MIT EECS - nanoEECS Classes

nanofabrication, nanomaterials, and nanobiomaterials

Nano-scale simulation and numerical modeling

nanoEECS home

nanoEECS faculty

nanoEECS brochure (pdf)

nanoEECS events and resources

nanoEECS classes

List of nanoEECS classes in numeric order and linked to MIT online catalogue. See also the related EECS classes listed on the MIT Stellar and on the MIT Open Course Ware sites. Core classes not listed below and required for continuing in the nanoEECS focus include 6.01, 6.002 and 6.003.

classes	title	associated nanoEECS area(s)
6.007	Applied Electromagnetics: From Motors to Lasers	nanoelectronics; nano/micro-optics; nanobiotechnology; nano/micro-fluidics
6.012	Microelectronic Devices and Circuits	nano/microeletronics
6.013	Electromagnetics and Applications	nano/micro-optics
6.021J	Quantitative Physiology: Cells and Tissues	nanobiotechnology; nano/micro-fluidics
6.023J	Fields, Forces and Flows in Biological Systems	nanobiotechnology; nano/micro-fluidics
6.152J	Micro/Nano Processing Technology	nanofabrication and self-assembly; nano/micro-mechanics
6.336J	Introduction to Numerical Simulation	nanoscale simulation and numerical modeling
6.339J	Numerical Methods for Partial Differential Equations	nanoscale simulation and numerical modeling
6.374	Analysis and Design of Digital Integrated Circuits	nanoelectronics
6.376	Low Power Analog VLSI	nanoelectronics; nanobiotechnology
6.443J	Quantum Information Science	quantum information processing
6.453	Quantum Optical Communication	quantum information processing
6.581J	Foundations of Algorithms and Computational Techniques in Systems Biology	nanobiotechnology; nanoscale simulation and numerical modeling
6.641	Electromagnetic Fields, Forces, and Motion	nanomagnetics; nano- and micro-mechanics and fluidics
6.642	Continuum Electromechanics	nanomagnetics; nano/micro-mechanics and fluidics
6.701/6.719	Intro/Nanoelectronics	nanoelectronics
6.720J	Integrated Microelectronic Dvices	nanoelectronics
6.728	Applied Quantum and Statistical Physics	nanoelectronics; nano/micro-optics; nanomaterials and nonbiomaterials; quantum information processing
6.729	Molecular Electronics	nanoelectronics
6.730	Physics for Solid State Applications	nanomaterials and nanobiomaterials
6.731	Semiconductor Optoelectronics: Theory and Design	nano/micro-optics;
6.732	Physics of Solids	nanomaterials and nanobiomaterials; nanoelectronics
6.774	Physics of Microfabrication: Front End Processing	nanoelectronics; nanofabrication and self-assembly
6.777J	Design and Fabrication of MEMS	nano/micro-mechanics and fluidics
6.781J	Submicrometer and Nanometer Technology	Nanoscale Fabrication, Microscopy, Materials, and Applications
6.789	Organic Optoelectronics	nanoelectronics and nano/micro-optics; nanomaterials and nanobiomaterials; nanofabrication and self-assembly
6.896	Quantum Complexity Theory	quantum information processing