About Sigma: Sigma’s vision is to create an insight-driven world where people and organizations are transformed for the better by access to data and the insights it contains. At Sigma, we are building a cloud-native business intelligence platform that allows users to tap into their biggest databases hosted in the cloud and easily conduct analysis and graph data -- all without any programming involved. We are looking for Graduate students who are passionate about designing world-class, understandable experiences. You will be an integral part of a talented team of designers, on a shared mission to make data analytics highly usable and easily accessible to non-technical users through consistent and scalable design. Come join us in redefining the way users access their data and build workflows. Our internship program at Sigma: Sigma’s early career program is the launchpad for the next generation of innovators. As an Intern at Sigma, you’ll work on various production features and learn efficient design for large scalable systems. Our interns work directly with our engineers, product leaders, and designers across the organization everyday. We’re looking for students who bring curiosity, a spirit for collaboration, and a desire for shaping the future of business insights and data exploration. About the Team: The Sigma Design team is dedicated to crafting exceptional user experience. At the heart of our work is Phi, our comprehensive design system. Phi enables speed, consistency, and quality across all our platforms by providing reusable components, clear standards, and foundational guidelines. About the Role: We are seeking a motivated and detail-oriented Product Design System Graduate Intern to contribute directly to the evolution and maintenance of Phi as a part of our summer 2026 internship program. This role is ideal for a current design student who is passionate about the intersection of design, engineering, and systematic thinking. You will be instrumental in helping us scale our design language, focusing on clarity, accessibility, and implementation fidelity.