工程学硕士-计算机系统工程

访问我们的先进设施，并与世界一流的专家建立联系。加入我们，以创新，改进和推动知识前沿。该研究计划使您可以从各种专业中进行选择，并为自己偏爱的领域做出贡献，从而有可能将您的深入专业知识应用于进一步的研究。ME的结构可帮助您培养独立性和自信感，使您能够进行批判性思考并进行基础或应用研究。无论您的专业是什么，您都将在理论和分析的刺激下进行融合，从而在追求更高层次的机会方面与众不同。您可以在我们认可的专业之一中追求120点或180点的ME。这通常取决于您先前的研究。两种选择都需要完成120分的研究论文。<br>
Gain access to our advanced facilities and establish contact with world-class experts. Join us to innovate, improve and push forward the frontiers of knowledge. This research programme allows you to choose from a variety of specialisations and contribute to your preferred field, allowing the potential to apply your in-depth expertise to further study. The ME is structured to help you develop a sense of independence and confidence in your ability to think critically and conduct fundamental or applied research. Regardless of your specialisation, you will engage with a stimulating mix of theory and analysis, setting you apart in your pursuit of higher-level opportunities. You may pursue either a 120 point or 180 point ME in one of our approved specialisations. This is generally dependent on your prior study. Both options require the completion of a 120 point research thesis.<br><br>A strong research focus is vital to the Department of Electrical and Computer Engineering, and postgraduate study in Computer Systems Engineering is no exception. You'll gain opportunities to tackle projects alongside world-class researchers, sometimes within well-known research groups in purpose-built laboratories, with real-world applications. Major topics may include: Control systems, applied to bioprocess modelling, control of water treatment plants and nonlinear filtering design, active fault-tolerant control of nonlinear stochastic dynamical systems, and more, Embedded systems, working with well-recognised researchers to investigate hardware/software co-design, real-time systems, low-power design, application-specific processors, system-level languages, wearable computing, smart sensors, intelligent transportation, medical devices, and the Internet of Things, Industrial informatics and automation, focusing on distributed intelligent control architectures in industries such as manufacturing, agriculture, food processing and Robotics, generally undertaken in the Centre for Automation and Robotic Engineering Science with an aim to create innovative technologies to improve social well-being, focusing on human-robot interaction, software systems and tools, and applications in the healthcare and primary sectors.