part 2


Lecture 16 - Aberrations


Lecture 17 - Monochromatic Aberrations - Part 1


Lecture 18 - Monochromatic Aberrations - Part 2


Lecture 19 - Lab 4 - OSLO


Lecture 20 - Chromatic Aberrations and Aberration correction


Lecture 21 - Aberration correction


Lecture 22 - Revisiting Ray intercept curves


Lecture 23 - Lab 5 - OSLO


Lecture 24 - Interesting Geometric phenomena and applications


Lecture 25 - Gaussian beams introduction


Lecture 26 - Gaussian beams


Lecture 27 - Lab 6 - OSLO


Lecture 28 - ransformation of a Gaussian beam


Lecture 29 - Transformation of a Gaussian beam due to a lens and a mirror


Lecture 30 - Application of Gaussian beam equations


Lecture 31 - 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


Lecture 43 - Diffractive Optics


Lecture 44 - Diffraction Grating