Nanoengineering and Nanodevices

• Understand light interaction with matter from an electromagnetics perspective, understand oscillator models and apply to various different media such as dielectrics and metalsHWAvg, QuizAvg, MT
• Understand concepts like plasmons, surface and local electron oscillations, surface plasmons and local plasmonsHWAvg, QuizAvg, MT, TP
• Learn about various practical applications of nanophotonic structures and devices based on photonic crystals and plasmonicsHWAvg, MT
• Gain intuition about light propagating in dielectric media, learn transfer matrix formalism (TMM); demonstrate the ability to design a code to calculate light propagation using TMM using a mathematical tool like MatlabQuizAvg, MT, TP
• Understand electromagnetic wave and electron wave equations as eigenvalue problems; periodic boundary conditions, Bloch form and Bloch theorem, dispersion diagrams and concepts of photonic and electronic bands and bandHWAvg, QuizAvg, MT
• Become proficient in using a commercial FDTD or FEM solver in analyzing and designing complex electromagnetic problems; complete a design experienceHWAvg, TP
• Understand fundamental limitations on modern electronic devices as scaling continues and learn about some materials and devices innovations to circumvent such limitations.HWAvg, TP
• Understand fundamental limitations on modern photonic devices as scaling continues and learn about some materials and devices innovations to circumvent such limitations.HWAvg, TP

Bilkent'in resmî syllabus'ünden. Sağdaki etiket o çıktının hangi değerlendirmeyle ölçüldüğünü söylüyor.