Q&A with Surjeet Kaur

What project are you working on?

I am currently working on silicon photonics–based optical components, with a focus on subwavelength grating structures for efficient mode multiplexing and polarization management in integrated photonic circuits. My research involves the design, simulation, and experimental characterization of photonic devices aimed at improving performance and scalability in optical communication systems.

What problem(s) are you aiming to address through your research?

Modern data communication systems face increasing demands for higher bandwidth, energy efficiency, and compact integration. My research aims to address these challenges by developing highly efficient on-chip photonic components that enable improved light manipulation, reduced optical losses, and enhanced data transmission capacity for next-generation fiber-optic and quantum communication technologies.

What inspired you to pursue this program of study?

My interest in this field developed through hands-on experience working in the photonics industry with optical systems and fiber-optic technologies, where I became fascinated by how light can be precisely controlled to transmit information. Pursuing graduate studies in silicon photonics allows me to combine practical experimentation with advanced device design to contribute toward scalable and high-performance optical technologies.