昆士兰大学电气及自动化工程电气及自动化工程专业课程设置
由于21全球化的竞争时代,从清洁能源,饮用水供应,全球气候问题,温室效应,人口增长对于基础设施的大量需求,可持续资源发展,高效的沟通方式。这些挑战都创造出大量的机遇给新的工程师们。如何通过新的创新科技和办法解决以上各种挑战,对于新时代的工程师意味着新的工程年代出现。
昆士兰大学电气工程(Electrical Engineering)专业设于信息技术与电气工程学院之下,下面为大家介绍一下该学校的电气工程专业及课程设置。>>>电气工程专业申请条件
昆士兰大学电气工程专业课程:
Part A
Course Code | Units | Course Title |
COMP7308 | 2 | Operating Systems Architecture |
COMS7201 | 2 | Computer Networks I |
CSSE7301 | 2 | Embedded Systems Design & Interfacing |
ELEC7101 | 2 | Fundamentals of Electromagnetic Fields & Waves |
ELEC7302 | 2 | Electrical Energy Conversion & Utilisation |
ELEC7312 | 2 | Signals, Systems & Control |
ELEC7401 | 2 | Electronic Circuits |
Part B
Course Code | Units | Course Title |
COMS7104 | 2 | Microwave Engineering |
COMS7200 | 2 | Computer Networks II |
COMS7400 | 2 | Photonics |
COMS7410 | 2 | Communication Systems |
CSSE7410 | 2 | Digital System Design |
CSSE7411 | 2 | Advanced Embedded Systems |
ELEC7303 | 2 | Power Systems Analysis |
ELEC7311 | 2 | Power System Protection |
ELEC7402 | 2 | Advanced Electronic & Power Electronics Design |
ELEC7403 | 2 | Medical & Industrial Instrumentation |
ELEC7420 | 2 | Modern Asset Management and Condition Monitoring in Power System |
ELEC7462 | 2 | Digital Signal Processing |
ELEC7463 | 2 | Image Processing and Computer Vision |
ELEC7606 | 2 | Medical Imaging |
ENGG7000 | 2 | Systems Engineering |
ENGG7020 | 2 | Systems Safety Engineering |
METR7200 | 2 | Control Engineering 1 |
METR7202 | 2 | Advanced Control & Robotics |
Part C
Course Code | Units | Course Title |
ENGG7302 | 2 |
Advanced Computational Techniques in Engineering |
Part D
Field: Biomedical Engineering
Course Code | Units | Course Title |
ELEC7901 | 2 | Advanced Medical Device Engineering |
ELEC7902 | 2 | Biomedical Signal Processing |
Field: Microwave Telecommunications
Course Code | Units | Course Title |
COMS7305 | 2 | Advanced Microwave Engineering |
COMS7307 | 2 | Advanced Photonics |
COMS7308 | 2 | Antenna Design |
COMS7309 | 2 | Computational Techniques in Electromagnetics |
Field: Power Systems
Course Code | Units | Course Title |
ELEC7051 | 2 | Transformer Technology Design and Operation |
ELEC7309 | 2 | Power System Planning and Reliability |
ELEC7310 | 2 | Electricity Market Operation and Security |
ELEC7313 | 2 | Renewable Energy Integration: Technologies to Technical Challenges |
Field: Control
Course Code | Units | Course Title |
METR7203 | 2 | Control Engineering 2 |
Courses offered on an occasional basis
Course Code | Units | Course Title |
COMS7000 | 2 | Advanced Topics in Communications I |
COMS7310 | 2 | Radar and Electronic Warfare Fundamentals |
COMS7311 | 2 | Microwave Remote Sensing |
CSSE7500 | 2 | Modelling and Simulation |
CSSE7510 | 2 | Reconfigurable Embedded Systems - Concepts and Practice |
CSSE7520 | 2 | Unmanned Aerial Vehicles - Avionics |
CSSE7530 | 2 | VLSI Circuits and Systems |
ELEC7300 | 2 | Advanced Topics in Power |
ELEC7903 | 2 | Biomedical Engineering in Sports Medicine |
ENGG7300 | 2 | Advanced Topics in Engineering I |
ENGG7301 | 2 | Advanced Topics in Engineering II |
Part E
Course Code | Units | Course Title |
ENGG7803 | 4 | Engineering Postgraduate Project B |
ENGG7804 | 4 | Engineering Postgraduate Project B |
Courses offered on an occasional basis
Course Code | Units | Course Title |
ENGG7802 | 4 | Engineering Postgraduate Project B |
ENGG7806 | 8 | Engineering Postgraduate Project D |
ENGG7807 | 8 | Engineering Postgraduate Project D |
ENGG7808 | 8 | Engineering Postgraduate Project D |
毕业同学已经具备一定的经验让他们可以跨越不同的科目界限并且具备接受前端工程领域的工作任务。他们将会成为综合性人才,不仅结合了商业,问题解决方案和个人专业技术。而且科学工程的经验也让他们更加了解专业的市场发展和客户,供应商,商业伙伴的良好信任关系。
该专业的毕业生,将会有资格成为Australian Computer Society专业会员。
该课程未来可以专修三个方向:Electrical Eng、software ENG、System ENG。毕业后同学还可以申请博士或者研究性硕士,继续在该专业领域成为专家型人事和研究者。
Electrical Eng:
1. Biomedical主要是医学确诊,发展设备的使用,图像成型和治疗。>>>评估申请条件
2. Microwave Telecommunications 设计和量产RF/Microwave 沟通系统,主要包括无线和光纤技术。
3. Power Systems 主要是针对如何保持能源系统的稳定性和可靠性,情况检查检测,可持续性,新能源和未来发展趋势。>>>评估申请条件
4. Select courses across a broader spectrum。
software ENG:
该方向主要是电脑系统工程和令电气工程毕业的本科生集中学习高等的软件技术而非硬件。同学可以未来同步学习IT和环境信息研究生硕士方向;毕业同学就业方向:政府部门,跨国公司,小型专业公司。
System ENG:
该专业是为了建立成熟的系统使工作工序更加完善。其主要创新的过程是将概念转化成系统设计,以及通过技术和管理过程,让系统发展成更加有序,最大化地满足客户需要的同时把风险最小化。
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