Nanotechnology for Robotics - PDF
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Sensors, Instrumentation,
and Micro/Nanotechnology
Upper Level Engineering Courses (ULEs)
510.316 Biomaterials I (3) 530.421 Mechatronics (3)
Micro/Nano Structured Introduction to Microelectromechanical
510.422 Materials/Devices (3) 530.487 Systems (MEMS) (3)
520.216 Introduction to VLSI (3) ** 530.646 Introduction to Robotics (3)
Electrical and Computer Engineering 540.440 Micro and Nanotechnology (3)
520.345 Laboratory (3) Ionic Channels in
520.315 Introduction to Information Processing 580.425 Excitable Membranes (3)
(&580.315) of Sensory Signals (3)
580.440 Cellular and Tissue Engineering (3)
520.349 Microprocessor Laboratory (3)
580.441 Cellular Engineering (3)
520.353 Control Systems (3)
580.442 Tissue Engineering (3)
520.372 Programmable Device Laboratory (3) Cellular and Tissue Engineering
520.401 Basic Communication (3) 580.451/2 Laboratory (2)
Introduction to the Physics Introduction to Orthopedic
520.407 of Electronic Devices (3) 580.455 Biomechanics (3)
520.410 Fiber Optics and Devices (3) Design of Economic Healthcare
580.469 Technologies (2)
520.413 Introduction to Photonics (3)
Biomedical Instrumentation I:
520.424 FPGA Synthesis Laboratory (3) 580.470 Molecular and Cellular (3)
520.425 FPGA Projects Laboratory (3) Principles of the Design of Biomedical
520.432 Medical Imaging Systems (3) Instrumentation II: Physiological and
580.471 Clinical (4)
520.435 Digital Signal Processing (4)
Introduction to Information Theory 580.472 Medical Imaging Systems (3)
520.447 and Coding (3) 580.474 Molecular and Cellular Imaging (3)
520.448 Electronics Design Laboratory (3) Quantummechanical Basics of Nuclear
Advanced Microprocessor 580.475 Magnetic Resonance (3)
520.450 Laboratory (3) Foundations of Computational Biology
580.488 & Bioinformatics (3)
520.454 Control Systems Design (3)
580.495 Microfabrication Laboratory (4)
520.465 Digital Communications (3)
Micro/Nanoscience and
530.483 Bio-Photonics Laboratory (3) 580.496 Biotechnology (3)
520.484 Optoelectronics Lab (3) 580.571 Honors Instrumentation (2)
520.491 CAD of Digital VLSI Systems (3) 580.610 Computational Functional Genomics (2)
520.492 Mixed-Signal VLSI Systems (3) Introduction to
520.493 Analog Integrated Circuits (3) 580.616 Linear Dynamical Systems (3)
VLSI Design and 580.672 Biosensing and BioMEMS (3)
520.496/7 Prototyping Workshop (3) 600.445 Computer-Integrated Surgery I (4)
530.414 Computer-Aided Design (3) 600.446 Computer-Integrated Surgery II (3)
530.420 Robot Actuators and Sensors (3)
Other Focus Area Courses (non-ULE)
520.213 Circuits (4) 520.214 Signals and Systems (4)
**200-level course that will count as an upper-level elective
Last Edited 6 January 2011
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