澳大利亚留学最新动态:纽卡斯尔大学新增专业、项目申请即...
2026澳大利亚留学报告
免费领取该课程为纽卡斯尔大学(University of Newcastle)2026年开设的工程与商业双学位项目(Program Code: 40344),融合电气工程专业核心与商业领域主修方向,强调技术能力与创新管理并重。 核心课程(Core)共30门,总计约160–180学分,涵盖: - 工程基础:会计(ACCT1001)、编程(ENGG1003)、物理(PHYS1210/1220)、数学(MATH1110/1120/2310)、统计(STAT2110); - 电气工程核心:电路、信号、电力系统、嵌入式系统、控制、通信、电力电子、可再生能源、电机与信号处理等(ELEC系列); - 工程实践与职业素养:专业工程导论(ENGG1500)、建模与控制(ENGG2440)、可持续工程(ENGG2500)、工程实习(ENGG3000)、项目管理(ENGG3500)、毕业设计(ELEC4840A/B); - 商业通识:金融(FINN1001)、市场营销(MKTG1001)、管理与可持续发展(MNGT1001)、设计思维(INOV1001)。 商业主修方向(Majors)需完成80学分(通常为8门课),提供两个选项: 1. 创新与创业(Innovation and Entrepreneurship):聚焦创客实践、社会创业、数据分析、提示工程、融资与加速孵化; 2. 领导力与管理(Leadership and Management):涵盖领导力模型、组织行为、数字商业、战略管理、变革领导、多元化治理等。 所有课程以2026年手册为准,部分课程暂未开课,须查阅[官方手册](https://handbook.newcastle.edu.au/program/2026/40344)获取最新信息。
ACCT1001 Fundamentals of Accounting
ELEC1310 Introduction to Electrical Engineering
ELEC1710 Digital and Computer Electronics 1
ELEC2132 Electric Energy Systems
ELEC2320 Electrical and Electronic Circuits
ELEC2430 Circuits and Signals
ELEC2720 Introduction to Embedded Computing
ELEC3130 Electric Machines and Power Systems
ELEC3240 Analog Electronics
ELEC3251 Power Electronics and Renewable Energy Systems
ELEC3410 Control System Design
ELEC3540 Analog and Digital Communications
ELEC4401 Signal Processing
ELEC4840A Final Year Engineering Project Part A
ELEC4840B Final Year Engineering Project Part B
ENGG1003 Introduction to Engineering Programming with Python
ENGG1500 Introduction to Professional Engineering
ENGG2440 Modelling and Control
ENGG2500 Sustainable Engineering Practice
ENGG3000 Engineering Work Integrated Learning
ENGG3500 Managing Engineering Projects
FINN1001 Fundamentals of Finance
INOV1001 Design Thinking: Creativity in Action
MATH1110 Mathematics for Engineering, Science and Technology 1
MATH1120 Mathematics for Engineering, Science and Technology 2
MATH2310 Calculus of Science and Engineering
MKTG1001 Foundations of Marketing
MNGT1001 Introduction to Management and Sustainability
PHYS1210 Advanced Physics I
PHYS1220 Advanced Physics II