Optical Engineering and Diffractive Optics with MATLAB and Python

Modern optical engineering relies heavily on computational modeling to design and analyze complex systems. Understanding how to simulate light propagation and diffractive elements is an essential skill for any aspiring optical engineer or researcher. This course guides you through the fundamental principles of wave optics, diffraction, and micro-optics, showing you how to translate physical concepts into working simulation code. You will learn to write efficient scripts to model optical components, analyze wave propagation, and visualize light patterns. What you'll learn: - Understand the foundational physics of wave optics, interference, and diffraction. - Model diffractive optical elements using MATLAB and Python scientific libraries. - Simulate light propagation through free space and various apertures. - Apply vectorization techniques to optimize computational optical simulations. - Analyze intensity patterns and phase profiles using modern data plotting practices. The course begins with the core mathematical and physical definitions of diffractive optics before transitioning into step-by-step programming implementations. You will progress from simple wave representations to simulating complex optical elements using both MATLAB and Python. This course is designed for beginners in optical engineering, physics students, or software developers interested in scientific computing. No prior experience with optical simulation is required. Start reading today to build your computational optical engineering skills.