What is Solid State / MEMS ?
As electronics become more and more advanced, they have become smaller and smaller. We have engineers working on designing the tiniest building blocks possible for modern circuitry in our nanofab (nanofabrication lab). We have machines that can create structures only nanometers in length. The engineers wear “bunny” suits and other protective gear while working in a special clean room to keep dust and other particulates from contaminating their materials.
Solid state devices encompasses the science of making electronic components and circuitry on semiconductor materials, like silicon wafers.
MEMS stands for micro-electro-mechanical systems and our MEMS engineers are building micro-sensors, micro-actuators, and micro-systems on silicon wafers.
Research
Courses
Course Numbering System x2xx = Micro/Nanosystems
3200 Intro to Semiconductor Device Physics is a foundation course for this area.
Fall | ||
Class | Non-yearly | Options |
PHYS 2710 Physics III (includes Quantum) | ||
5201 Physics of Nano-Electronic Devices | IVC, Online | |
5231/6231 Microsensors | ||
5255 Advanced Electron Microscopy for Semiconductor Materials and Devices | ||
5074 Photovoltaic Materials and Devices | Hybrid | |
5221/6221 Micromachining | ||
6226 Electrical Interface for MEMS | odd years | |
6273 Solid State Memory |
Spring | ||
Class | Non-yearly | Options |
5233/6233 Micro Actuators | ||
5250/6250 Intro to Quantum Computers | Hybrid | |
5960/6960 Biomedical Micro Devices | ||
5225 Microsystems Design & Characterization | ||
5960/6960 Nano-Electro-Mechanical Systems (NEMS) | odd years |