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System Formalism For Electro-opitcs. Optical Fourier Transform And Imaging. Holography and Spatial Filtering. Polarization. Theory Of Coherence. Hybrid, Optical-digital Systems. Optical Measuring Methods And Systems Such As Interfermetry, Holographic Interferometry, Range Finder, Optical Gyroscope, Laser and Doppler Velocity Meter. Learning Outcomes# at The End of The Course, The Student Will Be# 1. Capable of Analyzing Free-space Optical Systems Under The Paraxial Approximation. 2. Famillar With Basic Polarization-based Components and Their Mathematical Analysis. 3. Famillar With Interferometric Systems And Capable of Their Analysis in The Case of Partial Coherence.

Faculty: Electrical and Computer Engineering
|Undergraduate Studies |Graduate Studies

Pre-required courses

44148 - Waves & Distributed Systems or 114210 - Optics

• Introduction to Fourier optics - Goodman, Joseph W.
• Introduction to Fourier optics - Goodman, Joseph W.
• Introduction to Fourier optics - Goodman, Joseph W.
• Optical systems and processes - Shamir, J.
• Optical systems and processes - Shamir, J.
• Optical systems and processes - Shamir, J.