Course Code
Credits
Course Required／ Year Elective
Course Title
Objective To introduce the basic concepts and contents of the industrial engineering profession so that the students can be trained and equipped for the future professional competency. Physics is the foundation of engineering. The objectives of this course are gain a basic
Introduction to IE101 3 1 Required Industrial Engineering
IE106
3
1
Required
Physics
understanding of Physics, to improve skills of computation, deduction and analysis, and to develop a proper attitude to learn science. This course introduces the basic concepts of
IE109
3
1
Required
Calculus（Ｉ）
calculus. Students are expected to apply calculus to the fields of engineering or management. Providing an introduction to techniques of integration, series, and the calculus of functions of
IE110
3
1
Required
Calculus（II）
several variables. Emphasizing on learning and understanding mathematical techniques, together with their applications to specific problems. Physics is the foundation of engineering. The objectives of this course are gain a basic
IE111
3
1
Elective
Physics（II）
understanding of Physics, to improve skills of computation, deduction and analysis, and to develop a proper attitude to learn science.
IE114
3
1
Required
Engineering Graphics
The objective is to learn engineering graphics using computers and the AutoCAD software. To introduce students the basic science and
Basic Concepts of IE117 2 1 Required Information Technology
technology of computing. To learn binary number system, digital logic, computer organization and structure, data structure, algorithms, data type, and database systems.
Basic Concepts of IE118 1 1 Required Information Technology:Lab.
(1) Traveliy in Internet。 (2) Technology of application software。
The objective of this course is to provide the IE202 3 2 Psychology of Organization fundamental and the applied knowledge of industrial and organizational psychology for those students who will be a qualified engineer or manager. Engineering Statistics Engineering To learn probability distributions, properties of random variables and the applications of probability. To learn the inferential statistics including
Elective
IE203
3
2
Required
IE204
3
2
Required
Statistics（Ⅱ ） estimation, hypothesis testing. The main purpose is to learn the different manufacturing processes Required to transform various materials into a variety of products. Emphasis is on local manufacturing capability and new manufacturing technology. Main objective lies in the capabilities of designing, analyzing, and evaluating different manufacturing processes, such that the tasks and applications in industrial engineering can be accomplished. Work study is the systematic study of work systems with the purposes of 1. developing the preferred system and method; 2. standardizing this system and method; 3.determining the time Required by a qualified and properly trained person working at a normal pace to do a specific
IE209
3
2
Required
Manufacturing Processes
IE211
3
2
Required
Work Study
task or operation; and 4.assisting in training the worker in the preferred method. Work study is composed of two main parts: (1) .Motion study or work methods design-for finding the preferred method of doing work. (2) Time study or work measurement-for determining the standard time to perform a specific task.
Network IE212 3 2 Required Information Application
This course will systematically introduce students the basic Internet concept, web technology, and multi-media tools. In this class, each student will learn how to create a nice web page by all
material they learned, such as XHTML, CSS, Dyamic HTML, JavaScript, Photoshop, and Flash IE215 3 1 Required Computer Programming This course introduces the basics of C computer language programming. Study in PC Application programs to resolve IE216 3 2 Elective Personal Computer personal and enterprise`s problems, in order to Applications reach the purpose of time-saving and labor-reducing. Linear algebra is a fundamental course to many advanced courses and research subjects, for IE217 4 2 Linear Algebra (Lab) example, Dynamic Systems and Control, Operations Research and Management Science, and Statistical Modeling Analysis. This course will teach students basic mathematical concept in order to facilitate their study in related areas. Teach Students to understand basic concepts in IE220 3 2 Elective Human FactorsⅠ human factors and their applications in product, process and equipment design or use. Advanced IE221 3 2 Elective Computer Programming This course introduces object-oriented programming (OOP), using C++ and Java programming languages as the implementation tools. Systems Analysis and Design provides a solid foundation of systems principles and an understanding of how business function. The goal IE226 3 2 Elective System Analysis and Design of Systems Analysis and Design is designed to help launch the careers of successful systems analysts - or users assuming an active role in building systems that satisfy their organization`s information needs. Methods-Time Measurement is a kind of IE229 3 2 Work Measurement Predetermined Time Systems. This term will use the MTM computer system 4M-DATA provide a method to construct accuracy standard time and work method improvement concept.
Required
Elective
Industrial IE230 3 1 Elective Organization and Management
The objective of this course is to provide the fundamental knowledge of industrial organization management for those students who will be a qualified engineer and manager. Improving the communication skill of Engineering students,such as : reading, listening, speaking,
IE231
2
1
Required
Engineering Communications
writing, reporting, presentation, meeting, and information collection; An Engineer through good communicating activities can be more successful in High-tech Industry era. To enable the students to familiarize the systematic problem solving process and understand the characteristics and constraints of four-quadrant model of thinking preference. Also , we want to develop creative thinking skills, including visualization for enhanced memory and learning in the process of problem solving. This course is primarily designed for introducing the scientific research concepts, methods, and
IE232
2
2
Required
Creative Problem Solving
IE233
2
2
Required
Research Methodology
academic writing. The contents cover the various research methods of sciences. It is appropriate for graduate and undergraduate students who major in industrial engineering. Assist the students to understand the current laws and regulations related to labor safety and health , employment standards , environmental
IE242
2
3
Elective
Industrial Regulations
protection and investment encouragement. Strengthen the abilities of student in future career to face the possible challenge and to take the most feasible way to comply with the related laws and regulations basic sciences. (1) Help students understand basic accounting
IE301
3
1
Required
Industrial Accounting
concepts, accounting procedure and due process in financial statements preparation, and those are necessary and basic accounting knowledge that student needs to know. (2) Make student aware of
the characteristics of accounting information and its limitations, through which students will enhance their ability in using accounting information and also will help improve their decision effectiveness. For those students whose background is IE, the purpose of this course is to emphasize the understanding in the aim and process of Introduction to IE302 3 2 Elective Industrial Automation automation promotion by introductory systems and equipment of automation. Cases study of automation slides and videotapes also will be covered. In addition, the complete comprehension of the future of next generation in manufacturing automation is also discussed. In modern world, industrial and business management often confronts complex and risky decision problems. One good way to solve such problems is using scientific methods: understanding the problem clearly, collecting IE303 3 3 Operations Research relevant information, consulting experts` opinions, building a model and then validating the model. The answer is given to the management for reference in making decision. This course will teach students quantitative modeling and analytical skills for solving such problems. The first semester course shall concentrate on the deterministic decision situation. The purpose of this course is introducing the Applied Statistical Analysis often-used statistical approaches and applications including the nonparametric statistics, data analysis, experimental design, regression analysis and time series analysis. 1.By introducing the behavior of various IE308 3 3 Engineering Economics investments of government departments and manufacturing firms to let students understand how to mark the decision processes from the point of engineering views. 2.By presenting the
Required
IE304
3
3
Elective
Required
cases study of engineering investments to let students be aware of the influeuce factors and risks of real- world investments. The intent of this course is to introduce logistics as a field of managerial responsibility and to identify the relationships between logistics IE312 3 3 Logistics Management management and other managerial disciplines, especially transportation and operations management. A knowledge of the cost trade-offs between different functions and activities within an organization as well as with other members of the logistics channel. Human Factors (Ⅱ) Teach Students to understand basic concepts in human factors and their applications in product, process and equipment design or use. Introduction to retails management environments, IE314 3 3 Elective Business Automation information technology application in commerce automation (CA), and basic functions of Distribution Center. Teaches students about reliability engineering IE315 3 3 Reliability Engineering related techralogies, Focus on theoretical rationales and pratical applications. Eraphases on modern industrial characteristics international trend. IE316 3 3 Elective Service Operations Management Material Management (1)Operations on Fuzzy Sets (2) Fuzzy Reasoning (3) Applications in Industry and Business This course presents some fundamental knowledge of fuzzy sets, fuzzy logic, and fuzzy IE323 3 3 Introduction to Fuzzy Theory decision making. The aim is to equip undergraduate students with some state-of-the-art fuzzy-logic technology and fuzzy system design methodologies, thereby better preparing them for the rapidly evolving high-tech information-based
Elective
IE313
3
3
Elective
Elective
IE322
3
4
Elective
Elective
financial market and modern industry.
The main objective is to learn (1) CAD/CAM theoretic bases and practical methodology, (2) Computer-Aided IE325 3 4 Elective Design and Manufacturing (I) CAD/CAM software and hardware, (3) Geometric modeling and solid modeling, (4) Application and integration of CAD and CAM, (5) Computer-aided process planning, (6) Application in manufacturing of electronic products, with an emphasis on the applications in industrial engineering. Introduce the basic concepts of occupational IE326 3 3 Elective Industrial Safety safety and health. Study the technique of safety management. Printed Circuit IE327 3 3 Elective Board Manufacturing Processes Introduce the manufacturing, equipment, engineering quality control and future development of printed circuit board industry. To make students understand the importance of Plan Management influence th upgrade of national technique and industry. To make IE328 3 3 Elective Project Management students understand the outline, content, and relative execution of Plan Management. Introduce - R&D of technique planning- government budget planning- practical international cooperation planning In modern world, industrial and business management often confronts complex and risky decision problems. One good way to solve such problems is using scientific methods: IE329 3 3 Required Operations understanding the problem clearly, collecting building a model and then validating the model. The answer is given to the management for reference in making decision. This course will teach students quantitative modeling and Research （II） relevant information, consulting experts` opinions,
analytical skills for solving such problems. The first semester course shall concentrate on the deterministic decision situation.
Industrial-engineering techniques were mostly adopted on factory-management in early days. IE331 3 3 Elective Service Systems Design However, with the increasing employed population and production in service industry, they have become the main trend regarding market in the future. Coherent approach to decision making, using the metaphor of developing a structured conversation having desirable properties, and producing actional thoughts that leads to clarity of action. Emphasis is on creation of distinction, representation of uncertainty by probability, IE332 3 3 Elective Decision Analysis development of alternatives, specification of preference, and role of these elements in creating a normative approach to decisions. value measure. decision. Evaluate information gathering opportunities in terms of a Relevance and decision diagrams represent and clarify inference and Principles are applied to decisions in business, technology, law, and medicine. IE333 3 3 Elective Database Design Introducing the general production planning and control procedures in the manufacturing industries, including various quantitative analysis Production IE335 3 3 Required Planning and Control （I） models and production management theories such as JIT, MRP, FMS and OPT. Through case-study in the experiment, students can understand the practical operation procedure of the Production Planning and Control in the industries. job
This course will examine the foundation, operation and implications of the Internet economy. Topics include Internet technologies, Practical IE337 3 3 Elective Electronic Commerce online market mechanisms, interactive customers, knowledge-based products, smart physical products and services, pricing in the internet economy, online auctions and e-marketplaces, digital governance, policies for the internet economy and an outlook for the new economy. The goal of this program is:(1)To introduce basis concept of cost accounting , cost accumulation IE339 3 3 Elective Cost Accounting and cost system.(2)Use cost information for planning and controlling.(3)Use cost information in business decision. The course is designed specifically for the students not majored in the Electrical Engineering on the semiconductor manufacturing process. IE347 3 3 Introduction to VLSI Technology The introductory-level discipline covers the basic characteristics of the semiconductor devices, the manufacturing process, and the related technology. In this course the students will also understand the operation of the semiconductor fabrication factory. Introducing the general production planning and control procedures in the manufacturing industries, including various quantitative analysis Production IE348 3 3 Required Planning and Control (Lab) models and production management theories such as JIT, MRP, FMS and OPT. Through case-study in the experiment, students can understand the practical operation procedure of the Production Planning and Control in the industries. To equip the students with the knowledge of basic IE349 3 3 Facilities Planning (Lab) theories and broad applications of the facility planning. Also, we proide the soft wares and the case studies for the students to improve their problem solving abilities.
Elective
Required
IE350
3
3
Required
Quality Control (Lab) Implementation of
The objective of this course is to provide an introduction to the methods of modern quality control. This course introduces techniques to implement 3D interactive digital contents.
IE351
3
3
Elective
3D Interactive Digital Content Artificial
IE405
3
4
Elective
Intelligence and Expert System Topics Database
Studying the techniques and applications of Data Mining
This course provides the student with an introduction to the design of database and the use of database management systems for applications. An Introduction to fundamental TQM Philosophy 、 Promotion methods and its implementation techniques and tools. This class will introduce XML techniques as a management tool for Internet for the purpose of
IE406
3
2
Required
Management Systems
IE407
3
4
Elective
Total Quality Management
Management IE408 3 3 Elective Information Systems
Continuous Acquisition and Life-cycle Support (CALS). XML is a new data exchange standard for Internet era. In this class, you will learn how to construct XML database and how to display it on webpage. To understand how to identify problems, how to
IE409
3
4
Elective
Industrial Rationalization
find bottle necks of tasks.To learn effective problem solving, to find optimal remedy and implement methods.To teach students reasonably solving problems. 1. To provide a familiarization with the system engineering process.2. To provide emphasis on
IE410
3
4
Elective
Systems Engineering
a life-cycle approach relative to system design and development, production, operation, support, and retirement.3. To provide a working knowledge of system requirements in reliability engineering, maintainability engineering,
human factors, system safety, logistic support, and related areas.4. To illustrate the integrated interdisciplinary systems’ approach.Emphasis will be on Engineering Design activities (versus “System Theory” concepts). This course is intended to complement-- Applied Systems Engineering Production and IE412 3 4 Elective Organizational Behavior To bring to students a general with some in-depth Practices in IE413 3 4 Elective Semiconductor Plant knowledge in semiconductor plant (fab) production practice, including its manufacturing and equipment, quality and reliability, and production management. IE414 IE415 IE416 2 4 6 4 4 4 Elective Elective Elective Field Study(Ⅰ) Field Study(Ⅱ) Field Study(Ⅲ) The course is designed to provide an in-depth conceptual framework for understanding business diagnostics. The objectives are (1) to acquaint the IE417 3 4 Elective Business Diagnostics student with the knowledge and skills needed for business management, and (2) to analysis the problem of business management and how to make the proposal of management improvement on business There are five objectives as follows1. To help students learn how to communicate technical ideas in idiomatic English. 2. To have students expose and learn how to participate in technical IE422 3 3 Required Oral Presentation meeting as well as giving an effective presentation. 3. To make students aware of major culture differences. 4. To show students how to write technical letters, their formats and essential elements included. 5. To help students learn how to write technical reports.
This Course is intended to prepare students for management opportunities in service firms, which represent the fastest-growing sector of the Introduction to IE423 3 2 Elective Service Management economy. The class will study service operations management from integrated viewpoint with a focus on customer satisfaction. The material will integrate operations, marketing, strategy, information technology, and organizational issues. IE425 3 4 Elective Project Control Practical IE426 1 4 Required Operations of Industrial Engineering IE427 3 4 Elective Multimedia Application The use of data mining approaches and the IE428 3 4 Elective Data Analysis EXCEL’s statistical tools to get more valued information for decision making. IE431 IE433 1 1 4 4 Required Required Field Study( A Field Study( B ) ) This course is designed specifically for undergraduate. The objectives are fourfold. (1) To provide them a basic and systematic concept related to the general area of marketing. (2) Furthermore, the approaches adopted are multidisciplinary in nature and practical IE435 3 4 Elective Marketing application; i.e., economic, behavioral, social and technologic. (3) The contents of this course include environments, customers, corporation, competitors, markets, marketing mix and their management. (4) To emphasize using actual examples to bring those valued marketing concepts, to enhance basic concept and make it life for students. Special lectures and invited speakers on practical operations of industrial engineering. The method of project control. How to organize the project.
The course takes problem-oriented approach and six sigma framework to meet with process management objectives. The IE subjects used in IE436 3 4 Process Management this course are Work Study, Basic Statistics, Qyality Control, Experimental Design. The objective of this couse is to help students in developing a systematic thinking ability and using problem-solving tools for process management in their future work. Management scope of Knowledge-based Service Management for IE437 3 4 Elective Knowledge-based Service Industry Industry . Nature of Management and Management Function. Developing Customer Orientation’s Service Strategy . Crisis Management and Contingency Planning IE502 3 4 Elective Automatic Visual Inspectio To establish students integration ability for industrial inspection. Present a process for problem resolution, policy crafting and decision making in industry and IE503 3 4 Elective Simulation queueing systems based on the use of Simulation. Emphasis is placed on developing modeling skills using the simulation language AweSim ( Visual SLAM ). The primary objective is to learn the theoretical foundations, geometric elements, mathematical models, and application techniques of computer graphics. The goal is to develop the ability to IE510 3 Computer Graphics apply and integrate the models, formulations, computer programs, softwares, and hardwares to complete the computer graphics functions, with an emphasis on engineering related applications. The applications domain is focused on industrial engineering, design, and manufacturing engineering related activities. Flexible IE511 3 4 Elective Manufacturing Systems Building up students’ self-study activities. Introducing research literature. Presenting basic FMS aspects.
Elective
4
Elective
Object-Oriented IE516 3 4 Elective Planning and Programming Time Series IE518 3 4 Elective(B1) Analysis and Forecasting
( (1) Introducing basic OOA and OOP. (2) Programming OO software. (3) Building up graduate students` self-study activities. (4) Understanding OO packages. To provide a modern treatment of discrete-time process adjustment method for Quality Engineering in manufacturing. Introductions of fundamental scheduling theory : including different shop models introductions,
IE534
3
4
Elective
Production Scheduling
different solution strategies, and basic problem solving procedures. In additions, couples of cases applied in real factory are also extensively discussed. To understand the theories and applications in
IE537
3
4
Elective
Advanced Facilities Planning
Facility Planning, Storage Layout, and Material Handling System Problems. Also, we also provide case studies material and software for students to solve the problems. To teach students understand various experimental design methods and advantages
Experimental IE538 3 4 Elective Design and Application
and weakness. Through lectures, homework exercises, case studies and statistical software , the students will familiarize the utilization of experimental design methods and the analysis and interpretation of experimental data. The main objective is to learn (1) CAD/CAM theoretic bases and practical methodology, (2) CAD/CAM software and hardware, (3) Geometric modeling and solid modeling, (4) Application and integration of CAD and CAM, (5) Computer-aided process planning, (6) Application in manufacturing of electronic products, with an emphasis on the applications in industrial engineering.
Computer-Aided IE544 3 4 Elective Design and Manufacturing (I)
3D Visual IE562 3 4 Elective Simulation and Virtual Reality
To introduce the theory and applications of 3D computer graphics and web-based virtual environment
IE574
3
4
Elective
Data Visualization
This course introduces multi-dimensional data visualization and visual data mining techniques. The purpose of this course is to provide
Computer IE578 3 4 Elective Integrated Manufacturing
graduate students an introduction to the basic and modern control and system design issues in related with the category of Computer Integrated Manufacturing (CIM).
IE580
3
4
Elective
Productivity Management Just-in-Time JIT-based integrated production system induction 〃 Computerized production system design 〃 Integration of JIT and MRP production systems planning This course covers a present-day analysis of ERP Enterprise systems, implementation issues, and the integration of ERP and Electronic Commerce. Students will gain on-hand experience in deploying ERP system to solve real-world problems. .
IE592
3
4
Elective
Production Systems
IE604
3
3
Elective
Resources Planning