A Hands-on Approach to Understanding Silicon Photonic Waveguide Modes

This paper introduces a practical approach to comprehending silicon photonic waveguide modes. Traditionally, these modes involve complex mathematical solutions derived from Maxwell's Equations, making them challenging for many engineering students. However, for those pursuing associate degrees, such mathematical rigor is often unnecessary. Consequently, there is a need for alternative teaching methods tailored to students aspiring for technician roles in advanced fields like integrated photonics. These new methods aim to impart technical knowledge and skills aligned with industry requirements. Effective teaching strategies often incorporate hands-on activities to reinforce both theoretical concepts and practical skills. The described hands-on activity focuses on enhancing understanding of silicon photonic waveguide modes by exploring the impact of single mode versus multimode optical fibers on the laser beam quality parameter_