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电气工程
• 机器人工程师在政府、医疗保健、教育、工业、商业、旅游、安全和军事部门工作。 • 自动化工程师在咨询办公室、承包商、工厂、制造商和产品设计公司等企业工作。 • 为政府或私营部门从事智能、可持续和可再生能源系统领域的电气工程师 • 为咨询公司、承包商、发电厂、工厂、机场或石油和天然气行业从事电力发电、输电和配电工作的电力工程师 • 负责微型电子电路元件设计和微制造的微电子工程师 • 从事零售产品制造、生化工程和软件开发的控制工程师 • 为 Etisalat、DU、Atlas 等国际通信公司工作的通信工程师 • 设计压力、流量和温度测量设备的仪器工程师可受雇于制造公司、国防承包商或生物医学公司 • 实验室的研发工程师负责设计、建造和测试各种类型的电气系统
电气工程
Name of programme: Electrical Engineering Type of programme: doctoral programme Cycle of study: third cycle Duration of programme: 4 years (8 semesters) Number of ECTS credits: 240 Academic discipline: engineering and technolog y Academic title: doktor/doktorica znanosti Abbreviation: Dr (preceding the name) The doctoral study programme in Electrical Engineering has a duration of four years, consists of 240 credits and is a third-cycle programme under the Bologna scheme. Course units are allocated credits under the European Credit Transfer and Accumulation System (ECTS), which provides a basis for international student exchanges in countries that use the same or a comparable system of credits. Within the Electrical Engineering programme, academic study is inextricably linked to research and development work. The principal focus of the programme is on autonomous creative research by the student, directed by a supervisor. The programme gives priority to elective courses over compulsory courses. In order to cover the whole of the constantly expanding field of modern electrical engineering, the range of content offered by the programme is broad and varied. The elective element gives the student the opportunity to plan their own research career from an early stage and to keep abreast of the needs of prospective employers. At the same time, via compulsory seminars and the inclusion of elective generic content (transferrable skills), we ensure an adequate breadth of education. Mobility is possible within the programme both in the context of taught elements and as part of individual research. Students are expected to participate actively in domestic and international academic and specialist workshops and conferences during their studies. This gives the student the opportunity to develop skills such as scientific communication and critical assessment of the achievements of others and of the results of their own research. The essential obligations of the doctoral candidate include the proposal and writing of a doctoral dissertation. The doctoral dissertation is an opportunity for the candidate to demonstrate, in addition to their capacity for scientific thinking and their ability to
电气时报
哈里爵士强调，工程师在解决这些非工程问题方面做出了特殊贡献，即他在日常工作中应用的“科学方法”。首先，冷静地整理所有相关因素，然后公正地分析它们各自的重要性和影响，最后制定建设性程序或计划，以最有效的方式实现预期目标。与工程企业一样，科学方法不会导致任何特定社会或经济问题的单一解决方案。专家们对什么是最好的意见总是存在分歧，就像有很多方法可以建造一座横跨河流的桥梁一样。但它将确保替代方案中的模糊性、含糊性和不确定性在很大程度上被消除；与修建通往希望或更美好未来的道路的第一段而没有明确的概念如何完成以及它将在何处结束相比，没有什么可比性。不幸的是，一些政治计划，以及……许多关于重组电力供应的提案都是属于这种性质的。