Curriculum of Dep. of Mechanical Eng.

• Completion division
  Subject
  Code
  Credit
• General Education Requirements
  Academic English
  -
  2
  Closed

  Grade	1
  Semester	1st Semester
  Code	-
  Subject	Academic English
  Completion division	General Education Requirements
  Credit	2
  Outline	-

• General Education Requirements
  CALCULUS Ⅰ
  XAA1358
  3
  Closed

  Grade	1
  Semester	1st Semester
  Code	XAA1358
  Subject	CALCULUS Ⅰ
  Completion division	General Education Requirements
  Credit	3
  Outline	As a basic mathematics course for students in natural science college we study differentiation and integration of one variable real-valued functions, emphasizing basic concepts and applications. The topics are limit functions, continuity, derivatives, polar coordination and proper integrals.

• Fundamental Sciences
  PHYSICS Ⅰ
  XAA1077
  3
  Closed

  Grade	1
  Semester	1st Semester
  Code	XAA1077
  Subject	PHYSICS Ⅰ
  Completion division	Fundamental Sciences
  Credit	3
  Outline	This course covers general theories in physics, focusing on statics and dynamics.

• Fundamental Sciences
  PHYSICS LABORATORY Ⅰ
  XAA1080
  1
  Closed

  Grade	1
  Semester	1st Semester
  Code	XAA1080
  Subject	PHYSICS LABORATORY Ⅰ
  Completion division	Fundamental Sciences
  Credit	1
  Outline	A lab course for students going majoring in basic science to experience fundamentals of the nature and to develop their abilities to think and research through basic experiments of physics.

• Fundamental Sciences
  COLLEGE CHEMISTRY
  XAA1493
  3
  Closed

  Grade	1
  Semester	1st Semester
  Code	XAA1493
  Subject	COLLEGE CHEMISTRY
  Completion division	Fundamental Sciences
  Credit	3
  Outline	Introduction to the fundamental concepts of chemistry designed for students in the natural sciences.

• Major Foundations
  Basic Programming for Mechanical Engineering
  0007842
  3
  Closed

  Grade	1
  Semester	1st Semester
  Code	0007842
  Subject	Basic Programming for Mechanical Engineering
  Completion division	Major Foundations
  Credit	3
  Outline	Concept and grammar of C language should be provided, and programming skills to solve the given problem can be achieved. This level is a beginner class to support the major classes of Mechanical Engineering.

• Major Foundations
  Self - Design Seminar I
  0007800
  1
  Closed

  Grade	1
  Semester	1st Semester
  Code	0007800
  Subject	Self - Design Seminar I
  Completion division	Major Foundations
  Credit	1
  Outline	Self - Design Seminar I

• Completion division
  Subject
  Code
  Credit
• General Education Requirements
  글쓰기이론 및 실제
  -
  2
  Closed

  Grade	1
  Semester	2nd Semester
  Code	-
  Subject	글쓰기이론 및 실제
  Completion division	General Education Requirements
  Credit	2
  Outline	-

• General Education Requirements
  CALCULUS
  XAA1359
  3
  Closed

  Grade	1
  Semester	2nd Semester
  Code	XAA1359
  Subject	CALCULUS(2)
  Completion division	General Education Requirements
  Credit	3
  Outline	As a contiunation of "Caculus (1)" we study properties of partial derivatives, multiple integrals, series and matrices.

• Fundamental Sciences
  PHYSICS Ⅱ
  0000102
  3
  Closed

  Grade	1
  Semester	2nd Semester
  Code	0000102
  Subject	PHYSICS Ⅱ
  Completion division	Fundamental Sciences
  Credit	3
  Outline	Mechanics, thermodynamics, electricity and magnetism, atomic and nuclear physics, elementary particles and general information about the theory of relativity deals with.

• Fundamental Sciences
  PHYSICS LABORATORY Ⅱ
  0000103
  1
  Closed

  Grade	1
  Semester	2nd Semester
  Code	0000103
  Subject	PHYSICS LABORATORY Ⅱ
  Completion division	Fundamental Sciences
  Credit	1
  Outline	Physics Lab (1) as an extension of the basic concepts are understood through experiments. Mainly electromagnetism, optics, and shall perform such basic experiments.

• Major Foundations
  Computational Mechanical Drawing
  0007883
  3
  Closed

  Grade	1
  Semester	2nd Semester
  Code	0007883
  Subject	Computational Mechanical Drawing
  Completion division	Major Foundations
  Credit	3
  Outline	In this course, students will utilize parametric-based CAD software to create 3D models of machine parts and derive working drawings (detail and assembly drawings including parts lists) from the 3D geometry. Topics covered include dimensioning techniques and application of Geometric Dimensioning and Tolerancing, mechanical drafting standards, sectioning techniques, and specifying threads and fasteners. The engineering design process is also presented. This course is divided into two courses (1, 2) for effective understanding and practice. This course is first one.

• Major Foundations
  Self - Design Seminar Ⅱ
  0007801
  1
  Closed

  Grade	1
  Semester	2nd Semester
  Code	0007801
  Subject	Self - Design Seminar II
  Completion division	Major Foundations
  Credit	1
  Outline	Self - Design Seminar II

• Major Foundations
  Multidisciplinary Engineering Design
  0006650
  3
  Closed

  Grade	1
  Semester	2nd Semester
  Code	0006650
  Subject	Multidisciplinary Engineering Design
  Completion division	Major Foundations
  Credit	3
  Outline	This course provides a broad overview of the generic concepts of design, design thinking and design research, and within the backdrop of this understanding, focuses specifically on the processes and techniques for carrying out engineering design in a creative manner. The course should be useful for both undergraduate and postgraduate students of engineering and design. This course is divided into two courses (1, 2) for effective understanding and practice. This course is first one.

• Completion division
  Subject
  Code
  Credit
• General Education Requirements
  대학영어회화Ⅰ
  -
  1
  Closed

  Grade	2
  Semester	1st Semester
  Code	-
  Subject	대학영어회화Ⅰ
  Completion division	General Education Requirements
  Credit	1
  Outline	-

• Fundamental Sciences
  Engineering Mathematics Ⅰ
  0001208
  3
  Closed

  Grade	2
  Semester	1st Semester
  Code	0001208
  Subject	Engineering Mathematics 1
  Completion division	Fundamental Sciences
  Credit	3
  Outline	This course provides basic theories and applications of the homogeneous or nonhomogeneous ordinary differential equations (ODEs) to solve several engineering problems. Additionally, Laplace transform will be studied to solve various ODEs.

• Major Requirements
  ENGINEERING MATERIALS
  EPA6123
  3
  Closed

  Grade	2
  Semester	1st Semester
  Code	EPA6123
  Subject	ENGINEERING MATERIALS
  Completion division	Major Requirements
  Credit	3
  Outline	This course aims to understand the relationships between properties, structure, processing and performance of engineering materials, and examine various methodologies to improve their strength. It further aims to provide a theoretical background of the atomistic structure, crystal structure, microstructure and types of defects which could occur within the materials.

• Major Requirements
  SOLID MECHANICS Ⅰ
  0002806
  3
  Closed

  Grade	2
  Semester	1st Semester
  Code	0002806
  Subject	SOLID MECHANICS Ⅰ
  Completion division	Major Requirements
  Credit	3
  Outline	A course on the concepts of forces, moments, equilibrium; principles of virtual work; analysis of structural members under axial load, torsion and bending; shear force and bending moment diagrams; statically indeterminate trusses; buckling and structural stability.

• Major Requirements
  ENGINEERING THERMODYNAMICS 1
  0002807
  3
  Closed

  Grade	2
  Semester	1st Semester
  Code	0002807
  Subject	ENGINEERING THERMODYNAMICS 1
  Completion division	Major Requirements
  Credit	3
  Outline	This course is designed to understand various fundamental laws of thermodynamics and to develop the ability to apply them to various thermal systems related to mechanical engineering. Course topics include ideal gas law, properties of pure substances, first and second law of thermodynamics for open and closed systems and cycle analysis of vapor power system

• Major Electives
  ELECTRICAL AND ELECTRONIC
  EPA6098
  3
  Closed

  Grade	2
  Semester	1st Semester
  Code	EPA6098
  Subject	ELECTRICAL AND ELECTRONIC
  Completion division	Major Electives
  Credit	3
  Outline	Mechanical engineering students who do not major in electrical engineering understand the basics of electricity and electronics, and develop the ability to understand the relationship that all the information of modern technology is changed into electric quantity and that many devices are driven.

• Completion division
  Subject
  Code
  Credit
• General Education Requirements
  대학영어회화Ⅱ
  -
  1
  Closed

  Grade	2
  Semester	2nd Semester
  Code	-
  Subject	대학영어회화Ⅱ
  Completion division	General Education Requirements
  Credit	1
  Outline	-

• Fundamental Sciences
  Engineering Mathematics Ⅱ
  0008479
  3
  Closed

  Grade	2
  Semester	2nd Semester
  Code	0008479
  Subject	Engineering Mathematics Ⅱ
  Completion division	Fundamental Sciences
  Credit	3
  Outline	As the extended Engineering Mathematics 1, linear algebra and Fourier transform will be covered in this course. Specifically, the properties of a matrix and eigen value problems will be studied in the linear algebra part. Additionally, basic theories for complex analysis will be covered.

• Major Requirements
  Dynamics
  0001844
  3
  Closed

  Grade	2
  Semester	2nd Semester
  Code	0001844
  Subject	Dynamics
  Completion division	Major Requirements
  Credit	3
  Outline	Dynamics is the study of objects in motion. We will study dynamic in two parts. (1) Dynamics of a particle: we start from the applications of Newton's law of motion, proceeding to the relations between force and acceleration, work and energy, impulse and momentum. (2) Dynamics of rigid bodies: we start from motion for a system of particles, proceeding to the analysis of rigid body motions. we will calculate moment of inertia tensor. we will treat general three dimensional motion of rigid body, rotation of rigid body about a fixed axis, plane motion of ridid body.

• Major Requirements
  Manufacturing Process Ⅰ
  0001834
  3
  Closed

  Grade	2
  Semester	2nd Semester
  Code	0001834
  Subject	Manufacturing Process Ⅰ
  Completion division	Major Requirements
  Credit	3
  Outline	This subject provides applications to change mechanical, physical and chemical properties of materials directly effecting mechanical processes. Moreover, this provides also knowledge about various mechanical processes fabricating or manufacturing products or mechanical parts from raw materials.

• Major Requirements
  FLUID MECHANICS Ⅰ
  EA06057
  3
  Closed

  Grade	2
  Semester	2nd Semester
  Code	EA06057
  Subject	FLUID MECHANICS Ⅰ
  Completion division	Major Requirements
  Credit	3
  Outline	The behavior of fluids is critical to a wide variety of everyday applications. To understand why airplanes fly, or propellers push, or curveballs turn, or why the wind blows, we need to first understand the fundamental behaviors of fluids. Well start by defining fluid", and contrasting fluids with solids. Well use Newtons Second Law to predict the motion of fluids, and well use a few ideas from thermodynamics, too. Also, well play some clever algebraic tricks with units (Dimensional Analysis) to help us simplify complicated problems to a more manageable level. By the end of the class, you should be adept at solving problems using the following ideas: the continuum, fluid fields, streamlines, density, viscosity, control volumes and control masses, pressure, normal and shear stress, buoyancy, conservation principles (Bernoullis equation, Navier-Stokes), hydraulic jumps, potential flows, dimensional analysis, boundary layers, lift, drag, vorticity, and circulation.

• Major Electives
  Solid Mechanics Ⅱ
  0001837
  3
  Closed

  Grade	2
  Semester	2nd Semester
  Code	0001837
  Subject	Solid Mechanics Ⅱ
  Completion division	Major Electives
  Credit	3
  Outline	A course on the conceps of stress and strain transformation formula, failure theories, beam design methods, the various calculation methods of beam deflections, solving methods of statically indeterminate problems, column buckling and stability design method, the limit design method and the various energy methods are studied.

• Major Electives
  ENGINEERING THERMODYNAMICS Ⅱ
  0001840
  3
  Closed

  Grade	2
  Semester	2nd Semester
  Code	0001840
  Subject	ENGINEERING THERMODYNAMICS Ⅱ
  Completion division	Major Electives
  Credit	3
  Outline	Student will be learned about gas cycle, a property of gas mixture, thermodynamic equations, chemical reactions, basics of combustion and exergy. Those are used to analyze thermodynamic cycle.

• Completion division
  Subject
  Code
  Credit
• Major Requirements
  MECHANICAL VIBRATIONS
  EPA6032
  3
  Closed

  Grade	3
  Semester	1st Semester
  Code	EPA6032
  Subject	MECHANICAL VIBRATIONS
  Completion division	Major Requirements
  Credit	3
  Outline	Preparation of Young Engineers, who can successfully cope with dynamic design problems must have a sound understanding of 1. Definition of Vibrations and its Relalation to the natural and engineering science 2. System analysis, mathematic Modelling, Linearization 3. Vibration behaviour of 1-DOF System 4. Vibration Isolation 5. Vibration Analysis of Multi-DOF System 6. Design of Dynamic Vibration Absorber 7. Vibration Characteristics of Continua 8. Nonlinear Vibrations

• Major Requirements
  MECHANICAL EXPERIMENTS Ⅰ
  EPA6026
  2
  Closed

  Grade	3
  Semester	1st Semester
  Code	EPA6026
  Subject	MECHANICAL EXPERIMENTS Ⅰ
  Completion division	Major Requirements
  Credit	2
  Outline	A study on basic Principles of Machine Tool, operation way and machining process of machine tools, machining, measurement of dynamic phenomena while operating machine (mechanical, vibration and sound), learning analysis methods.

• Major Electives
  MANUFACTURING PROCESSES Ⅱ
  EPA6023
  3
  Closed

  Grade	3
  Semester	1st Semester
  Code	EPA6023
  Subject	MANUFACTURING PROCESSES Ⅱ
  Completion division	Major Electives
  Credit	3
  Outline	This subject provides applications to change mechanical, physical and chemical properties of materials directly effecting mechanical processes. Moreover, this provides also knowledge about various mechanical processes fabricating or manufacturing products or mechanical parts from raw materials.

• Major Electives
  Fundamental Design of Plant
  0007811
  3
  Closed

  Grade	3
  Semester	1st Semester
  Code	0007811
  Subject	Fundamental Design of Plant
  Completion division	Major Electives
  Credit	3
  Outline	Recently, boiler, steam turbines, etc. have been developed in terms of efficiency through high temperature, high pressure, and automation. This class focuses on development of the design principles of boilers, steam turbines, and controls systems, which are fundamental elements of power plants, based on the characteristics of steam and power cycles.

• Major Electives
  FLUID MECHANICS Ⅱ
  EPA6058
  3
  Closed

  Grade	3
  Semester	1st Semester
  Code	EPA6058
  Subject	FLUID MECHANICS Ⅱ
  Completion division	Major Electives
  Credit	3
  Outline	This course is intended to provide some fundamental aspects of fluid mechanics: basic analysis methods generally used to solve fluid mechanics problems. Emphasis will be put on understanding how flow phenomena are described mathematically so that students may acquire an ability of handling out practical engineering problems related to fluid flow phenomena.

• Major Electives
  NUMERICAL ANALYSIS
  EPA6044
  3
  Closed

  Grade	3
  Semester	1st Semester
  Code	EPA6044
  Subject	NUMERICAL ANALYSIS
  Completion division	Major Electives
  Credit	3
  Outline	This class aims at undestanding numerical algorithms to search for a root of linear and nonlinear functions and to solve simultaneous linear equations. In addition, curve-fitting and interpolation schemes to analyze quantitative trends of scattered data and predict a value of dependent variable between two measured data points, respectively. Further, it is expected to develop an ability to apply the schemes and methods for solving real engineering problems.

• Completion division
  Subject
  Code
  Credit
• Major Requirements
  MECHANICAL ELEMENT DESIGN
  0001831
  3
  Closed

  Grade	3
  Semester	2nd Semester
  Code	0001831
  Subject	MECHANICAL ELEMENT DESIGN
  Completion division	Major Requirements
  Credit	3
  Outline	This lecture will make student have a concept about the relation between shape and functionality of the mechanical system by teaching them design method and function of mechanical components.

• Major Requirements
  MECHANICAL EXPERIMENTS Ⅱ
  0001847
  2
  Closed

  Grade	3
  Semester	2nd Semester
  Code	0001847
  Subject	MECHANICAL EXPERIMENTS Ⅱ
  Completion division	Major Requirements
  Credit	2
  Outline	(1) Carry out the experiments of tensile tests, hardness test and observation of metallic structures, to confirm the correlations between theory and practice. and train the abilities to apply on the field. (2) Verify the theory of solid mechanics in shear force and twist moment. (3) Learn how to write experiment reports appropriately..

• Major Requirements
  Capstone Design I
  0006666
  3
  Closed

  Grade	3
  Semester	2nd Semester
  Code	0006666
  Subject	Capstone Design I
  Completion division	Major Requirements
  Credit	3
  Outline	Based major classes of Mechanical Engineering, project plan, performance, analysis progresses should be achieved from team co-working. Problem solving, co-working skills, executive ability should be learned. Finally it should be the total architectural engineering class as a graduation requirement.

• Major Requirements
  Heat Transfer
  0001853
  3
  Closed

  Grade	3
  Semester	2nd Semester
  Code	0001853
  Subject	Heat Transfer
  Completion division	Major Requirements
  Credit	3
  Outline	Energy is an important matter, which includes electricity, heating and cooling, computer, automotive, etc. To exploit the energy effectively, transfer of energy is inevitable. Heat tranfer deals with such energy transfer. Heat is transferred by conduction, convection and radiation. In this course, every aspects of heat transfer from fundamental theory to heat exchanger are dealt with. The goal of the course is to enable students to have the capability of designing energy-related machineries.

• Major Electives
  POWER ENGINE DESIGN
  EPA6117
  3
  Closed

  Grade	3
  Semester	2nd Semester
  Code	EPA6117
  Subject	POWER ENGINE DESIGN
  Completion division	Major Electives
  Credit	3
  Outline	For the development of ability of power system design, this course? covers the many engineering topics relevant to high performance and low emission of internal combustion engine: comparison of spark ignition and compression ignition engines, intake and exhaust, air/fuel mixture, ignition and combustion, exhaust gas pollution, heat transfer and lubrication, vibration, design of internal combustion engine, design of turbocharger and super charger including the fundamentals of fuel cell.

• Major Electives
  DESIGNOF FLUID MACHINERY
  EPA6116
  3
  Closed

  Grade	3
  Semester	2nd Semester
  Code	EPA6116
  Subject	DESIGNOF FLUID MACHINERY
  Completion division	Major Electives
  Credit	3
  Outline	Basic principles of energy transfer between fluid flows and fluid machineries such as pumps, compressors, and turbines are studied so that students may understand operating principles and basic structures of fluid machineries. Design practice on a certain type of fluid machinery will be assigned as a term project.

• Major Electives
  Sequence Control
  0008729
  2
  Closed

  Grade	3
  Semester	2nd Semester
  Code	0008729
  Subject	Sequence Control
  Completion division	Major Electives
  Credit	2
  Outline	In modern industrial fields under the 4th industrial revolution, various automated lines are implemented and even more automated lines are required to improve productivity. This course deals with not only sequence control theory but also PLC(Programmable Logic Controller) programming which are essential to implement sequence control for automation systems. Student should be able to implement simple automation systems utilizing PLC after experiments of PLC programming with ladder diagram.

• Major Electives
  Control Engineering
  0003413
  3
  Closed

  Grade	3
  Semester	2nd Semester
  Code	0003413
  Subject	Control Engineering
  Completion division	Major Electives
  Credit	3
  Outline	Control engineering is a multidisciplinary subject, and it has taken its place as a core course in the engineering curriculum. Control systems may consist of mechanical systems, electrical systems, chemical process, or any mixed systems of those. What the control means is to make the output of the process to track the desired reference input while keeping the process stable. To achieve the control goal, usually feedback cf the output is used. For controller design, first mathematical model of the process should be obtained and then synthesize the controllers for the models. This course deals with mathematical modeling of control process from various engineering fields and modern feedback control theory both in time domain and frequency domain in order to synthesize controllers which guarantee good performance and stability.

• Completion division
  Subject
  Code
  Credit
• Major Electives
  Capstone Design Ⅱ
  0006653
  3
  Closed

  Grade	4
  Semester	1st Semester
  Code	0006653
  Subject	Capstone Design Ⅱ
  Completion division	Major Electives
  Credit	3
  Outline	Based major classes of Mechanical Engineering, project plan, performance, analysis progresses should be achieved from team co-working. Problem solving, co-working skills, executive ability should be learned. Finally it should be the total architectural engineering class as a graduation requirement. In addition, self-consideration, evaluation about the works leads the engineering addition for the scientific achievement through exhibits and displays.

• Major Electives
  Computational Structure Analysis
  0002292
  3
  Closed

  Grade	4
  Semester	1st Semester
  Code	0002292
  Subject	Computational Structure Analysis
  Completion division	Major Electives
  Credit	3
  Outline	The basic theory of finite element method will be studied. Based on it, the method how to solve the static/dynamic structural problem will be studied using a commercial software.

• Major Electives
  Introduction: MicroElectoMechanical Systems
  0004892
  3
  Closed

  Grade	4
  Semester	1st Semester
  Code	0004892
  Subject	Introduction: MicroElectoMechanical Systems
  Completion division	Major Electives
  Credit	3
  Outline	Microelectromechanical systems (MEMS) integrate mechanical and electrical components and have feature sizes ranging from micrometers to millimeters. They may be fabricated using methods similar to those used to construct integrated circuits and they have the potential of providing significant cost advantages when batch fabricated. Their size also makes it possible to integrate them into a wide range of systems. Feature sizes may be made with size on the order of the wavelength of light, thus making them attractive for many optical applications. Microsensors (e.g., accelerometers for automobile crash detection and pressure sensors for biomedical applications) and microactuators (e.g., for moving arrays of micromirrors in projection systems) are examples of commercial applications of MEMS.

• Major Electives
  Mechanical Engineering Design
  EA06029
  3
  Closed

  Grade	4
  Semester	1st Semester
  Code	EA06029
  Subject	Mechanical Engineering Design
  Completion division	Major Electives
  Credit	3
  Outline	본 강좌는 창의적인 공학 설계를 이끌어내는 과정을 중심으로 디자인, 디자인을 위한 사고, 그리고 디자인에 관한 연구의 일반적인 개념을 광범위하게 제공합니다. 특히, 이러한 이해의 배경 내에서, 창조적 인 방식으로 엔지니어링 설계를 수행하기위한 프로세스와 기술에 초점을 맞추고 있습니다. 이 과정은 학부 및 엔지니어링과 디자인의 대학원 학생 모두에게 유용합니다. 효과적인 이해와 실습을 위해 두 개(1, 2)로 나누어져 있으며, 본 강좌는 첫 번째 강좌입니다.

• Major Electives
  AIR-CONDITIONING AND REFRIGERATION
  EPA6119
  3
  Closed

  Grade	4
  Semester	1st Semester
  Code	EPA6119
  Subject	AIR-CONDITIONING AND REFRIGERATION
  Completion division	Major Electives
  Credit	3
  Outline	Based on thermodynamics, heat transfer and fluid mechanics, this course deals with every aspects of air-conditioning and refrigeration from basic theoty to equipments. Students are expected to have the capability of designing such air-conditioning and refrigeration equipments.

• Major Electives
  COMPUTATIONAL FLUID MECHANICS
  EPA6122
  3
  Closed

  Grade	4
  Semester	1st Semester
  Code	EPA6122
  Subject	COMPUTATIONAL FLUID MECHANICS
  Completion division	Major Electives
  Credit	3
  Outline	CFD(Computational Fluid Dynamics) is the method to analyze the fluid flow using computer and numerical methods. The computational approach is faster and more economical way than the experimental. It is also salient in the analyzing the problems that are difficult to realize. The field of CFD has rapidly progressed with help of the progress in the computing power. In this course, the basic concept of CFD is introduced and the application example of CFD is studied by using simple program.

• Major Electives
  응용열전달
  -
  3
  Closed

  Grade	4
  Semester	1st Semester
  Code	-
  Subject	응용열전달
  Completion division	Major Electives
  Credit	3
  Outline	-

• Major Electives
  Robotics
  0001865
  3
  Closed

  Grade	4
  Semester	1st Semester
  Code	0001865
  Subject	Robotics
  Completion division	Major Electives
  Credit	3
  Outline	This course is about introduction of basics of modeling, design, planning, and control of robotic arms. The material in this course is a brief survey of relevant issues from geometry, kinematics, statics, dynamics, and control as well as matlab coding for robotics.

• Completion division
  Subject
  Code
  Credit
• Major Electives
  Career - Design Seminar Ⅰ
  0007802
  1
  Closed

  Grade	4
  Semester	2nd Semester
  Code	0007802
  Subject	Career - Design Seminar Ⅰ
  Completion division	Major Electives
  Credit	1
  Outline	This course provides opportunities for students to design their careers and give shape to the career plans.

• Major Electives
  Introduction to Noise Engineering
  0009435
  3
  Closed

  Grade	4
  Semester	2nd Semester
  Code	0009435
  Subject	Introduction to Noise Engineering
  Completion division	Major Electives
  Credit	3
  Outline	This class provides an introduction to the basic elements of acoustics for the purpose of meeting the fundamental needs of practising engineers. This class provides the knowledge and tools to understand and predict the behaviour of complex acoustical systems, including the behaviour of sound propagation in free field and simple bounded environments, and the characteristics of source radiation. It provides the fundamental knowledge required in order to study a range of other classes on more specialist aspects of acoustics.

• Major Electives
  Introduction to Noise Engineering
  0009436
  3
  Closed

  Grade	4
  Semester	2nd Semester
  Code	0009436
  Subject	Introduction to Noise Engineering
  Completion division	Major Electives
  Credit	3
  Outline	This class provides an introduction to the basic elements of acoustics for the purpose of meeting the fundamental needs of practising engineers. This class provides the knowledge and tools to understand and predict the behaviour of complex acoustical systems, including the behaviour of sound propagation in free field and simple bounded environments, and the characteristics of source radiation. It provides the fundamental knowledge required in order to study a range of other classes on more specialist aspects of acoustics.

• Major Electives
  Energy Conversion Engineering
  0001867
  3
  Closed

  Grade	4
  Semester	2nd Semester
  Code	0001867
  Subject	Energy Conversion Engineering
  Completion division	Major Electives
  Credit	3
  Outline	This lecture tells the energy conversion from fossil fuel to electrical energy as well as fossil fuel combustion. Furthermore, basics of renewable energy such as nuclear energy, solar energy, wind energy, and fuel cell will be discussed with the relation between energy and environmental problems.

• Major Electives
  FLUID POWER
  EA06054
  3
  Closed

  Grade	4
  Semester	2nd Semester
  Code	EA06054
  Subject	FLUID POWER
  Completion division	Major Electives
  Credit	3
  Outline	-

• Major Electives
  Signal processing system
  EC06139
  3
  Closed

  Grade	4
  Semester	2nd Semester
  Code	EC06139
  Subject	Signal processing system
  Completion division	Major Electives
  Credit	3
  Outline	Describe the Sampling Theorem and how this relates to Aliasing and Folding/ Determine if a system is a Linear Time-Invariant (LTI) System/ Take the Z-transform of a LTI system/Determine the frequency response of FIR and IIR filters/Understand the relationship between poles, zeros, and stability/Determine the spectrum of a signal using the DFT, FFT, and spectrogram.