Applied Physics and Applied Mathematics

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• [APAM 1601] Introduction to Computational Math and Physics
• [MSAE 1001] Atomic Scale Engineering: New Materials
• [APMA 2101] Introduction to Applied Mathematics
• [APMA 3101] Applied Mathematics I
• [APMA 3102] applied mathematics II (PDE)
• [APPH 3300] Applied Electromagnetism
• [APPH 3100] Introduction to Quantum Mechanics
• [APPH E3200] Mechanics
• [MSAE 3103] Elements of Materials Science
• [MSAE E3141] Processing of Metals and Semiconductors
• [MSAE E3111] Thermodynamics, Kinetic Theory, and Statistical Mechanics
• [APMA E4990] Data Driven Modeling
• [APMA E4204] Functions of a Complex Variable
• [APMA 4204] Functions of a Complex Variable
• [APMA E4301] Intro To Numerical Methods for PDEs
• [APMA 4101] Introduction to Nonlinear Dynamical Systems
• [APMA 4101] Introduction to Nonlinear Dynamical Systems
• [APMA 4101] Introduction to Nonlinear Dynamical Systems
• [APMA 4300] Numerical Methods
• [APMA 4200] Partial Differential Equations I
• [APMA 4001] Principles of Applied Mathematics
• [APPH 4300] Applied Electrodynamics
• [APPH 4200] Physics of Fluids
• [APPH 4100] Quantum Physics of Matter
• [APPH 4901] Seminar: Problems in Applied Physics
• [MSAE E4250 ] Ceramics and Composites
• [MSAE 4132] E4132: Fundamentals of Polymers and Ceramics
• [MSAE 4206] Electronic and Magnetic Properties of Solids
• [MSAE E4990] Particles and Polymers
• [MSAE E4101] Structural Analysis of Mateials
• [APMA E6301] Analytic Methods for PDE
• [EHSC 9335] Radiation Therapy Physics

• Junior/Senior Seminar
• Lattice Vibrations and Crystal Defects
• Materials Science and Engineering
• Physics of the Human Body