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Undergraduate
Course Name:Mechanical Drawing
English Description
Connecting the fundamental Engineering graphics and the geometrical drawing technology to mechanical parts and assembly drawing. Also The emphasis should be Included such as mastering the intersections and development theorem , Steel structures, Hydraulic and Fluid Systems and Related mechanical Drawing.
Course Name:Computer Programming and Lab.
English Description
Computer Languages: C, QBASIC, FORTRAN or LISP (Compiler or Interpreter) Including such as Statements of Flow Control: (Sequence, Selection and Iteration), Basic Data Type and Input/Ouput Statement Subprograms(Parameters Called by Value and Address), Array, String and pointerStruct, Enum, Union and File How to Design a Large Program (Project,Memory Mode, Library).
Course Name:Automobile Experiment (I)
English Description
Experiments on Vehicle Electronics and Control. The Contents are: Semiconductor Device, Diode, Rectifier, Transistor Amplifier, Phase Control Circuit, Operational Amplifier, Analog System, Pneumatic Control, Pneumatic Parts & Control Circuit, Hydraulic Control, Actuator, Hydraulic Control Parts & Control Circuit.
Course Name:Automobile Engineering
English Description
Automotive Service and Shop Work, Automobile Engines, Automobile Electrical and Electronic Equipment, Engine Performance and Drive-ability, Automotive Engine Service, Automotive Drive Trains, Automotive Chassis.
Course Name:Circuit Theory
English Description
This course is designed for students who have taken the course in introductory electrical engineering. 1. Basic Concepts 2.Kirchhoff's Laws and Elements. 3.Circuit Analysis. 4.Node Voltages and Loop Currents. 5.Characteristics of Circuits. 6.First-Order Circuits 7.Second-Order Circuits 8.Linear Time-Invariant Circuits 9.Network Functions and Stability 10.Circuit Topology and General Circuit Analysis
Course Name:Introduction to Computer
English Description
To provide an overview of current computer technologies. Students will learn basic introductions to computer operating systems, internet software, office software (Word, Excel, PowerPoint, etc), WWW homepage programming, number system, logic gate, processor structure, and data structure.
Course Name:Electronics
English Description
This course is to study the characteristics of the semiconductor devices and design of the electronic circuits. This course will contain as following subjects: 1.Basic Concepts. 2.Linear Circuits. 3.Differential and Multistage Amplifiers. 4.The pn Junction Diode 5.Non-linear Circuits. 6.Field-Effect Transistors (FETs) 7.MOS Digital Circuits 8.Bipolar Digital Circuits
Course Name:Computer Aided Drawing
English Description
Use commercial CAD Software (e.g.: Turbo CAD or Auto CAD) as the Tuitional examples for Mechanical Drawings, including 2-D and 3-D drawings, to edit and to modify the Menu, Script and Block etc
Course Name:Introduction to Computer Programming
English Description
Hardware and Peripheral Equipment of a Computer, Introduction to MS-DOS And operation systems, Input-Output of Chinese Character, BASIC Language, Algorithm and Flow Chart for Programming, Data Communication and Network.
Course Name:Mechanical Drawing (I)
English Description
Dimensioning,Fits and allowances, Auxiliary Views Basic mechanical component drawing.
Course Name:Mechanical Drawing (II)
English Description
Assembly drawing,Pipe drawing Jigs&Fixtures,Welding Drawing.
Course Name:Introduction to Electrical Engineering and Lab.
English Description
Circuit Components DC Circuit, AC Circuit, Electro-magent Induction, DC Electric Machines, Transformers, Three-Phase AC, Three-Phase Induction Motors, Single-Phase Induction Motors, Synchronous Motors, special Electric Machines, Electrical Instrument and Meters.
Course Name:Basic Electronics and Lab.
English Description
Semiconductor Device, Diode, Rectifier, Bipolar Junction Transistor, Field-Effe一ct Transistor, Transistor Amplifier, Thyristor, Phase Control Circuit, Operational Amplifier, Analog System.
Course Name:Computer Network Lab.
English Description
Organization of Computer Networks, Protocols of Computer Networks, Application of Internet, Design of Home Page, Design of Internet Multimedia, Virtual Reality, Common Gateway Interface, JAVA Programming.
Course Name:Engineering Seminar
English Description
Morality and responsibility of vehicle engineers, introduction to development of vehicular industries, introduction to laboratories and faculty of this department, introduction to special projects.
Course Name:Statics
English Description
Equivalent Systems of Forces, Equilibrium, Aera and Mass, Momemts of Inertia, Analysis of Structures of Virtual Work.
Course Name:Engineering Materials
English Description
General Properties of Materials, Chemical Effects to Material Properties, Atomic Packing Types in Crystals and X-ray Diffraction, Imperfections of Atomic Arrangement in Solids and Atomic Diffusion, Conduction of Electrons in Solids, Solidification, Physical Properties, Metals and their echanical Properties, Ferrous Materials and their Applications.
Course Name:Mechanics of Materials
English Description
Introduction of the deformation, Strain and stress of structure (Beam, Column, Pressure vessel) under several different loading condition equations, Compression, Shear force, Torsion and Bending moment.
Course Name:Mechanisms and Dynamics of Machinery
English Description
Introduction of the principles which all the members of a mechanical system have to obey in motion as well as the forces transmitted between the members. Examples include linkages, Cams, Gears, Pure rolling system, Chain drives, Belt drives, Friction drives, etc.
Course Name:Thermodynamics
English Description
Thermodynamic Properties of Substance, Energy Forms, The First Law of Thermodynamics, The Second Law of Thermodynamics, Irreversibility & Availability, Power Cycle, Refrigeration Systems, Mixtures, Chemical Reactions.
Course Name:Mechanical Design
English Description
Introduction to Analysis Methods (Energy method & Castigliano theorem), Failure Theory, Material Selection, Introduction to Reliability, Shafts and Bearings, Clutches and Brakes, Power Transmission Elements (Belts, Chains, Gears), Couplings, Flywheels, Springs.
Course Name:Automobile Experiment (II)
English Description
Experiments on Vehicle Body, Chassis, and Transmission. Inspection, Adjustment and Repair of Chassis System, Tire Balance, Wheel Alignment, Basic Dimensional Measurements on Body and Chassis, Body Refinish, Chassis Repair, Overhaul and Trouble-Shooting of Transmission.
Course Name:Digital Systems
English Description
This course offers students a basic concept about how to design a logic circuit. A couple of examples proposed in this course which have appeared repeatedly in the design of digital systems will be presented to illustrate the design concept. 1.Boolean Algebra and Logic Minimization 2.Combinational Network Design 3.Analysis of Synchronous Sequential Networks 4.Design of Synchronous Sequential 5.Analysis of Asynchronous Sequential 6.Design of Asynchronous Sequential Networks
Course Name:Program Design
English Description
Computer Languages: C, QBASIC, FORTRAN or LISP (Compiler or Interpreter) Including such as Statements of Flow Control: (Sequence, Selectionand Iteration), Basic Data Type and Input/Ouput Statement Subprograms(Parameters Called by Value and Address), Array, String and pointerStruct, Enum, Union and File How to Design a Large Program (Project,Memory Mode, Library).
Course Name:Mechatronics
English Description
To familiarize students with the usage of mechatronic techniques and corresponding parts/components. The contents of this course will be following as: 1.Basic concepts. 2.Description of Programmable Logic Controller. 3.I/O units and Sensors. 4.Induction Motors and Speed Control. 5.DC Servo Motors. 6.DC/DC Converters. 7.Resonance Converters. 8.Stepping Motors.
Course Name:Dynamics
English Description
Relations of Forces、Masses and Acceleration, Kinematics of Particles, Dynamics of Particles, Work and Energy, Impulses and Momentum, Kinematics of Rigid Bodies, Dynamics of Systems of Rigid Bodies.
Course Name:Applied Electronics and Lab.
English Description
Basic Logic Gates, Combinatorial Logic Circuits, Combinatorial Logic Design, Flip Flops, Sequential Logic Circuit, Sequential Logic Design, Logic Design with Programmable Logic Device.
Course Name:Automotive Material
English Description
Compositions of Automotive Material,Applications of Metal、Nonmetal、Nonferrous Metal、Sintered Alloy、Composite materials for Automotive、Automotive Materia
Course Name:Battery Technology
English Description
Battery Classification,Battery Chemistry,Battery Function and Performance,Battery Manufacturing,Battery service Precautions,Battery Inspection and Testing,Battery Selection and Installation,Fuel Battery, Battery for the Electric Vehicle,Introduction to the Advanced Future Battery.
Course Name:Computer Aided Drawing
English Description
Use commercial CAD Software (e.g.: Turbo CAD or Auto CAD) as the Tuitional examples for Mechanical Drawings, including 2-D and 3-D drawings, to edit and to modify the Menu, Script and Block etc..
Course Name:Pneumatic and Hydraulic and Lab.
English Description
Introduction to Pneumatic Engineering, Characteristic of Compressible Gas, Air Conditioning & Control, Pneumatic Parts & Control Circuit, Application of Sequence Controller on Pneumatic Control, Introduction to Hydraulic Engineering, Characteristic & Conditioning of Hydraulic Fluid, Hydraulic Theory, Power Unit, Actuator, Control Parts & Safety, Hydraulic & Pneumatic Proportional & Servo Control, Application of Automatic Control to Hydraulic Engineering.
Course Name:Factory Management
English Description
General Situation of Industrial Developments, Factory Organization, Factory Plan and Layout, Manufacture Engineering, Work Study, Product Control, Materials Control, Quality Control, Cost Control, Personnel Management, Industrial Safety and Hygiene.
Course Name:Engineering Mathematics (II)
English Description
Eigenvalue and Eigenfunction Problems, Vector Analyses, Calculus of Vectors, Fourier Series, Boundary Value Problems, Partial Differential Equations, Complex Analyses.
Course Name:Thermal Engineering
English Description
Fuels and Combustion, Principles of Heat Transfer, Steam Power Plants Compressors, Gas Turbines, Internal Combustion Engines: Gasoline Engines, Diesel Engines, Refrigeration And Air Conditioning.
Course Name:Automobile Experiment (III)
English Description
Gasoline & Diesel Engine Assembly, Engine Test, Engine Tune-up and Repair, Trouble-shooting and Instrument Adjustment on: Ignition System, Fuel System, Cooling System, Lubrication System, and Starting System.
Course Name:Automobile Driving Stability and Dynamics
English Description
Traction Force, Driving Resistance, Power Balance, Performance Test, Fuel Economy, Engine and Transmission Matching, Braking Performance, Handling, Steering and Ride Characteristics.
Course Name:Electric Machinery
English Description
This course is designed to teach the students to learn electro-mechanical energy conversion principles & electric machinery fundamentals, and then study the construction, types, principles, characteristics, control circuits transformer, induction machines, synchronous machines, direct-current machines, synchronous converter and specialized dynamos.
Course Name:Engineering Economics
English Description
Engineering / management analysis of the economic aspects of public and private project proposals. Decisions involving the expenditure of capital funds. Alternative sources of funds; time value of money; methods of evaluating alternative project.
Course Name:Digital Control
English Description
Students will learn discrete system analysis, z-transform, sampled data system, discrete equivalents, design by emulation, direct design by root locus in the z-plane, frequency response method, state-space method, optimal control, quantization effects, and system identification
Course Name:Power Systems
English Description
This course is an introduction to power systems. The material covers following important topics: power fault analysis, power system stability, and system protection. 1.Basic Concepts 2.Transmission-Line Modeling 3.Transformer Modeling 4.Load Flow Analysis 5.Economic Operation of Power Systems 6.Generator Modeling 7.Power System Stability
Course Name:Internal Combustion Engine
English Description
Engine Types and Their Operation, Ideal Models of Engine Cycles, Engine Design and Operating Parameters, Thermodynamic of Fuel-Air Mixtures, Properties of Working Fluids, Practical Models of Engine Cycles, Combustion Features and Analysis, Pollutant Control, Engine Control, Engine Performance and Characteristics Analysis
Course Name:Human Factor Engineering
English Description
An Analytical Modeling and Occupant Protection technologies, Introduction to SAE Standard Human Protection Device, An Introduction to Head and Neck Impact Index, Seats and Air Bag Design, Side Impact Protection System.
Course Name:Engineering Statistics
English Description
Introduction of concepts and applications about control or acceptance sampling plans, descriptive statistics, probability theory, sampling theory, statistical decision, interval estimation, hypothesis, testing, variance analysis, regression and correlation, etc. The statistical experiments and statistical computer packages will be used at appropriate times in the course. Introduce the experiment design methods and conclusion.
Course Name:Automotive Design
English Description
An Outline of Automotive Design, A Generality of Design,Relationships between Material,Production and Design,Standard of Automotive Strength,Design of the Components of Engine,Chassis and Body.
Course Name:Automatic Control
English Description
Mathematical Foundation of Automatic Control, Mathematical Model of Physical System, Controller Type, Time-Domain Analysis, Stability Analysis, Root Locus Method, Frequency-Domain Analysis, Design of Control System, Z-Transform, Digital Control, Interface and Programming of Computer Control, Theory and Introduction of Modern Control. Lab: Introduction and Application of MATLAB, Transient Response, Effect of PID Control, Effect of Lead-Lag Control, Frequency Response, System Identification, Controller Design.
Course Name:Automatic Control and Lab.
English Description
Mathematical Foundation of Automatic Control, Mathematical Model of Physical System, Controller Type, Time-Domain Analysis, Stability Analysis, Root Locus Method, Frequency-Domain Analysis, Design of Control System, Z-Transform, Digital Control, Interface and Programming of Computer Control, Theory and Introduction of Modern Control. Lab:Introduction and Application of MATLAB, Transient Response, Effect of PID Control, Effect of Lead-Lag Control, Frequency Response, System Identification, Controller Design.
Course Name:Automatic Transmission
English Description
Introduction to Automatic Control, Introduction to Automobile Transmission, Hydraulic Principle, Hydraulic Coupling, Planetary Gears, Automatic Transmission Valve System, Hydraulic Oil Cooling System, Introduction to Electrical Transmission System.
Course Name:Microprocessors and Lab.
English Description
Introduction (Overview of Microprocessor System, Data Representation), Microprocessor Architecture-CPU etc., Assembler Language-Instruction Format, Addressing Modes, Modular Programming, Byte and String Manipulation, I/O Programming, DOS Function Multiprogramming, System Bus Structure, I/O Interface, Semiconductor Memory, Multiprocessor Configurations.
Course Name:Microprocessors
English Description
Introduction (Overview of Microprocessor System, Data Representation), Microprocessor Architecture-CPU etc., Assembler Language-Instruction Format, Addressing Modes, Modular Programming, Byte and String Manipulation, I/O Programming, DOS Function Multiprogramming, System Bus Structure, I/O Interface, Semiconductor Memory, Multiprocessor Configurations.
Course Name:Fluid Machinery
English Description
Introduction and Classification of Fluid Machines, Turbo-machinery Analysis (Including the Angular Momentum Principle, Euler's Turbo-machine Equation, Velocity Polygon Analysis), Performance Characteristics ( Including Performance Parameter, Dimensional Analysis and Specific Speed, Similarity Rules, Cavitation and Net Positive Suction Head (NPSH) ), Introduction to Water Turbine , Introduction to Pumps, Introduction to Air Machinery, Introduction to Fluid Coupling and Fluid Torque Converter, Introduction to Oil Hydraulic and Pneumatic Machinery or Equipment.
Course Name:Acoustic and Noise Control
English Description
The Nature of Sound, Effects of Noise on People, Sound Source and Sound Fields, Instrumentation for Measurement and Analysis of Noise, Acoustical Measurements, Noise Criteria, Standards and Regulations, Acoustical Materials and Structures, Principles of Noise Control.
Course Name:Diesel Engines
English Description
Diesel Engine Models, Combustion Analysis, Working Cycles Analysis, Major Components, Exhaust and Emission Control, Starting System, Performance Test and Analysis, Future Development.
Course Name:Human Factor Engineering
English Description
An Analytical Modeling and Occupant Protection technologies, Introduction to SAE Standard Human Protection Device, An Introduction to Head and Neck Impact Index, Seats and Air Bag Design, Side Impact Protection System.
Course Name:Engineering Mathematics (I)
English Description
Ordinary Differential Equations, Laplace Transforms, Power Series, Linear Algebra, Matrices.
Course Name:Fluid Mechanics
English Description
Fundamental Concepts, Fluid Statics, Basic Equations in Integral Form for a Control Volume, Introduction to Differential Analysis of Fluid Motion, Incompressibility in Viscid Flow, Dimensional Analysis , Internal in Compressible Viscous Flow, External Incompressible Flow. Introduction to Compressible Flow.
Course Name:Applied Electronics
English Description
Semiconductor Device, Rectifier circuit, Transistor Circuit, Operational Amplifier, Linear Integrated Circuit, Logic Device, Digital Circuit, Digital Integrated Circuit, Micro Processor, Amplifier, etc..
Course Name:Numerical Methods
English Description
Fundamental Concepts and Its Scope, Numerical Solution of Nonlinear Algebraic Equations and Sets of Equations, Interpolating Polynomials, Numerical Differentiation and Numerical Integration, Numerical Solution of Ordinary Differential Equations, Numerical Solution of Boundary-Value Problems and Initial-Value Problems.
Course Name:Automobile Electronic Control and Lab.
English Description
Fuel Control, Ignition Control, Knocking Control, Air-Fuel Ratio Control, Idle Speed Control, Transmission Control, Braking Control, Traction Control, Suspension Control, Steering Control, Air Bag.
Course Name:Automobile Electronic Control
English Description
Fuel Control, Ignition Control, Knocking Control, Air-Fuel Ratio Control, Idle Speed Control, Transmission Control, Braking Control, Traction Control, Suspension Control, Steering Control, Air Bag.
Course Name:Auto Body Repairing and Painting
English Description
Auto body construction,Abrasives、Sanding、welding and Hydraulic Straightening Equipment,Repairing sheet-metal Panels,Frame and Body Alignment,Door trim、Headlinings、Glass and Weatherstripping Replacement,Repairing Collision Damage,Refinishing and Painting Equipment,Refinishing and Painting Materials ,Color Matching,Refinishing and Painting the Vehicle.
Course Name:Numerical Analysis
English Description
Fundamental Concepts and Its Scope, Numerical Solution of Nonlinear Algebraic Equations and Sets of Equations, Interpolating Polynomials, Numerical Differentiation and Numerical Integration, Numerical Solution of Ordinary Differential Equations, Numerical Solution of Boundary-Value Problems and Initial-Value Problems.
Course Name:Vibration
English Description
Equation of Motion, Single-Degree-of-Freedom Vibration (Free and Forced), Measurement of Vibrations, Two-Degree-of-Freedom Vibration, Multiple- Degree-of-Freedom Vibration and its Applications in Mechanical Engineering.
Course Name:Industrial Japanese
English Description
Vocabulary, grammar, reading, decipherment.
Course Name:Intermediate Kinematics
English Description
Static and Dynamic Analysis of Mechanisms, Balance, Critical Whirling Speeds, Flywheels, Profile Cam Design, Synthesis of Planar Mechanisms, Spatial Linkage Analysis.
Course Name:Mechanism Design
English Description
Planar Linkage Analysis by Analytical Method, Spatial Linkage Analysis by Coordinate Transformation, Special Mechanisms Analysis Including Slider-Crank, Steering Mechanism, and Universal Joint, Synthesis of Linkages for Motion Generation, Path Generation, and Function Generation, Application of CAE
Course Name:Special Projects
English Description
The topic of the special projects is discussed and together by the students and advisor. Under the face-to -face instruction of the advisor the student will conduct the research and experiments, and the final report at the end of the semester. The students can't change their chosen topic during the semester, except after the grade of the term being filed and under the consents of the original advisor and new advisor.The topic of the special projects is discussed and together by the students and advisor. Under the face-to -face instruction of the advisor the student will conduct the research and experiments, and the final report at the end of the semester. The students can't change their chosen topic during the semester, except after the grade of the term being filed and under the consents of the original advisor and new advisor.
Course Name:Heat Transfer
English Description
Steady-State Conduction-One Dimension, Steady-State Conduction- Multiple Dimensions, Unsteady-State Conduction, Principles of Convection, Empirical and Practical Relations for Forced-Convection Heat Transfer, Natural- Convection Systems, Radiation Heat Transfer, Condensation and Boiling Heat Transfer, Heat Exchangers, Special Topics in Heat Transfer.
Course Name:Automobile Body and Chassis Design
English Description
Introduction to Automobile Body and Chassis Design, Man Machine System Interaction, Car Indoor Design, Light Material Automobile Structure Design, Combination of Chassis Design, Safety Protection Systems, Accident Estimation, Accident Reconstruction, Aerodynamics of Car Design.
Course Name:Automobile Experiment (IV)
English Description
Electrical and Electronic System, Battery, Starting System, Charging System, Ignition System, Computer Control System, Computer Diagnostic System. Programmable logic controller (PLC) combination and system design, PLC application.
Course Name:Railroad Vehicle System
English Description
This course is a basic course of railroad vehicle system. Topics will be mentioned: railroad vehicles in Taiwan, terminology, bogie and suspension systems, rail and construction, vehicle dynamics, wheel and rail, drive / transmission and brake, train control and communication, mass rapid transit system, light rail transit system, high speed rail transit system, and tours in railway company..
Course Name:Energy Storage System
English Description
The objective of this course is to introduce energy conversion, particularly electromechanical energy conversion, and the development of future power sources. The efficiency of power management is also presented in this course.
Course Name:Power System
English Description
Introduction of Vehicle Power System, Energy Consumption Analysis, Energy Source and Power Unit (Gasoline and Diesel Engine, Alternative Fuel, Electricity), Vehicle Matching for Power System. Non-traditional Vehicle Power System: Electric Car, Hybrid Electric Vehicle, Fuel Cell Vehicle.
Course Name:Vehicle Control System
English Description
This course introduces hardware and control strategies used in each control systems in a vehicle. These control systems include engine system (AF ratio, idle speed, cold start, knocking, exhaust), transmission system, brake system (ABS, TCS, SRS), suspension system (semi-active and active), intelligent transportation system (headlight, environment, cruise, following, night vision) etc..
Course Name:Brake System
English Description
Brake Dynamics, LImit of Braking Performance, Hydraulic-Brake-System Components, Drum Brake, Disc Brake, Parking Brake, Vacuum-Assist Power Brake, Hydraulic-Assist Power Brake, Electro-Hydraulic-Assist Power Brake, Antilock Brakes System.
Course Name:Communication and Train Control of Railroad Vehicle
English Description
This course is an advanced course of railroad vehicle system. Topics will cover signaling system, communication system, fare collection system, train control, block control.
Course Name:Air Pollution and Its Control
English Description
Classification and Biological Influence of the Source of Air Pollution. The Current and Future Trend of Air Pollution Regulations. Cause of Pollutants From Power Systems, Such As: Particulate Material, Gaseous Pollutants, and Order. The Diffusion and Control of These Pollutants in the Atmosphere.
Course Name:Aerodynamics
English Description
Viscous Flow and Boundary Layer Theory, Laminar Flow and Turbulent Flow, Drag and Lift, Incompressible and Compressible Flow. Wave Action of Engine Induction and Exhaust, Vehicle Aerodynamics. Computational Fluid Dynamics (CFD), and Experimental Flow Measurements.
Course Name:Energy Application
English Description
Introduction of Energy Technology. Include: Wood, Hydraulic, Wind, Coal, Steam, Petroleum, Natural Gas, Solar Energy, Nuclear Energy, Ocean, Magnetism, Battery, Fuel Cell…etc. Energy conservation and Energy management.
Course Name:Marketing
English Description
The purpose of this course is searching excellence marketing approach, and presents complete of the essential marketing concepts, processes, strategies, and tactics most commonly used by the marketing manager. Students are enable understanding of the field: marketing management, planning, situations, decisions, actions and issues.
Course Name:Automotive Engine Control
English Description
Introduction of Engine and Main Control System, Mathematical Model of Engine Dynamic System (Including Inlet System, Oil-Loop System, Ignition System, Exhaust System), Engine Idle Speed Control, Engine Cruising Speed Control, Engine Acceleration/Deceleration Regulation, Special Environment Engine Control, Error Diagnosis and Self Adaptation.
Course Name:Modern and Future Car Design
English Description
The Development of the L.P.G. Engine, The Characteristic and Fuel System of the L.P.G. Engine, The Application of the L.P.G. Engine, The Development of the Electric Power Vehicle, The Analysis of Electric Cell System, The Energy Analysis of the Electric Power Vehicle. Prediction Intervals,Regression Analysis, Introduction to Monte Carlo Methods.
Course Name:Air Conditioning
English Description
Fundamentals: Tables of Thermodynamic Properties, Principles of Heat Transfer Classification of Refrigeration, Vapor Compression Refrigeration System, Compressors, Condensers, Evaporators, Expansion Values, Refrigerants, Piping and Accessories, Load Calculations, Control.
Course Name:Power Plant
English Description
Principles of Heat Transfer, Rankine Cycle: Steam Generators, Turbines Condensers, Pumps and Fans, Gas-Turbine and Combined Cycles, Principles of Nuclear Energy, Nuclear Power Plants: PWR, BWR, GCR, LMFBR, Renewable Energy Resources: Geothermal Energy, Solar Energy, Wind Energy, Energy from the Oceans, Energy Storage, Environmental Aspects of Power Generation.
Course Name:Combustion
English Description
Thermal Chemistries, The Kinematics of Thermal Chemistry, The Conservative Law for Multiple Species, Laminar Flame, Turbulent Flame, Boundary Layer Flame, Ignition and Distinguish, Modeling of Engine Combustion, The Numerical Computation for Flame.
Course Name:Computer Aided Car Design
English Description
Establish Finite Element Model of Automobile, The Wind Drag Calculation, The Dynamic Computation of Car Finite Element Model, The Side Impact Protection System, The Model Testing for Car.
Course Name:Numerical Heat transfer
English Description
Numerical Methods Used in Heat Transfer (Finite-Difference Method, Galerlkin and Variation Method, Collocation Method, Perturbation Method), Numerical Properties of Various Discretization Schemes (Numerical Stability, Numerical Consistency, Convergency, Accuracy and Error Bounds, Efficiency), Heat Conduction (One-dimensional Transient Systems, Two-dimensional Steady-state Systems, Two-dimensional Transient Systems), Boundary Layer Problems (Blausius Similarity Equation, Finite-Difference Method with Similarity Transformation, Spline Approximations). Brake System, Brake Dynamics, Limit of Braking Performance, Hydraulic-Brake-System Components, Drum Brake, Disc Brake, Parking Brake, Vacuum-Assist Power Brake, Hydraulic-Assist Power Brake, Electro-Hydraulic-Assist Power Brake, Antilock Brakes System.
Course Name:Accident Reconstruction
English Description
Causes & Contributing Factor in traffic accident, Process of Traffic Accidetn Reconstruction, Apply Math. Physics and Dynamics in Traffic Accident Reconstruction., Understanding Vehicle Collision Behavior, Perception & Reaction in Traffic Accident, Principle of Momnetum、 Work and Energy、 Speed Estimates for Vehicle, Steering Over-correction in Traffic Accident, Vehicle-Pedestrian, Motorcycle and Heavy Truck Traffic Accident Reconstruction.
Course Name:Quality Management
English Description
Fundamental Concepts of Quality Control, Use Statistics and Probability to Infer and Control Products Quality, Control Chart Principle of Sampling Quality Cost Q.C System Design and Performance Estimate.
Course Name:Production Methods
English Description
There will be examples to illustrate and describe the production methods , starting form the development of a new product ,the course will introduce all process and solution ways of marketing design ,manufacture and production ,so that the students are able to understand the development of products and their arrangement of manufacture/production equipment. IT is our expectation that all graduated students who have taken this course are able to handle the related techniques in the industries.
Course Name:Suspension System
English Description
Types of Suspension System, Springs, Dampers, Introduction to Steering System, Wheel Alignment, Kinematic Geometry of Suspension and Steering Mechanisms, Force Analysis of Suspension and Steering Systems.
Course Name:Method of Vehicle Test
English Description
Minimum Turning Radius Test, Steering Effort Test, Running Test, Fuel Consumption Test, Brake Test, Acceleration Test, Coasting Test, Maximum Speed Test, Steep Hill Climbing Test, Traction Test, Driving Test, Exhaust Pollution Test, Heat Dissipation Test of Radiators, Test for Boiling Point of Coolants, Standard Form of Specification for Passenger Cars and Motor Trucks.
Course Name:Track Engineering
English Description
Boige System,Track Design,Relationships between Wheel and Track,Track Terms .
Course Name:Administration and management of car manufacturer
English Description
Workshop layout, service management, business management, personnel management.
Course Name:Auto Painting and Refinishing
English Description
Car paints introduction, refinishing equipment and materials; color-matching fundamentals and techniques, rubbing, polishing and spraying techniques and shop lay-out, paint failures trouble shooting.