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EEE 528

Optics

Optics here means building one coherent picture of light across four levels of description, rays, scalar waves, Fourier fields, and full vector electromagnetics, and learning when each one is the right tool. You'll work through Saleh & Teich problem sets, run a lab component, and sit two midterms plus a final, with the math centered on Helmholtz solutions, Gaussian beams, Fresnel/Fraunhofer diffraction, and Jones calculus. It's a graduate-level EEE elective that pays off anything downstream involving imaging systems, fiber and integrated photonics, lasers, or holography, and it leans hard on the signals-and-systems intuition you already have.

Kredi3ECTS5FakülteFaculty of EngineeringBölümElectrical and Electronics EngineeringKoordinatörOrhan Aytür

→ STARS müfredatı (resmi syllabus)

Haftalık müfredat 14 hafta

Hafta 114–20 Eyl

Bir boyutlu wave equation ve resonator

Waves. One-dimensional wave equation and monochromatic solutions. Resonators.

wave equationmonochromatic solutionresonator

Hafta 221–27 Eyl

Scalar wave equation ve Helmholtz equation

Scalar wave equation. Helmholtz equation.

scalar wave equationHelmholtz equation

Hafta 328 Eyl – 4 Eki

Düzlem, küresel ve paraboloidal dalgalar

Plane waves. Spherical waves. Paraxial approximation. Paraboloidal waves.

plane wavesspherical wavesparaxial approximationparaboloidal waves

Hafta 45–11 Eki

Optik bileşenler, yansıma ve kırılma

Optical components. Reflection and refraction.

optical componentreflectionrefraction

Hafta 512–18 Eki

Girişim ve Polikromatik Dalgalar

Interference. Polychromatic waves.

interferencepolychromatic waves

Hafta 619–25 Eki

Gaussian beams ve beam shaping

Gaussian beams. Beam shaping.

Gaussian beamsbeam shaping

Hafta 726 Eki – 1 Kas

İki boyutlu spatial Fourier transform ve dalga yayılımı

Two-dimensional spatial Fourier transforms. Wave propagation.

spatial Fourier transformwave propagation

Hafta 82–8 Kas

Fresnel ve Fraunhofer yaklaşımları

Fresnel and Fraunhofer approximations.

Fresnel approximationFraunhofer approximation

Hafta 99–15 Kas

Diffraction, spatial filtering ve holography

Diffraction. Spatial filtering. Image formation. Holography.

diffractionspatial filteringimage formationholography

Hafta 1016–22 Kas

Electromagnetic wave equation ve plane waves

Maxwell’s equations. Electromagnetic wave equation. Plane waves.

Maxwell's equationselectromagnetic wave equationplane waves

Hafta 1123–29 Kas

Dalga yayılımında linearity ve dispersion

Linearity, homogeneity, isotropy, dispersion, absorption. Pulse propagation.

homogeneityisotropydispersionpulse propagation

Hafta 1230 Kas – 6 Ara

Polarizasyon, Jones vektör ve matrisleri

Polarization. Jones vectors and matrices. Polarization devices.

polarizationJones vectorJones matrixpolarization device

Hafta 137–13 Ara

Elektromanyetik yansıma, kırılma ve Fresnel equations

Electromagnetic reflection and refraction. Fresnel equations.

reflectionrefractionFresnel equations

Hafta 1414–20 Ara

Anizotropik ortamda yayılım ve waveguide'lere giriş

Propagation in anisotropic materials. Introduction to waveguides.

anisotropic materialpropagationwaveguide

Değerlendirme 100% · 5 adım

15%

25%

30%

Lab work Lab work 15%

Quiz Quizzes and participation 25%

Midterm:Essay/written Midterm exam 1, Midterm exam 2 30%

Final:Essay/written Fianl exam 30%

en büyük tek kalem %30 · sınav ağırlığı %85 · 19 dönem ortalaması 3.09 (164 öğrenci) nasıl hesaplanıyor

Önerilen kaynaklar 1 kitap

📕

Zorunlu

Fundamentals of Photonics

Saleh & Teich

2nd Ed. · 2007

Bu dersi alınca · 9 öğrenme çıktısı

Describe exact solutions of the wave equation and apply different approximations (e.g. paraxial approximation) to find various other solutions. Describe properties of various optical waves and explain how wave properties are related to each other. Determine the effect of various optical components on optical waves.Lab work, Quizzes and participation, Midterm exam 2, Fianl exam
Calculate the total intensity of a number of superimposed waves (interference).Lab work, Quizzes and participation, Midterm exam 2, Fianl exam
Calculate the beam parameters of Gaussian beams under various conditions.Lab work, Quizzes and participation, Midterm exam 2, Fianl exam
Compute the spatial Fourier transform of two-dimensional field distributions. Derive propagation equations and apply approximations for various propagation conditions. Compute how an initial arbitrary optical field distribution changes, while it propagates in free space or through optical components. Analyze paraxial optical systems using a linear systems methods. Calculate the field distribution obtained by an optical imaging system.Lab work, Quizzes and participation, Midterm exam 2, Fianl exam
Describe the vectorial nature of electromagnetic waves. Derive the vectorial wave equation and compute various solutions. Describe linearity, homogeneity, dispersion, and isotropy properties for optical materials and calculate the polarization density vector according to these properties. Calculate the effects of absorption and dispersion in optical materials.Lab work, Quizzes and participation, Midterm exam 2, Fianl exam
Describe and analyze polarization properties of electromagnetic waves. Explain wave propagation in anisotropic crystals and describe optical components based on these materials. Use Jones vectors and matrices to calculate polarization effects.Lab work, Quizzes and participation, Midterm exam 2, Fianl exam
Calculate reflection and refraction coefficients at dielectric boundaries.Lab work, Quizzes and participation, Midterm exam 2, Fianl exam
Describe optical resonators (cavities) and calculate some of their simple properties.Lab work, Quizzes and participation, Midterm exam 2, Fianl exam
Describe fundamental principles of dielectric waveguides.Lab work, Quizzes and participation, Midterm exam 2, Fianl exam

Bilkent'in resmî syllabus'ünden. Sağdaki etiket o çıktının hangi değerlendirmeyle ölçüldüğünü söylüyor.

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EEE 528 için defter ekibi henüz not yazmadı.

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Geçmiş GPA dağılımı 19 dönem · ort. 3.09

Dönem	Course CPA
2025-2026 Fall	3.57	1 sec · 3 öğr
2024-2025 Fall	3.25	1 sec · 4 öğr
2023-2024 Fall	2.68	1 sec · 4 öğr
2022-2023 Fall	3.00	1 sec · 4 öğr
2021-2022 Fall	3.06	1 sec · 5 öğr
2020-2021 Fall	2.41	1 sec · 8 öğr
2019-2020 Fall	3.35	1 sec · 2 öğr
2018-2019 Fall	2.23	1 sec · 6 öğr
2017-2018 Fall	3.81	1 sec · 7 öğr
2016-2017 Fall	3.54	1 sec · 5 öğr

Aggregate course GPA · Bilkent STARS'tan public data. Hoca-bazlı per-section detayı için STARS evaluation report →. Öğrenci anket cevapları KVKK kapsamında defter'de tutulmaz. Tüm derslerin ortalamaları →

Bu dönem · 2026-2027 Güz · 1 şube · 10 kontenjan

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Haftalık ızgarada 4 saat görünüyor, kayıt sistemi dersi 3 saat yazıyor. Aradaki 1 saat yedek saat: Bilkent programlarında derse genelde bir fazla saat ayrılır ve çoğu zaman kullanılmaz. Hangisinin düşeceği dönem başlayınca belli olur.

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kişilik

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Bu dönem (2026-2027 Fall) · 1 section

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