Courses

Students gain knowledge and develop skills and appreciation for the role nanotechnology plays in shaping our future. Courses span the basic sciences, engineering sciences, and information sciences. Students are exposed to a broad, interdisciplinary set of courses that promote an understanding of nanotechnology as it applies to basic and applied research.

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Course No.	Course
ABE	Agricultural and Biological Engineering
ABE 446	Biological Nanoengineering
ABE 498	Engineering Application of Nanoscale Biology
AE	Aerospace Engineering
AE 525	Advanced Composite Materials
BIOE	Bioengineering
BIOE 461	Cellular Biomechanics
CEE	Civil and Environmental Engineering
CEE 300	Behavior of Materials
CHBE	Chemical and Biomolecular Engineering
CHBE 457	Microelectronics Processing
CHBE 594 PK	Microchemical Systems
CHEM 578	Combinatorial Chemistry
CHEM 584	Introduction to Materials Chem
ECE	Electrical and Computer Engineering
ECE 340	Semiconductor Electronics
ECE 416	Biosensors
ECE 444	Theory and Fabrication of Integrated Circuit Devices
ECE 447	Active Microwave Circuit Design
ECE 451	Advanced Microwave Measurement
ECE 455	Optical Electronics
ECE 457	Microwave Devices and Circuits
ECE 460	Optical Imaging
ECE 481	Nanotechnology
ECE 484	Principles of Advanced Microelectronics Processing
ECE 485	MEMS Devices and Systems
ECE 488	Compound Semiconductors and Devices
ECE 495	Photonic Device Laboratory
ECE 510	Micro and Nanolithography
ECE 536	Integrated Optics and Optoelectronics
ECE 572	Quantum Opto-Electronics
ECE 574	Nanophotonics
ECE 583	Semiconductor Nanotechnology Lab
ECE 598 XL	Advanced Semiconductor Nanotechnology
ME	Mechanical Engineering
ME 482	Musculoskeletal Tissue Mechanics
ME 487	MEMS-NEMS Theory and Fabrication
ME 598 PF	Introduction to Nanomanufacturing
ME 598 HJ	Nanomechanics of Electronic Materials
ME 598 SS	Nanoscale Transport Fundamentals
ME 598 BF	Micro/Nano Engineering Capstone Project
MSE	Materials Science and Engineering
MSE 182	Introduction to Materials Science and Engineering
MSE 201	Phases and Phase Relations
MSE 280	Introduction to Engineering Materials
MSE 304	Electronic Properties of Materials
MSE 307	Materials Laboratory I
MSE 308	Materials Laboratory II
MSE 395	Materials Design
MSE 401	Thermodynamics of Materials
MSE 402	Kinetic Processes in Materials
MSE 403	Synthesis of Materials
MSE 405	Microstructure Determination
MSE 406	Thermal-Mechanical Behavior of Materials
MSE 420	Ceramic Materials and Properties
MSE 421	Ceramic Processing
MSE 422	Electrical Ceramics
MSE 423	Ceramic Processing Laboratory
MSE 425	Chemically Bonded Ceramics
MSE 440	Mechanical Behavior of Metals
MSE 441	Metals Processing
MSE 442	Metals Laboratory
MSE 443	Design of Engineering Alloys
MSE 444	Welding and Joining Processes
MSE 445	Corrosion of Metals
MSE 452	Polymer Laboratory
MSE 453	Plastics Engineering
MSE 455	Polymer Physics
MSE 457	Polymer Chemistry
MSE 458	Polymer Physical Chemistry
MSE 460	Electronic Materials I
MSE 461	Electronic Materials II
MSE 462	Electronic Materials Laboratory
MSE 470	Design and Use of Biomaterials
MSE 472	Biomaterials Laboratory
MSE 473	Biomolecular Materials Science
MSE 474	Biomaterials and Nanomedicine
MSE 480	Surfaces and Colloids
MSE 481	Electron Microscopy
MSE 487	Materials for Nanotechnology
MSE 498 JR	Optical Properties of Materials
MSE 498 EL	Introduction To Computer Simulation Methods
MSE 498 MS	Introduction to Nanotechnology
MSE 498 JW	Introduction to Nanoscience
MSE 498 WX	Molecular Cell Biology for Engineers
MSE 500	Statistical Thermodynamics of Materials
MSE 522	Ceramic Dielectrics
MSE 564	Vapor Phase Thin Film Growth
MSE 580	Diffraction Physics of Materials
PHYS	Physics
PHYS 565	Theory of Semiconductors and Devices