Arda Kavak

Contributing to the conceptual design of a Molten Salt Thorium Reactor, I focus primarily on reactor core architecture and neutronic performance. My responsibilities include supporting the development of burnup and fuel cycle models—particularly thorium-U233 breeding scenarios—while also performing core physics simulations and assisting with thermal-hydraulic assessments of the primary loop. I collaborate closely with system teams to ensure seamless integration of the reactor core within the broader reactor framework.

Conducting research on ceramic 3D printing using FDM and Binder Jetting technologies, I assist with sintering processes and advanced manufacturing techniques while actively participating in experimental studies and process optimization. My work contributes to the development and improvement of additive manufacturing applications, and I support the design of innovative solutions within ongoing research projects.