車輛工程系中英文課程內容摘要
Department of Vehicle Engineering
一、必修科目Required Courses
382001車輛應用材料３必陳永昌下
本課程主要探討汽車輕量化材料及功能性材料。課程範圍包含：鋁合金、工程塑膠、複合材料、陶瓷材料。本課程將培養學生對上述各種汽車材料之結構、組成、性質與製程等相關理論，具系統化之認識，並進一步探討其在汽車上之應用與發展實例。
382001Materials for Vehicle Applications ３ ＲY. C. Chen S
This course points at down weighting and functional vehicle materials. They are four topics to be focused: aluminum alloy, engineering polymer, composite material, and ceramic. This course will give students the systematical knowledge about the structure, composition, properties and manufacturing process of the automobile materials listed above. Moreover, the application and development in real automobile industry will be introduced.
382002 工程材料與實驗２必胡惠文上
本課程主要目標是介紹工程材料與結構之基礎實驗理論與測試方法，並培養學生具備並執行程材料與結構構之測試能力。課程內容包括：拉伸測試方法與實驗；彎曲測試方法與實驗；材料硬度測試與顯微組織方法與實驗；疲勞測試方法與實驗；載具結構剛性測試方法與實驗等。
382002 Engineering Materials and Lab. ２ＲH. W. Hu F
The objective of this course is to introduce the experimental theory and test methods of engineering materials, and to equip the junior students with the knowledge and ability of doing the test of engineering materials. The content includes tensile test method and experiment; bending test method and experiment; materials hardness test and microscopy method and experiment; fatigue test method and experiment; stiffness test method and experiment of vehicle structure, etc.
382003 電腦輔助製圖３必梁智創下
這門課程之目標是在於提升學生對多種常見車輛零件的繪圖能力。透過上機實際操作常用之商業軟體，如Solidworks，學生可以從中累積實作經驗並學習投射理論、圖表標準、CAD軟體(電腦輔助設計)之應用。本課程所教授的內容將成為其他進階電腦工程分析以及電腦工程製造相關的課程。
382003 Computer-Aided Drafting３ ＲJ.C.Leong S
This course is designed to improve the students’ capability in drafting various commonly seen auto parts. Through tutorial sessions using commercial engineering computer-aided design (CAD) software such as Solidworks, the students are expected to earn hands-on experience and to learn projection theory, to understand graphic standards, and to perform 2D and 3D modeling. The materials learned in this course will be the fundamentals for other courses related to advanced Computer-Aided Engineering and Computer-Aided Manufacturing.
382004 工程力學(一)３必陳勇全/胡惠文下
本課程是介紹質點、質點系以及剛體之平衡，桁架結構分析及樑內力分析之應用。工程材料變形、應變與應力之觀念。質點運動學與質點動力學。
382004 Engineering Mechanics (I) ３ ＲY. C. Chen / H. W. Hu S
A review of equilibrium for particles and rigid bodies. Application to truss structures and the analysis of internal forces in beams. The concepts of deformation, strain and stress in engineering materials. Kinematics and Kinetics of a particle.
382005 車輛工程概論３必蔡建雄 上
本課程為一基礎課程。其中，主要介紹車輛工程所涵蓋的領域，以及相關的基本原理。希望透過這門課程，能夠讓學生清楚明白到未來將接觸到的相關知識。同時，也讓學生能夠對於將鑽研的方向有辨識以及選擇的能力。
382005 Introduction to Vehicle Engineering ３Ｒ C. H. Tsai F
This is a fundamental course in Vehicle engineering department. It introduces the relative technologies and theories of Vehicle engineering. The students are expected to realize the relative technologies involved in Vehicle engineering. Subsequently, they voice le able to choose the studying direction in their future career.
382006熱流工程導論３必王耀男上
本課程主要是教導學生認識熱流的基本現象，內容包括熱工動力系統的質量、能量守恆、可用功之轉換、流體靜力學、統御方程式、有限體積法、微分方程式分析、不可壓縮流無黏性流、因次分析等重要課題。
382006Introduction to Thermo-Fluid Engineering ３ＲY.N.Wang F
This course introduces mass conservation, energy conservation theory, available work loss in power plant, fluid statics, governing equation, control volume analysis, differential analysis, incompressible inviscid flow, dimensional analysis etc. The goal of this course is to instruct students the knowledge of thermo-fluid phenomena.
382007 工程數學(一) ３必張金龍 上
工程數學在使學生具備基礎的數學能力，以協助解決熱流、力學或控制等工程上的問題。本課程內容包括常微分方程式，拉普拉斯轉換，傅立葉級數，與傅立葉轉換等。除了解題方法，課程中將著重觀念分析與物理意義之說明。
382007 Engineering Mathematics (I)３Ｒ C. L. Chang F
This course introduces the basic engineering mathematics and how it to be applied to solve the engineering problems such as thermodynamics, fluid dynamics, mechanics, and control engineering. Issues include ordinary differential equations, Laplace transform, Fourier series, and Fourier transform, etc.
382008 工程數學(二) ３必張金龍 下
工程數學(二)乃是在工程數學(一)的基礎上，使學生具備進一步的數學能力，以協助解決熱流、力學或控制等工程上的問題。本課程內容包括線性代數、向量微分學，向量積分學，偏微分方程等。除了解題方法，課程中將著重觀念分析與物理意義之說明。
382008 Engineering Mathematics (II) ３Ｒ C. L. Chang S
Based on engineering mathematics (I), this course further introduces the topics such as vector space, linear algebra, vector differentiation, vector integral, and partial differential equations, etc. In addition to introduction of the method of solving mathematical equations, their physical meaning and the basic idea of these topics will be carefully introduced.
382009專題討論(一) ０必合授上
本課程區分為兩部份。第一部份將邀請國內對車輛工程有所研究的學者專家，針對其研究的課題及成果作簡要的說明，以增廣學生的見聞。第二部份將要求學生自選有關車輛工程方面的課題，並針對此課題廣汎地收集資料，探討目前世界上研究的成果。
382009 Seminar(I) ０ＲJoint teaching F
This course contains two portions. For the first part, we will invite experts in vehicle engineering to talk about their research. For the second part,students will be required to choose a topic and collect related information Forrest state-of-art.
382010專題討論(二) ０必合授下
本課程區分為兩部份。第一部份將邀請國內對車輛工程有所研究的學者專家，針對其研究的課題及成果作簡要的說明，以增廣學生的見聞。第二部份將要求學生自選有關車輛工程方面的課題，並針對此課題廣汎地收集資料，探討目前世界上研究的成果。
382010 Seminar(II) ０Ｒ Joint teaching S
This course contains two portions. For the first part, we will invite experts in vehicle engineering to talk about their research. For the second part, students will be required to choose a topic and collect related information Forrest state-of-art.
382011 車輛實習(一) １必曾全佑上
本課程包含下列單元：轉向系統、懸吊系統、車輪與車胎、煞車系統、安全系統、變速傳動系統。本課程之教學目標為使學生熟悉各種相關檢測儀器之應用及檢測數據之分析。另外，四輪定位之理論與實務，亦將是本課程之學習重點。
382011 Vehicle Practicum (I) １Ｒ C. Y. Tseng F
The topics covered in this course includes：1.steering system 2.suspension system 3.wheel and tire 4.brake system 5.transmission system. This course will give students the ability to operate the relative equipments and study the diagnostic readings. In addition, the theory and practice of wheel alignment will be an important part in this course.
382012車輛實習(二) １必蔡建雄下
本課程主要包含三大部分：1.汽車引擎點火系統之檢測與分析2.汽車引擎燃油噴射系統之檢測與分析3.汽車引擎本體之檢測與分析。本課程所強調之重點為各相關檢測儀器之應用技巧與數值分析。因此，與一般故障排除將有不同。本課程期望培養學生具有下列之能力：1.熟練各相關檢測儀器之操作與應用2.正確配合引擎各系統之理論基礎進行檢測數值之分析3.熟練閱讀應用原廠修護手冊。
382012 Vehicle Practicum (Ⅱ) １Ｒ C. H. Tsai S
The following items are main part of this course：1.Diagnose the ignition system of the automobile engine 2.Diagnose the flue injection system of the automobile engine 3.Diagnose the structure of the automobile engine。This course concentrates on the promotion of the students’ operation skill of all relative diagnostic equipments and the analyzing ability of diagnostic readings . So ，there will be some different with general troubleshooting .Upon completion of this course ，the students should be able to ：1.Perform the operation of all diagnostic equipment’s properly 2.Analyze the diagnostic readings with the underlying theory of engine systems correctly 3.Read and find the materials from service manual whenever necessary.
382013車輛動態與控制３必楊榮華下
本課程針對載具系統之動態模型推導進行介紹、穩定度分析、及控制器設計。內容包括了拉普拉斯轉換、載具系統動態模式的建立與分析、穩定性理論、線性系統理論、以及利用古典控制理論、近代控制理論等方法來作載具各子系統之控制器設計及分析等。
382013 Vehicle Dynamic Analysis and Control ３Ｒ J. H. Yang S
This course is to introduce vehicle modeling, stability analysis, and controller design. Topics include Laplace transform, vehicle system dynamics modeling and analysis, stability theory, linear system theory, controller design and analysis for vehicle subsystems using classic control theory/modern control theory.
382014車輛電子學３必陳立文上
車輛電子學的課程介紹車輛常用之電路及半導體元件，包括整流二極體、發光二極體、雙極性電晶體、運算放大器以及場效電晶體的特性及應用電路分析及設計。課程中除了講述各半導體元件在電路中的理論計算外，也以電源供應器的設計為例子，講述各種不同的電子電路設計原理，以及各類設計的優缺點，以提高學生對電子電路設計的了解，講述內容也包括各種汽車中所應用的電子電路設計。
382014Vehicle Electronics３Ｒ L. W. Chen F
Vehicle Electronics introduces circuits and semiconductor components used in vehicles, such as diodes, LEDs, bipolar junction transistors, operational amplifiers, and field-effect transistors. Lectures include not only theoretical calculations but also the electronic circuit design concept. Several power supply designs are given as examples. Lectures also introduce several electronic circuits employed in automobiles.
382015 車輛電路與實驗２必陳立文上
本課程著重在車輛電子電路設計及訊號量測的實務操作。實驗內容包括整流二極體的特性量測、整流電路、截波及嵌波電路、電晶體各種偏壓電路、電晶體共射放大電路、電晶體共集放大電路、電晶體多階放大電路、運算放大器放大電路等。本課程必須繳交一實際設計並製作之應用電子電路作為課程專題。
382015VehicleElectronic Circuits and Lab. ２Ｒ L. W. Chen F
The lab course is designed to teach how to design electronics circuits and how to measure electrical signals from vehicle electronic circuits. It contains the labs for characteristics measurement for diodes, rectifying circuits, clipper and clamper circuits, various bias circuits for bipolar transistors, the common-emitter amplifier, the common-collector amplifier, the multi-stage amplifier, and operation amplifier circuits. A term project which designs and builds an electronic circuit is required in this course.
382016程式語言與實習２必張金龍下
本課程分為兩部分，第一部分教授學生熟悉Fortran與C++程式語言的語法及使用，使學生熟悉程式語言之語法、編譯、偵錯及執行。第二部分則教授程式語言在工程上之模擬與應用，使學生具備撰寫程式語言以解決工程上計算問題及工程動態系統模擬，並將以實驗模組來驗證程式模擬之結果。
382016 Language Programming andPracticum２Ｒ C. L. Chang S
This course includes two parts. The first part will let students be familiar with programming language (Fortran, Visual C++) for simulation. Students then have the ability of writing, compiling, debugging, and running a computer program. Purpose of the second part is to let students be able to write algorithms and run programs to solve engineering problem or to simulate engineering systems. Further, the programs will be installed in experimental modules to verify the simulation results.
382017車輛測試與實驗３必蔡建雄上
本課程主要介紹各式車輛性能測試與分析之方法與原理。課程內容包含：引擎性能之測試與分析、整車性能之測試與分析方法、底盤馬力試驗機之原理與應用、引擎馬力試驗機之原理與應用、電動馬達動力計之原理與應用、以及各種廢氣分析儀之原理與應用等。
382017 Vehicle Testing Method and ３ＲC. H. Tsai F
Experiment Analysis
This course introduces the theories of analysis and test of vehicle performance. Topics include analyses and tests of engine performance, the methods of vehicle performance test, theories and the applications of vehicle chassis dynamometer, engine dynamometer, electrical dynamometer, and various gas analyzers.
382018車輛電機機械３必林秋豐下
本課程所介紹的內容包括: 電機機械原理、直流發電機與直流電動機、交流發電機與交流電動機、變壓器、步進馬達以及馬達控制實作。
382018 Electric Machine for Vehicle ３Ｒ C. F. Lin S
This course contains the following subjects : Principles of electric machines, D.C. generator and D.C. motor, A. C. generator and A. C. motor, Transformers, Step motor, and Motor control practicing.
382019熱流量測與實驗２必梁智創下
本課程針對熱流專業在產業的應用方面, 設計不同的實驗, 訓練學生動手作實驗並且從中間得到對熱流的更進一步知識。內容包括流體密度, 壓力,速度與黏度的量測, 熱電偶製造與溫度量測, 散熱片效能分析, 雷射精密焊接, 流體可視化實驗, 文氏管實驗。
382019 Thermal-FluidMeasurement and Lab.２Ｒ J. C. Leong S
This course is designed to foster the students’ understanding and interest in the areas of thermal-fluid via experimental means. The experiments designed are simplified but are still good reflections of industrial applications. The various experiments include the measurements of fluid density, pressure, velocity, and viscosity; the fabrication of thermocouples and temperature measurement using thermocouples; the evaluation of heat fin performance; laser welding; flow visualization; and flowrate measurements via Venturi tubes.
382020創意設計３必黃馨慧下
引領學生熟悉系統化之創意技巧並得以輔助使用：能具備多面化思考方式與解決問題的方法、能具備隨時觀察生活周遭環境與變化之不同，並獲取各式所需資訊、能具備開闊與分享的心胸，隨時能接受他人不同建議。
382020 Creative Design ３Ｒ H. H. Huang S
Guide students to examine themselves and to develop their own creativities. Provide students of designing and planning with review of all kind of design methods and examples of each. Try out these methods by students and inspire them with new and fresh ideas. Appreciate from experience of collaboration according to their ideas.
382021工程系統模擬與分析３必楊榮華 上
本課程介紹LabView/MATLAB&Simulink，內容包括基本原理、流程控制、及類別等。本課程的主要目的是教導學生如何以LabView/MATLAB&Simulink撰寫程式以解決工程問題並作為未來做介面控制及系統模擬的整合基礎。
382021 Engineering System Simulationand Analysis３Ｒ J. H. Yang F
This course introduces LabView/MATLAB&Simulink. It teaches how to declare variables, include basic principle, control sequences, and declares classes. The purpose of this course is to let students know how to solve engineering problems and system integrating with LabView/MATLAB&Simulink programming skills.
382022電腦輔助工程設計與分析(一) ３必 陳勇全、蔡建雄上
本課程主要在教導學生如何利用電腦輔助工程之前、後處理軟體來繪製機械元件。更進一步，也教導學生如何利用有限元素分析軟體來輔助元件之設計及應力分析。
382022 Computer-Aided Engineering(I) ３ Ｒ Y. C. Chen, C. H. Tsai F
This course is to teach students how to use the pre-processor and post-processor of computer aided engineering software to draw mechanical elements. Subsequently, it will also introduce the finite element software such that students can use the tools to aid the design and stress analysis of mechanical elements.
382023電腦輔助工程設計與分析(二) ３必陳勇全、蔡建雄下
本課程主要讓學生了解電腦輔助工程以及電腦輔助工程在工程上之實際應用，並讓學生熟悉這方面常用之商業軟體，包括工程上常用之熱流CAE軟體MOLD-FLOW 、STARTCD，以及固力分析軟體ABAQUS、NASTRAN 。
382023 Compute-Aided Engineering (II) ３Ｒ Y. C. Chen, C. H. Tsai S
This course provides the students to understand the computer aided engineering (CAE) and its practical applications in engineering problems. It also provides the students to use the commercial CAE packages, which are widely employed in engineering. These include thermo-fluid CAE packages MOLD-FLOW, STARTCD and solid mechanics CAE packages ABAQUS and NASTRAN.
二、選修科目Elective Courses
382024車輛動力學３選黃馨慧下
本課程介紹基本的車輛運動的力學分析。車子的性能與輪胎、引擎性能、傳動系統的效率、車子的外型以及其他眾多的因素皆有關係。本課程即是介紹這些因素如何對車子的運動造成影響、詳細的數學演繹過程將是本課程的一部分。
382024Vehicle Dynamics３ＳS. H. Huang S
The course introduces the basic ideas of vehicle dynamics. It is known that vehicle performance is related to the tire dynamics, engine performance, transmission efficiency, vehicle configuration and many many other factors. This course introduces how these factors effect the vehicle performance. Detailed mathematical deduction of dynamic equations is introduced.
382025 電腦輔助工程製造３選梁智創上
本課程主要讓學生了解電腦輔助工程製造以及電腦輔助工程製造在工程上之實際應用，並讓學生熟悉這方面常用之商業軟體，包括工程上常用之CAD軟體PRO-E、UG，以及CAM軟體PRE-Manufacture。
382025Computer-Aided Manufacturing ３Ｓ J. C. Leong F
The object of this course is to enhance the students’ understanding the practical applications of CAE and CAM concepts in related industries. Furthermore, the use of commercial engineering software packages, including Pro-ENGINEER, UG, and PRE-Manufacture, will be introduced and familiarized through projects.
382026 車輛動態量測系統３選林秋豐 下
本課程介紹裝置於車輛上以及運用於測試車輛性能的感測器原理。內容將包含速度、加速度、壓力、溫度流量、炭量度、廢氣含量等感測器。本課程也介紹感測器訊號擷取系統的原理與實作。本課程將以實際的操作配合理論的介紹，主要的目的是要讓學生能夠熟悉這些感測器的特性以及其運用。
382026 Dynamic Measuring Systems in Vehicle ３ Ｓ C. F. Lin S
This course introduces the theories of dynamics measurement system. It covers velocity sensors, acceleration sensors, pressure sensors, and temperature sensors. For the velocity and acceleration sensors, both the linear and rotational sensors are discussed. Sensor practicing will also be arranged in the course such that students can be familiar with the characteristics of the sensors and know how to manage the sensors.
382027 車輛替代能源３選陳永昌 上
近年來,由於各國政府對車輛排放廢氣及能源消耗之規範日漸嚴苛，加上地球石油即將枯竭，車輛科技之研究正朝向以下三個方向發展:1.發展替代能源車輛
2.開發低污染及省能源之內燃引擎控制技術3.電動車輛及電池技術開發。本課程主要介紹上述三項科技中所包含之技術及發展趨勢為主，例如：電動車輛、燃料電池、缸內直接噴射汽油引擎(GDI)、新式柴油引擎控制系統、LPG燃料系統、CNG燃料系統、氫燃料引擎及其他替代燃料系統等。
382027 Vehicle Alternative Fuels ３Ｓ Y. C. Chen F
Recently, governments have increasingly influenced technological trends in the powertrain through regulation of emissions, fuel economy, and fuel specifications. In the longer term, depletion of the favored fossil fuel-petroleum-must be considered. Against this background, any long-term view of automotive propulsion must examine (a) alternative fuel/energy sources, (b) combustion engines, and (c) electric propulsion options. This course is focused on the issues mentioned above. The technologies and the long-term trends of all the possible solutions, such as electric vehicles, fuel cell for vehicles, new generation of diesel fuel system, CNG fuel system, and hydrogen-fuelled vehicles are introduced.
382028 微處理機３選陳立文 下
微處理機所授課程分為兩部份，第一部分介紹8051晶片的內部硬體架構，及組合語言指令，第二部份為實驗課程，包括輸出/入埠的控制、中斷應用、計時/計數器的應用、以及鍵盤掃描等都會在實驗版上進行實驗，相關支援工具的使用如Winice模擬器的使用也都屬於實驗課程範圍。本課程必須繳交一實際設計並製作之單晶片應用電路作為課程專題。
382028 Principles and Applications of Microprocessors ３ Ｓ L. W. Chen S
This course is divided into two parts: lectures and labs. Lectures introduce the hardware structure and the assembly language instructions for 8051. Labs include various experiments for I/O ports controls, applications of interrupts and timer/counters, and the keyboard scan. All the experiments are done in a 8051 experiment board. The Winice simulator will also be used in the lab course. A term project is required in this course.
382029應用數位電子學３選陳立文 上
本課程內容分為三部份，第一部份介紹數位邏輯觀念以及各式的邏輯閘,第二部份教授組合邏輯的設計及簡化方法,第三部份則是序向邏輯的設計及簡化方法。
382029 Applied Digital Electronics ３Ｓ L. W. Chen F
The course content is divided into three parts. The first part introduces the concept of digital logic and various logic gates. The second part is devoted to combination logic circuit design and the way of simplification. The third part introduces the sequential logic circuit design and simplification.
382030內燃機３選蔡建雄 上
使學生了解內燃機之分類、構造、設計參數，並能將已學過的熱力學、流體力學應用於內燃機工流體的分析及理想模型的建立上，使其具有基礎的設計觀念及計算能力。
382030 Internal Combustion Engine ３Ｓ C. H. Tsai F
This course is to present a fundamental and factual development of the science and clngibeering cmderlying the design of combustion caginess and turbines, and to synthesize the background of the student in physics, chemistry, flawed flow, heat transfer, and themodynamics into the art called clgineering. Also includes natural of fuels, lubricants, instrumentation, combustion, and hinters.
382031 數值分析３選梁智創上
本課程主要讓學生了解數值分析的方法與這個方法在科學或工程上之實際應用。課程內容包含內插法、函數近似、數值積分與微分、線性聯立方程式的解與微分方程式的數值解。
382031 Numerical Analysis ３Ｓ J. C. Leong F
This course is offered to students who have interest in further understanding numerical means and their analysis in the areas of science and technology as well as in industrial applications. The syllabus of this course will cover roots of equations, least-squares regression, numerical differentiation and integration, numerical solution of ODE and PDE.
382032 電子電路設計３選陳立文上
電子電路設計為車輛機電系統的進階課程，主要內容為介紹如何設計電子的應用電路，課程著重在教導如何以軟體進行電子電路的設計及分析。
382032 Electronic Circuit Design ３Ｓ L. W. Chen F
Electronic Circuit Design is an advanced course of Vehicle Electronics. This course teaches how to design practical electronic devices and focuses on how to design and analyze circuits using electronic circuit design software.
382033工程力學(二) ３選陳勇全上
本課程為銜接靜力學續課程,其課程內容分為：1、質點運動學與質點動力學，2、平面剛體運動學與剛體動力學，3、三维剛體運動學與剛體動力學，以及4、機械振動。使學生能利用一些已熟知的基本原理去解答與分析動力學的問題。
382033 Engineering Mechanics (II) ３Ｓ Y. C. Chen F
Dynamics is the extension course of statics, that helps students to solve and analysis the problems of dynamics by using the principles they were already familiar in the statics. Course is offered to cover: 1. Kinematics and Kinetics of a particle. 2. Planar Kinematics and Kinetics of a rigid body. 3. Three-dimensional Kinematics and Kinetics of a rigid-body. 4. Mechanical vibration.
382034軌道車輛３選陳勇全 上
軌道車輛分析在提供學生對軌道車輛機電系統的基本認識，內容包括車輛、號誌、通訊、供電及機電界面整合。車輛部分更涵蓋：轉向架、懸吊、驅動馬達、軌道系統、車站設施、功能規格訂定、動態模擬等。此外，內容也包括捷運系統、高速鐵路系統以及相關之隧道工程之介紹。
382034 Railway Vehicle ３Ｓ Y. C. Chen F
This course is an elementary introduction of railway vehicle mechanical-electrical (E&M) systems. It includes vehicle system, signaling system, communication system, power supply system, and interface integration of E&M. Topics will be covered in vehicle including bogie, suspension system, driving motor, station equipments, functional specifications, dynamic simulation and so on. In addition, this course also includes the introduction of Mass Rapid Transit system, High Speed Rail system and tunnel engineering.
382035車輛振動與噪音３選 胡惠文 下
本課程主旨在介紹車輛振動與噪音問題，以及如何應用分析與實驗方法解決。課程內容分兩部分探討：(一)車輛振動問題，包括振動形成之基本原理與數學模型(含單自由度、多自由度之無阻尼與阻尼系統)、自由與強迫振動、時間域與頻率響應分析、快速傅立葉轉換、模態實驗方法。(二)車輛噪音問題，包括噪音形成之基本原理、噪音強度與噪音頻率量測、噪音診斷與消音器聲學理論、噪音對策實務。(三) 振動噪音與刺耳音(NVH)綜合問題與對策。
382035 Vehicle Vibration and Noise ３ S H. W. Hu S
The course is designed to introduce the vibration and noise problems in vehicle engineering and the scientific solutions. The content consists of two parts: (I) Vehicle vibration, which includes the basic principles of vibration, mathematical modeling (one and multi- degree of freedom, undamped and damped systems), FFT, frequency response analysis, experimental modal analysis; (II) Vehicle noise, which includes the basic principles of the noise source measurement of noise intensity and noise frequency spectrum, noise diagnostic methods, the acoustic theory for silencer system attenuation characteristics, countermeasure for noise reducing and its applications in vehicle; (III) NVH (Noise Vibration and Harshness) problems.
382036車輛生產管理實務３選梁智創 下
此課程之主要目的乃為車輛系學生介紹跟車輛相關的經濟學。其中，學生將學會有系統地分析私人或商用車輛之運用與管理是否合乎經濟效應。依據資金的時間價值等觀念，課程內容強調對車輛貸款和購買、車輛使用與保養、車輛退役及更新等經濟分析與決策。
382036 Vehicle Production and Management ３ Ｓ J. C. Leong, S
The purpose of this course is to expose the students of this department to economic aspects related to vehicles. In this course, the students are introduced the techniques to systematically evaluate the economics of the utilization and management of personal or commercial vehicles. Based on the concepts of the time value of money, issues to be emphasized include the economic efficiencies of vehicle leasing and purchase, vehicle usage and maintenance, and vehicle retirement and replacement.
382037車輛肇事鑑定概論３選 楊榮華 下
此課程主要目的在於探討車輛肇事時，可能面對之民、刑事及行政責任問題問題。在刑事責任方面，當事人受傷程度或死亡之情形分別有不同之刑度。在民事責任方面，侵權行為之損害賠償問題將是首先必須面對之問題，另外，過失責任之分配比例及賠償之金額多寡亦是抗辯時所應注意之重要問題。本課程將以實例及法院判決之案例為依據，讓學生更清楚保護自己之相關法律問題。
382037 Introduction to Vehicle Accidents Identification 3ＳJ. H. Yang, S
The purpose of the course is to discuss the relevant legal problems concerning the vehicle accidents. As vehicle accidents happened, several civil as well as criminal problems arise, which might bring some impacts on the two parties. From the aspect of criminal responsibility, the degree of crime would depend if the accident cause injury or death. In addition, from the civil point of view, the damages for tortuous conduct should be confronted first. “How much is the damages?” and “How is the distribution of responsibility to the parties” will also be addressed in this course. Based on practical cases and court judgement introduced in this course, the students, hopefully, can clearly learn to protect themselves.
382038車輛氣動力分析３選 戴昌賢 下
為使學生了解氣體、波動、升阻力等之理論，為車輛空氣動力設計之基礎，其內容包括流體運動學、一維氣體動力學、一維波動、黏流體中之升力及阻力、管道中氣體之流動及量度方法。經由本課程學生應可習淂流體運動方程式、習得一維氣體動學、習淂管道中氣體之流動及量度方法及車輛升力、阻力與外型之關係。
382038 Vehicle Aerodynamics Analysis ３Ｓ C. H. Tai S
This course contains mainly on explanations of the aerodynamic physical principles and on the methods of experimental measurement that can be used. Armed with this information the students should be able to work a reasonable attempt at a low-drag conceptual design, and should also be able to assess the reasons for the major defects in existing design.
382039 專利檢索與分析 ３ 選 黃士宗 下
本課程介紹如何進行專利檢索以及專利資料的分析，如何利用專利檢索與分析，協助管理研發流程、規劃研發項目加強技術商品化、提升企業技術競爭力等。課程內容包含專利策略與專利分析、專利說明書之解析、專利檢索、專利侵害分析及實務應用、迴避設計與專利佈網、專利分析結合公司研發運用之策略、智慧財產權管理經驗分享、專利保護實務、管理/技術分析圖/表研析等。
382039 Patent Survey and Analysis ３Ｓ S. T. HUANG S
The purpose of this course is to train the students to perform patent survey and patent materials analysis. Furthermore, the students will learn to make full use of the patent survey and analysis to improve their process of management, to plan their research and development aiming to technically improve their products, and thus to enhance their corporation competency. The contents of this course include the strategy and analysis of writing a patent, the diagnosis of patent specification, the survey of patented designs, patent invasion analysis, patent avoidance design and patent, the application of patent analysis in the management strategy of the company, the management and sharing of intellectual property rights, the case study of patent protection, the study of technical management analysis charts, and so on.
382040 精密加工技術 ３ 選 張金龍 上
本課程在於使學生能夠具備先進製造技術與認知精密加工技術之能力。課程內容包括：傳統加工技術之介紹、非傳統加工技術之介紹，工件表面粗度、形狀精度、尺寸精度與現實設計達成可實現的極限值估計、光學方法於精密加工過程之認知，製程步驟之規劃，利用傳統式與非傳統式的加工時機分析。更進一地強化加工夾持治具的設計與配置，使其加工技術能臻於穩定完善。
382040 Precision Manufacturing Technique ３ ＳC. L. CHANG F
The purpose of this course is to understand the advanced manufacturing technique and precision machining tool. This course contains: introduction of traditional and non-traditional manufacturing technique, evaluation of surface roughness, shape precision and limitation of reliable design. Moreover, precision manufacturing processing will be analyzed and planed using optical methods and traditional and non-traditional machining tool. Finally, the design and arrangement of holders and jigs for manufacturing will be enhanced so that a stable manufacturing technique can be implemented.
382041車輛實務專題１選王耀男 上
本課程主要是訓練本系學生將車輛專業理論與實務相結合，經由親自動手設計、分析與製作，完成與車輛有關之專題研究，以達到技職教育特色。課程特色是由一位老師帶領4-5位學生進行，包括題目的選定、相關資料蒐集、電腦軟體、實驗之訓練。
382041Practical Vehicle Engineering Project１ Ｓ Y. N. Wang F
The objective of this course is to train undergraduate students to perform a studying project relating to vehicle engineering by integrating theories and hands-on practice to come out with final results or products. Four to five students will be instructed by one professor. The content including how to define a studying topic, find related information and references, software training, experiment training, etc.
382042車輛散熱技術３選李佳言 下
車輛散熱技術為教導學生對車輛零組件中需要熱管理部份的基本原理認識，例如引擎空中水箱、引擎水套、水泵、冷凝器，以及初步瞭解整個車輛冷凍空調系統，而使學生瞭解車輛散熱技術在車輛工業扮演的角色與任務。
382042Vehicle Heat Removal Technique３ Ｓ C. Y. Lee S
This course is aimed to provide some basic concepts for thermal management in vehicle parts, such as radiator, water pump, condenser, evaporator and an introduction to vehicle air-conditioning systems. So, students can understand the role and objectives of heat exchanger in the vehicle engineering.
382043電動車輛分析與設計３選曾全佑 上
本課程介紹電動車輛設計的基本原理，同時也介紹電動車輛動態的特性。在電動車設計原理的介紹上，包含了車體結構設計原理以及驅動馬達與輪胎的選用，而在車體動態特性方面，主要包含了車體直向、橫向方面的動態特性。在車體結構設計上，主要討論現有的幾款電動車結構的特性。而在輪胎的選用上，則主要探討輪胎特性對車輛性能的影響。最後，在動態特性的介紹上，則主要針對運動方程式來作探討。同時介紹如何去搜尋與認識國內外所制定的車輛測試規範，而在課程當中，主要探討車輛性能測試規範。所引用的測試規範將包含我國CNS、日本JIS、以及美國SAE所制定的法規。在課程當中，同時會討論汽車以及機車的相關測試規範。
382043 Analysis
and Design for ３ Ｓ C.
Y. Tseng F
Motor-Drived Vehicle
This course introduces the basic principles of electric vehicle design. It also discusses the characteristics of vehicle dynamics. For the first part, vehicle structure design principles and the characteristics of driving motor and tire are introduced. For the second part, vehicle longitudinal and lateral dynamics are covered. In the course, the recent electric vehicle structures are compared. Moreover, this course is also to teach students how to search, to study, and to apply vehicle testing regulations. This course focuses on the introduction of vehicle performance testing (which include acceleration, maximum speed etc.). CNS, JIS, and SAE regulations concerning automobile and motorcycle are discussed in the course.
382044 校外實習２選曾全佑 上
本課程將提供給車輛系學生寒暑假到校外車輛、機械、光電等相關產業公司廠商實習機會,實際接觸或參與各相關產業的產品設計、分析、測試、製造與生產等實務，以增加學生實務能力與知識。實習內容將視合作廠商性質與提供之工作內容而定，然而將以研發工作之內涵為優先考量。
382044 Internship of Summer/Winter Break ２ＳC. Y. Tseng F
This course will provide students the opportunity of intern of Summer/Winter break to learn and to enhance the practical experience and knowledge of product design, analysis, test, and manufacturing in the industries of automotive, mechanical and optoelectronics, etc. The contents will depend on the co-operative enterprises or companies, however, the tasks of research and development in automotive, mechanical and optoelectronic areas are considered in the first priority.
382045 電動車輛實務３選余致賢 下
本課程以電動車輛之動力系統為主題，引導學生學習有關車輛動力傳動系統、控制法則及系統整合等相關課題，並結合實驗實作，強化實務與理論之結合，讓學生思考學習，達到知識實踐的教學目標。
382045 Electric Vehicle Practice ３ＳC.H. Yu S
This course is designed to foster the students’ understanding and interest in the areas of electric vehicle via experimental means. The experiments designed are guided the students to study the related the powertrain of electric vehicle, control strategy and system integration and so on. Hopefully, students will improve their abilities of practical design, analyzing, and logical thinking by combing related theories and practice.
382046 車輛結構力學３選胡惠文 上
本課程主要目標是介紹車輛與載具結構力學之基礎理論與分析方法，並培養學生具備並解決基本工程結構力學問題的知識與能力。課程內容包括：扭轉與彎曲理論；平面應力與應變分析；三維應力應變分析；等向性材料與非等向性材料之關係式；結構熱效應；板殼理論；基礎塑性力學等。
382046 Vehicle Structural Mechanics ３ＳH. W. Hu F
The objective of this course is to introduce the fundamental theory and analytical methods of vehicle structural mechanics, and to equip the senior students with the knowledge and ability of solving the problems of engineering structures. The content includes torsion and bending theory; plane stress and plane strain analysis; three-dimensional stress and strain analysis; constitutive relation of isotropic and anisotropic materials; thermal effects on structures; plate and shell theory; basic plasticity; etc.
382047流體機械３選梁智創下
這門課程介紹各種流體機械的設計概念。所涉略的流體機械包含噴嘴、升壓器、節氣閥、泵、風扇、鼓風機、壓縮機、輪機等。根據學生之前熱力學、流體力學以及熱傳學的了解，學生學會利用基礎的熱流定律估算流體機械特性與性能。其它較進階的主題包括泵比例定律、空蝕現象以及管線系統設計。
382047 Fluid Machinery ３Ｓ J.C. Leong S
This course introduces the design concepts of various fluid machineries including nozzle, diffuser, valve, pump, fan, blower, compressor, and turbine. Based on their previous understanding of thermodynamics, fluid mechanics, and heat transfer, the students learn to apply simply thermal-fluid laws to estimate fluid machinery properties and performance. More advanced topics include the pump scaling law, the cavitation phenomena, and the piping system design.