Core courses ：核心课程 Fluid Mechanics 1：流体力学1 Engineering Dynamics：工程动力学 Introduction to Electromechanical Systems：机电系统简介 Manufacturing and Sustainability：制造业和可持续性 Introduction to Thermal Engineering：热工程导论 Mechanics of Solids 1：固体力学1 Introduction to Engineering Materials：工程材料导论 Mechanical Systems Design 1：机械系统设计1 System Dynamics and Control：系统动力学和控制 Fluid Mechanics 2：流体力学2 Engineering Materials for Adv Manufacturing：Adv制造用工程材料 Mechanical Systems Design 2：机械系统设计2 Thermal Engineering and Environment：热工程与环境 Mechanics of Solids 2：固体力学2 Professional Engineering：专业工程 Safety Systems and Risk Analysis：安全系统和风险分析 Design for Advanced Manufacturing：先进制造设计 Practical Experience：实践经验 Optional courses：可选课程 Advanced Computational Engineering：高级计算工程 Energy and the Environment：能源与环境 Computational Fluid Dynamics：计算流体动力学 Computational Nanotechnology：计算纳米技术 Advanced Fluid Dynamics：高级流体动力学 Sustainable Design, Eng and Mgt：可持续设计、工程和管理 Air Conditioning and Refrigeration：空调和制冷 Combustion：燃烧 Renewable Energy：可再生能源 Applied Finite Element Analysis：应用有限元分析 Computational Nanotechnology：计算纳米技术 Materials Failure：材料失效 Smart Materials：智能材料 Advanced Engineering Materials：先进工程材料 Microscopy and Microanalysis of Materials：材料的显微镜和显微分析 Design of Micro- and Nanosystems：微系统和纳米系统的设计 Applied Finite Element Analysis：应用有限元分析 Risk Management Analysis：风险管理分析 Engineering Tribology：工程摩擦学 Vibration and Acoustics：振动和声学 Manufacturing of Micro- and Nanosystems：微系统和纳米系统的制造 Crash Analysis and Design：碰撞分析与设计 Industrial and Product Design Engineering：工业和产品设计工程 Design and Production：设计和生产 Introduction to Complex Systems：复杂系统简介 Quality Engineering and Management：质量工程与管理 Design of Micro- and Nanosystems：微系统和纳米系统的设计 Spacecraft and Satellite Design：航天器和卫星设计 Advanced Control and Optimisation：高级控制和优化 Manufacturing of Micro- and Nanosystems：微系统和纳米系统的制造 Design of Micro- and Nanosystems：微系统和纳米系统的设计 Sensors and Signals：传感器和信号 Experimental Robotics：实验机器人学