从用于移动电话技术的低功率处理器到用于风力涡轮机的重型功率电子设备，电子和电气系统的设计具有挑战性，并且需要对物理原理和其广泛运行的系统有清楚的了解，这需要团队合作和寻求创新解决方案的决心。过去50年来，计算机设计和通信技术的许多进步都源于电子学与计算机科学之间的互动。因此，这两个学科构成了共同荣誉的自然结合，软件工程技能与硬件设计知识并驾齐驱。在当今复杂的高速设备世界中，至关重要的是，工程师必须了解如何设计和实现这两者。通用硬件和软件以及嵌入式计算机系统，以支持医学技术的进步，运输效率，安全监控系统，监
From the tiny processors in smartphones to the heavy-duty power electronics in wind turbines, electronic and electrical systems underpin many modern technologies.<br><br>In today's world of complex, high-speed devices, it is important that engineers understand how to design and implement both the hardware and software of general-purpose and embedded computer systems.<br><br>Electronics and computer science are a fascinating and highly valuable combination.<br><br>Interactions between these fields have generated some of the most significant advances in computer design and communications technology over the last 50 years.<br><br>Students of electronics and computer science need a clear understanding of physics and the broader system it operates in.<br><br>Teamwork and the determination to find clever solutions are also crucial.<br><br>Graduates are leading advances in fields such as:<br><br>machine learning and deep learning<br>technology for medicine<br>efficiency in transportation<br>safety monitoring systems<br>surveillance<br>entertainment<br>wireless communications<br>manufacturing and computing<br>renewable energy generation