Our curriculum blends core physical science, advanced engineering, and mission-driven applications — from quantum technologies and optical systems to space engineering, energy, and climate physics.
Build fluency in the fundamental laws of nature and the analytical tools required to model, predict, and engineer physical systems.
Enter the quantum era: quantum devices, quantum information, quantum sensing, and practical near-term quantum computing.
Study planets, stars, spacecraft, and the universe — and learn how to design systems that operate in space.
Explore power generation, renewable energy, large-scale infrastructure, and the physics driving Earth's climate system.
Design and analyze advanced materials for aerospace, nuclear, hypersonic, and energy systems in harsh environments.
Learn optical physics, advanced detectors, remote sensing, and intelligent sensor systems for science, defense, and industry.
High-fidelity simulation, advanced electromagnetics for real-world systems, and physical circulation in the ocean.
Work one-on-one with faculty on focused research problems, applied design efforts, or exploratory studies aligned with your goals.