For both computer and electrical engineering, students have access to a wide variety of engineering software for tasks, such as mathematical analysis (MAPLE and MATLAB); electric circuit simulation (SPICE, PSPICE, electronics workbench); VLSI and FPGA design (Synopsys, Cadence and Xilinx) and software design (Rational Rose, Visual Paradigm and Microsoft development tools). Special facilities include the Instrumentation Control and Automation (INCA) Centre, the Computer Engineering Research Laboratories (made up of the Centre for Digital Hardware Applications Research, the Software Engineering Research Laboratory, the Multimedia Communications and Remote Sensing Laboratory, the Computer-Aided Design Laboratory for Analog and Mixed Signal VLSI Systems) and the Advanced Wireless Communications Research Laboratory (AWCRL) and the Power Devices and Systems Laboratory. In addition, research facilities from industrial and government collaborations are available.
At Memorial, you may pursue Electrical Engineering graduate studies in a wide variety of areas including:
Antennas
Applied electromagnetics
Broadband communications networks
Industrial automation
Robotics
Electric machines
Autonomous vehicles
Power systems and electronics
Wind and alternative energy
Distributed power generation
Intelligent control
Controllers and sensors in harsh environments
Wireless communications
Master of Engineering in Electrical Engineering
专业介绍
For both computer and electrical engineering, students have access to a wide variety of engineering software for tasks, such as mathematical analysis (MAPLE and MATLAB); electric circuit simulation (SPICE, PSPICE, electronics workbench); VLSI and FPGA design (Synopsys, Cadence and Xilinx) and software design (Rational Rose, Visual Paradigm and Microsoft development tools). Special facilities include the Instrumentation Control and Automation (INCA) Centre, the Computer Engineering Research Laboratories (made up of the Centre for Digital Hardware Applications Research, the Software Engineering Research Laboratory, the Multimedia Communications and Remote Sensing Laboratory, the Computer-Aided Design Laboratory for Analog and Mixed Signal VLSI Systems) and the Advanced Wireless Communications Research Laboratory (AWCRL) and the Power Devices and Systems Laboratory. In addition, research facilities from industrial and government collaborations are available.
At Memorial, you may pursue Electrical Engineering graduate studies in a wide variety of areas including:
Antennas
Applied electromagnetics
Broadband communications networks
Industrial automation
Robotics
Electric machines
Autonomous vehicles
Power systems and electronics
Wind and alternative energy
Distributed power generation
Intelligent control
Controllers and sensors in harsh environments
Wireless communications
Program Introduction
For both computer and electrical engineering, students have access to a wide variety of engineering software for tasks, such as mathematical analysis (MAPLE and MATLAB); electric circuit simulation (SPICE, PSPICE, electronics workbench); VLSI and FPGA design (Synopsys, Cadence and Xilinx) and software design (Rational Rose, Visual Paradigm and Microsoft development tools). Special facilities include the Instrumentation Control and Automation (INCA) Centre, the Computer Engineering Research Laboratories (made up of the Centre for Digital Hardware Applications Research, the Software Engineering Research Laboratory, the Multimedia Communications and Remote Sensing Laboratory, the Computer-Aided Design Laboratory for Analog and Mixed Signal VLSI Systems) and the Advanced Wireless Communications Research Laboratory (AWCRL) and the Power Devices and Systems Laboratory. In addition, research facilities from industrial and government collaborations are available.
At Memorial, you may pursue Electrical Engineering graduate studies in a wide variety of areas including:
Antennas
Applied electromagnetics
Broadband communications networks
Industrial automation
Robotics
Electric machines
Autonomous vehicles
Power systems and electronics
Wind and alternative energy
Distributed power generation
Intelligent control
Controllers and sensors in harsh environments
Wireless communications