Faculty of Engineering




HOME : RESEARCH : STAFF : RESEARCH KEYWORDS (BY DISCIPLINE) All Disciplines \| Aerospace Engineering \| Applied Mechanics \| Artificial Intelligence \| Bioinformatics \| Biomedical Engineering \| Computer Architecture \| Computer Systems Engineering \| Databases \| Design (Mechanical) \| Electrical Energy \| Electrochemical Eng. & Battery Research \| Engineering Construction & Management \| Environmental Tech. & Pollution Control \| Fluid Mechanics and Thermodynamics \| General Engineering \| Geotechnical Engineering \| High Temperature Chemistry \| Manufacturing Engineering & Management \| Mechatronic Engineering \| Membrane Science and Technology \| Microelectronics \| Minerals and Energy \| Mining Engineering \| Naval Architecture \| Networks \| Particle and Catalysts Technology \| Petroleum Engineering \| Photonics \| Photovoltaics and Solar Energy \| Polymer Science \| Process Engineering (Chemical) \| Process Modelling (Chemical) \| Reaction Engineering \| Software Engineering \| Structural Engineering \| Supercritical Fluid Technology \| Surveying & Spatial Information Systems \| Systems and Control \| Telecommunications \| Transport Engineering \| Water Engineering


Research Keywords for the Discipline: Microelectronics Analog Integrated Circuit Design Bio-Medical Microelectronics CMOS Interfaces for Quantum Computers Cochlear Implants Computer Aided Design Design and Modelling of RF/Microwave Components Dielectric Microwave Devices Electron Beam Lithography Ferrimagnetic Microwave Devices Global Positioning System - GPS High-Performance Analogue Circuits Insulating Thin Films/Non-Volatile Memory Integrated Circuits Microelectronics Microsystems/MEMS - MicroElectroMechanical Systems Mixed Analogue/Digital Circuit Design Quantum Computation Quantum Computer Technology Quantum Transport in Low Dimensional Devices RF MEMS Semiconductor Nanostructures Sensor/Actuator Interface Electronics Single Electron Transistors Solid-State Circuits and Systems Superconductor-based Devices Ultra Low-Power CMOS Design Ultra Low-Temperature CMOS Design VLSI Neural Networks VLSI Systems

Page created 12/06/03 and last updated 17/07/03 Please report any problems with this site to: eng-web@eng.unsw.edu.au Please read this disclaimer and copyright statement. CRICOS Provider No: 00098G © UNSW 2002

Research Keywords for the Discipline: Microelectronics