电子材料实验 半导体器件工艺实验 单片机原理及接口技术实验 PCB设计与制备工艺实践 PCB设计与制备工艺实验 单片机原理及接口技术课程设计 电子元器件与工艺课程设计 嵌入式系统课程设计 电子线路CAD课程设计 Electronic Material Experiments Semiconductor Devices Processes Practice Experiments of SCM Principle and Interface Technology Practice of PCB Design and Manufacturing Technology Experiments of PCB Design and Manufacturing Technology Course Design of SCM Principle and Interface Technology Course Design for Electronic components and Devices and their process Curriculum Design of Embedded System and Application Course Design for Electronic Circuit CAD 微电子学 Microelectronics 中文课程名称 C语言程序设计 单片机原理及接口技术 固体物理A 半导体物理 微电子器件物理A 模拟集成电路设计 数字集成电路设计 集成电路工艺原理 硬件描述语言与EDA技术 嵌入式系统及其应用 半导体材料 微电子封装技术 PLD原理与应用 集成电路可测性设计 电子线路CAD TFT平板显示技术 半导体器件可靠性和失效分析 白光LED与固态照明技术 专业基础实验 集成电路设计与布局实验 集成电路工艺原理实验 半导体器件和IC芯片测试实验 单片机原理及接口技术实验 微电子封装技术实验 单片机原理及接口技术课程设计 英文课程名称 C Programming Language SCM Principle and Interface Technology Solid State Physics Semiconductor physics Physics of Microelectronic Device Design of Analog Integrated Circuits Design of Digital Integrated Circuits Integrated Circuits Fabrication Technologies HDL & EDA Embedded Systems and Applications Semiconductor Materials Microelectronic Package Technology PLD Principle and Application Design-for-Test of Integrated Circuits Electronic Circuit CAD Display Technology of TFT-LCD Reliability and Failure Analysis of Semiconductor Devices White LED and Solid State Lighting Speciality Experiment Design and Layout Practice of Integrated Circuits Experiment of IC manufacturing Processing Experiment of Semiconductor devices and IC Experiments of SCM Principle and Interface Technology Microelectronic Package Technology Practice Course Design of SCM Principle and Interface Technology 11 微电子器件与工艺课程设计 集成电路课程设计 硬件描述语言与EDA技术实践 毕业设计（论文） 电子线路CAD课程设计 嵌入式系统及其应用课程设 Course Design for Microelectronic Devices and Processing Course Design of Integrated Circuits Practice of HDL & EDA Graduate Design (Thesis) Course Design for Electronic Circuit CAD Course Design of Embedded System and Application 材料成型及控制工程（材料加工及信息化） Material forming and control engineering 中文课程名称 材料成型基础 机械制造基础 单片机原理及接口技术 液压与气压传动 材料加工原理 控制工程基础 计算机语言程序设计 材料成型设备及自动化 机电传动控制 模具设计 材料加工CAD技术基础 工程测试技术 数控加工技术基础 系统工程与创新设计 压力机设计 材料表面工程（双） 材料成型基础 材料成型设备及自动化 压力机设计 特种加工技术 挤压工艺及模具设计 塑料发泡成型工艺（双） 塑料挤出成型工艺 塑料模具设计课程设计 金属特种塑性成形（双） 单片机原理及接口技术综合实验 模具CAD实训 模具CAM实训 模具专业综合实验 英文课程名称 Foundation of Molding Machinery Manufacturing Base SCM Principle and Interface Technology Hydraulic and pneumatic driving Principles of Material processing Fundamental of automatic control Computer Language Programming Design Material Processing Equipment and Automation Electrical driving Control Technology Design of Molds & Dies Material processing CAD technology Engineering Testing Technology Numerical control machining technology Innovative Design and Systems Design for press Surface Engineering of Materials Foundation of Molding Material Processing Equipment and Automation Design for press Special machining Technology Extrusion Technique and Die Design Plastic Foaming Technology Plastic Extrusive Process Course design for Plastic Mold Special Process of Metal Plastic Forming SCM experiment technology principle and the interface Practice of Mold CAD CAM Of Die&Mould Practice Comprehensive Experiment 12
成型设备与控制综合实验 冲压工艺及模具设计课程设计 塑料模具设计课程设计 材料成型设备及自动化 Practice of Processing Equipment and Controlling Technology Course Design of Sheet Metal Forming Course design for Plastic Mold Material Processing Equipment and Automation 材料成型及控制工程（模具CAD/CAM） Material forming and control engineering 中文课程名称 材料成型基础 机械制造基础 材料加工CAD技术基础 金属材料及热处理 金属塑性成形原理 高分子材料及加工流变学 单片机原理及接口技术 成型设备 模具制造工艺 冲压工艺及模具设计 塑料成型工艺及模具设计 专业英语 计算机语言程序设计 工程测试技术 控制工程基础 有限元方法基础 数控加工技术基础 挤压工艺及模具设计 模具材料及失效分析 压铸工艺及模具设计 塑料制品与装潢 冲压过程计算机模拟（双） 塑料成型过程模拟分析（双） 塑料挤出成型工艺 塑料发泡成型工艺（双） 金属特种塑性成形（双） 材料表面工程（双） 冲压过程机械化与自动化 单片机原理及接口技术综合实验 英文课程名称 Foundation of Molding Machinery Manufacturing Base Material processing CAD technology Metal Materials and Heat Treatment Principles of Metal Forming Macromolecule Materials and Processing Rheology SCM Principle and Interface Technology Forming equipment Manufacturing Process of Die & Mould Stamping Processes and Die Design Plastic Forming Process and Mold Design Specialty English Computer Language Programming Design Engineering Testing Technology Fundamental of automatic control Introduction to Finite Element Method Numerical control machining technology Extrusion Technique and Die Design Die Materials and Failure Analysis Die Casting Process and Die Design Plastic Products and Upholster Computer Simulation of Metal Froming Computer Aided Engineering for Plastic Molding Process Plastic Extrusive Process Plastic Foaming Technology Special Process of Metal Plastic Forming Surface Engineering of Materials Mechanization and Automation for Sheet Metal Forming Process SCM experiment technology principle and the interface 13
模具专业综合实验 模具CAM实训 模具CAD实训 冲压过程机械化与自动化课程设计 成型设备与控制综合实验 冲压模具设计课程设计 Comprehensive Experiment CAM Of Die&Mould Practice Practice of Mold CAD course design for mechanization and automation in stamping process Practice of Processing Equipment and Controlling Technology Course Design of Stamping die 热能与动力工程（热能工程方向） Thermal energy and power engineering 中文课程名称 工程热力学 流体力学及泵与风机 传热学 单片机原理及接口技术 锅炉原理 汽轮机原理 热力发电厂 热力管网 燃烧污染和锅炉水质控制技术 热工炉窑 燃气轮机原理 热力发电厂集控运行 制冷技术 太阳能光伏发电技术 生物质热利用技术 太阳能热利用 蓄能技术 新能源进展 热工测试技术 单片机原理及接口技术实验 换热器设计 锅炉原理课程设计 热能设备与系统综合实验与设计 英文课程名称 Engineering Thermodynamics Fluid Dynamic and Fluid Machinery Heat Transfer SCM Principle and Interface Technology Principle of Boiler Principle of Steam Turbine Thermal power plant Thermal Pipe Network Emission Reducing Technologies of Combustion and Boiler Water Quality Control Industrial Thermal Furnace The Principle of Gas Turbine Centralized control operation of thermal power plant Technic of Refrigeration Solar Photovoltaic Power Technology The Technology of Biomass Thermal Utilization Solar Energy Thermal Application Energy Storage Technology New Energy Technology Progress Measurement technology of Heat Energy and Dynamic Mechanism Experiments of SCM Principle and Interface Technology Design of heat exchanger Course design of boiler Principle Comprehensive experiment and design for energy equipment and system 14
热能与动力工程（制冷与空调 方向） Thermal energy and power engineering 中文课程名称 工程热力学 流体力学及泵与风机 传热学 单片机原理及接口技术 制冷原理 制冷压缩机 空调工程 制冷空调自动控制 制冷技术新进展 计算机高级语言 热泵技术 小型制冷装置 冷库与食品保鲜技术 半导体制冷技术 室内空气品质控制设备 太阳能光伏发电技术 生物质热利用技术 蓄能技术 太阳能热利用 新能源进展 热工测试技术 单片机原理及接口技术实验 换热器设计 空调工程课程设计 热能设备与系统综合实验与设计 英文课程名称 Engineering Thermodynamics Fluid Dynamic and Fluid Machinery Heat Transfer SCM Principle and Interface Technology Refrigeration Principles Compressors of Refrigeration Air Conditioning Engineering Automatic Control of Refrigeration and Air-conditioning Device Progress in Refrigeration Technology Advanced Computer Language Heat Pump Technology Small-scale refrigeration Technology of Cold Storage and Food Preservation Semiconductor Refrigeration and Application Technology Indoor air quality control equipment Solar Photovoltaic Power Technology The Technology of Biomass Thermal Utilization Energy Storage Technology Solar Energy Thermal Application New Energy Technology Progress Measurement technology of Heat Energy and Dynamic Mechanism Experiments of SCM Principle and Interface Technology Course Exercise in Heat Exchanger Air Conditioning Engineering Design Comprehensive experiment and design for energy equipment and system
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