Computational techniques are pivotal in the design and optimization of optics-photonics devices. When tackling a design problem, engineers and researchers can choose from a variety of computational methods, ranging from pure numerical methods like finite difference methods, finite element methods, and beam propagation methods, to (semi) analytical methods like coupled mode theory. Each method can be implemented in different ways, including time-domain and frequency-domain forms. While newcomers may feel overwhelmed by the array of methods available, seasoned users often grapple with improving the accuracy of their simulation results.

The ‘Winter School on Computational Optics and Photonics 2025’ is designed to provide an engaging platform for students, researchers, and industry professionals engaged in computational optics-photonics techniques. Participants will not only learn the fundamentals of various computational methods but also gain valuable hands-on experience to enhance the quality of their simulation results.

A bootcamp with hands-on training on simulation and computational methods for students and early career researchers working in photonics. Most researchers use simulation techniques and software; however, they are not trained for these. We will provide intensive hands-on training with the software/s and also provide technical lectures to attendees. Attendees will be able to connect core concepts in lectures, to real research problems and work on simulating these with the software.

The first Winter School on Computational Optics and Photonics 2025 will be held in Mahindra University, Hyderabad during 2-6 January 2025.