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940007 - Logic
After understanding what logic and logical analysis is, students mainly study the rules of logical reasoning or inference on ordinary language, and logically analyze on the problems and fallacies in common conversation.
Grade / Semester / Credit : 1-1-2
940023 - Topics in Rhetoric
An introduction to the classics of rhetoric and its basic concepts.
Grade / Semester / Credit : 1-2-2
940019 - Philosophy of Science and Technology
This course aims to develop the perspectives on the characteristics of modern science through a philosophical discussion of scientific technology.
Grade / Semester / Credit : 1-2-2
940020 - Introduction to Future
This course aims to recognize the current world, society and mankind through the investigation of changes in civilization and world history for the future.
Grade / Semester / Credit : 1-2-2
940021 - Environment and Industry
Industry activity that is necessary for a human being to keep cultural life might bring about various environmental problems. This course studies the general knowledge required to solve them and keep the nice surroundings. It also discusses the procedure of pollution occurrence by nature destruction and helps students inspire the basic knowledge of environment and industry.
Grade / Semester / Credit : 1-2-2
940022 - Understanding of Bio-Engineering
The course aims to help students build their communicative competence through an instruction to enhance their abilities to exchange their own experience, opinion, information and thought of biotechnology
Grade / Semester / Credit : 1-2-2
940024 - Engineering Ethics
This course aims to understand ethical nature of technicians through an investigation of many moral problems raised due to the scientific and technological development in modern society.
Grade / Semester / Credit : 2-2-2
940036 - Writing for Engineers
For the better communication ability, which is essential for the social competitiveness of engineers, students learn the effective writing skills on the aspects of consillience and expression. students learn and practice to write engineering reports and papers, as well as resume for job.
Grade / Semester / Credit : 2-2-2
940002 - Engineering Economics
This course aims to study how to choose the best plan for the efficient use of resources in engineering
Grade / Semester / Credit : 3-2-2
940008 - Principles of Management
This course investigates the basic concepts of overall management areas for the purpose of correctly understanding modern society and business administration
Grade / Semester / Credit : 3-2-2
940037 - Management of Technology
It needs better over-all understanding of strategy and management of 'technology', such as control, application and security of technology, according to the increasing strategic importance of technology on business competition. Students learn theories and cases related various subjects of technology management and strategy to have better understanding of management for engineers
Grade / Semester / Credit : 3-2-2
940001 - Advanced English Reading and Composition
This course aims to enhance writing competency and an ability in reading comprehension
Grade / Semester / Credit : 4-1-2
940038 - Presentation and Interview
Students practice the preparation, presentation, feedback of presentation assessment to develop their presentation skill. They also learn the skill and method to cope with english interviews for recruitment etc
Grade / Semester / Credit : 4-1-2
950043 - Introduction to General Biology
This course introduces engineering major student to basic biological principles. Students learn molecular aspects of cells. Topics also include application of biological principles to the related industry
Grade / Semester / Credit : 1-1-3
950105 - Physics and Experiment?
An introduction to one-dimensional motion, two and three-dimensional motion, Newton's law, SHM, work and kinetic energy, conservation of energy, momentum, angular momentum and planet motion, dynamics of particles, motion of rigid body, pressure of fluids, temperature, law of thermodynamics, and entropy. Emphasis on experiments pertinent to lectures
Grade / Semester / Credit : 1-1-3
950107 - Chemistry and Experiment?
Study and experiment on the principles of chemistry which includes stoichiometry, thermochemistry, electronic structure, chemical bonding, and geometries of molecules.
Grade / Semester / Credit : 1-1-3
950158 - Calculus?
The aim is to provide the fundamental concepts and abilities of science, engineering, and application. Calculus ? consists of continuity and limit of functions, sequence and series, derivatives and their applications, integral, multiple integral and partial derivatives, matrices and determinants, and vector space.
Grade / Semester / Credit : 1-1-3
950044 - General Consideration for Searching Scientific Information
The lecture will give the understanding of normally essential factors related to investigate the various scientific information required to come up actively with the rapid advance of the modern development of science and technology
Grade / Semester / Credit : 1-2-3
950106 - Physics and Experiment?
Covers fundamentals of electrostatics, currents, analysis of simple electric circuits, magnetics as well as basic concepts of modern physics including wave mechanics, atoms and solids. Laboratory experiments pertinent to lectures
Grade / Semester / Credit : 1-2-3
950108 - Chemistry and Experiment?
This course aims to study and experiment on the principles of chemistry including interaction between molecules, thermodynamics, kinetics, equilibrium, electrochemistry, complexes, and organic compounds.
Grade / Semester / Credit : 1-2-3
950206 - Calculus?
A study of fundamental subject for students who major in engineering and natural science, this course deals with vector and matrix, vector spaces, partial differentiation and its applications, double integral and its applications
Grade / Semester / Credit : 1-2-3
950032 - Engineering Mathematics?
These courses are to learn basic theory such as ordinary differential equations, laplace transformation, fouriertrans formation, series solution and complex analysis and take advantage of tools to study major lessons
Grade / Semester / Credit : 2-1-3
950033 - Computer for Engineers
For the computation of process design and operation, a computer is utilized and the basic skill of computer application is taught with practice and skill improvement
Grade / Semester / Credit : 2-1-3
950036 - Engineering Mathematics?
This course aims to provide the mathematical knowledges required to study and research the core topics concerning civil engineering. Laplace Transformations, Vectors, Matrices, and Fourier Series, Integral and Partial Differential Equations could be introduced. These subjects can be rearranged depending on the background of students on this course.
Grade / Semester / Credit : 2-2-3
902317 - Creative Engineering Design
The engineering student can project the engineering design step by step with basic knowledge of engineering as well as the skill of the creativity process ability. Major contents include the design case study, the specification of the design, design valuation, the concept of design based upon taking into consideration manufacture process at the design of the product.
Grade / Semester / Credit : 1-2-3
902318 - Introduction to Organic Chemistry
This course introduces the fundamental chemistry of the compound of carbon. Topic includes methods of structure determination and synthesis of organic chemicals, the mechanisms of typical organic reactions, the relations between physicochemical properties and molecular structures.
Grade / Semester / Credit : 2-1-3
66P102 - Basic Chemical Engineering Lab.?
The contents of texts such as chemical engineering, thermodynamics, fluid dynamics, heat transfer, mass transfer, separation process, and reaction engineering will be conceived. The fundamental experiments such as the methods of determining properties, analysis by instruments, glassware, pipe laying, and synthesis of materials will also be trained.
Grade / Semester / Credit : 2-1-2
66P117 - Chemical Engineering Stoichiometry
Formulation and stoichiometric calculation of mass and energy balances on chemical process systems. Student will learn to solve process- related problems by breaking the process down into its components, establishing the relationship between known and unknown variables, assembling the information needed to solve for the unknowns.
Grade / Semester / Credit : 2-1-3
66P129 - Physical Chemistry ?
We study the concepts that are needed for the discussion of the wide range of topics that constitute physical chemistry. The discussion is in terms of thermodynamics and equilibria of chemical engineering. Equilibria include physical change, such as fusion and vaporization, and chemical change. We deal with the properties of gases, the concept of thermodynamics and the concept of simple mixture. We study the mathematical properties of state functions to draw far reaching conclusion about the between physical properties and establish connections that may be completely unexpected.
Grade / Semester / Credit : 2-1-3
66P106 - Basic Chemical Engineering Lab.?
Experiments are chosen to illustrate the principles,physical properties, fluid flows and processes underlying chemical engineering. The course deals with unit operations involving instrumentation and control. Experiments also illustrate and use materials presented in thermodynamics, transport phenomena, mechanical and thermal operations
Grade / Semester / Credit : 2-2-3
66P130 - Unit Operation I
AThis course introduces the concept of unit operations, process, and plant. Student will learn the theory of fluid flow, heat transfer, diffusional operations. Also the course presents the principles of design of equipments of process plant, operation and maintenance required for the items.
Grade / Semester / Credit : 2-2-3
66P225 - Instrumental Analysis
The class of instrumental analysis will provide the information, techniques and knowledge necessary to study analytical method for chemical engineers as well as understandings the instrumental analysis
Grade / Semester / Credit : 2-2-3
66P202 - Physical Chemistry ?
This course introduces the fundamental knowledge on the basic classic physical chemistry of mixture. Topics include "the properties of mixtures", "principles of chemical equilibrium", "the rate of reactions", and "accounting for the rate laws"
Grade / Semester / Credit : 2-2-3
66P232 - Introduction of Chemical Engineering Design
OThe basic principles of chemical engineering will be studied in order to obtain a commercial product by means of team-work. To achieve the goal, the techniques for product design will be studied by means of team-projects
Grade / Semester / Credit : 2-2-3
66P101 - Fluid Mechanics for Chemical Engineering
In this class, we will review the basic properties of fluids first followed by fluid statics and simple flow systems. We will learn how to build the mass and energy balances for simple steady-state flow systems, and how to apply these equations in understanding of fluid flow mechanics as well as in designing many different measuring equipments.
Grade / Semester / Credit : 3-1-3
66P131 - Thermodynamics?
This course introduces the fundamental knowledge on the basic classic thermodynamics for designing the chemical process. Topics include "thermodynamic first and second law", "the change of energy, work, entropy, and state function concept", "the volumetric properties of pure fluid", and "the method to analyze the heat engine".
Grade / Semester / Credit : 3-1-3
66P237 - Chemical Engineering Lab
General theory of chemical Engineering is learnt through experimental observation, and lab experimental procedure is experienced. In addition, the basic ability to design the chemical process equipments is improved in this class
Grade / Semester / Credit : 3-2-2
66P113 - Chemical Reaction Engineering?
The optimum forms and operation methods of reactors will be established, researched and developed by the selection, operating of reasonable and economical process. The contents such as the classification and forms of reactors, definition and formulation of reaction kinetics, and equations of design and interpretation for reactors will be understood. Actual research or the reasonable design for industrial reactors to train research workers who have technology with safety and economy in mind.
Grade / Semester / Credit : 3-2-3
66P221 - Heat Transfer
This course covers the fundamental theory such as heat flows, heat transport of fluids, radiation heat transport, heat exchangers, evaporation, and the mechanism of heat transport.
Grade / Semester / Credit : 3-2-3
66P125 - Biochemical Engineering
Biochemical engineering is concerned with conducting biological processes on a chemical industrial scale, providing the link between biology and chemical engineering. biochemical engineer should under take a full basic training in both chemical engineering and biology, including microbiology, biochemistry and genetics which are essentially concerned with designing and operating plants to react to form new bioproducts.
Grade / Semester / Credit : 4-1-3
66P103 - Unit Operation ?
This course introduces the concept of unit operations, process, and plant. Student will learn the theory of fluid flow, heat transfer, diffusional operations. Also the course presents the principles of design of equipmentsof process plant, operation and maintenance required for the items.
Grade / Semester / Credit : 3-1-3
66P107 - Industrial Organic Chemistry
An understanding of the chemistry relating to polymers and petro-chemical industry.
Grade / Semester / Credit : 3-1-3
66P124 - Nano-material Engineering
The class of nano material engineering will give the basic understandings of the nanotechnology and nano materials for the chemical engineers. To achieve the final goal of creative chemical engineers, the lecture will focus on the new concepts for understanding material science and technology, and the students will have the opportunity to study the advanced material science and technology, which is necessary to lead the changing social circumstances.
Grade / Semester / Credit : 3-1-3
66P127 - Organic synthesis Lab.
This course offers a comprehensive introduction to laboratory techniques in organic chemistry for science majors. Chemistry is a mature science that continues to expand and evolve in step with recent developments in science and technology. Students will perform experiments that put into practice the ideas discussed in lecture.
Grade / Semester / Credit : 3-1-2
66P240 - Applied Mathematics
Applied mathematics for chemical engineering and for polymer/nano materials engineering; Including concepts for various averages and their applications, probability and statistics theory, complex function, numerics for differential equations, chemical engineering modeling and numerical analysis.
Grade / Semester / Credit : 3-1-3
66P207 - Chemical Engineering safety
This course will introduce you to the physical and health hazards common to the handling and use of chemicals. You will also learn methods and techniques used for evaluating chemical exposure, measures for protecting yourself against exposure, safe practices for chemical storage and waste disposal, and the correct response to emergency situations involving chemical spills.
Grade / Semester / Credit : 3-2-3
66P241 - Thermodynamics?
This course introduces the fundamental knowledge on the basic classic thermodynamics for designing the chemical process. Topics include "thermodynamic properties of fluid", "equilibrium of vapour/liquid", "equilibrium of chemical reaction", and "various topics about phase equilibrium".
Grade / Semester / Credit : 3-2-3
66P223 - Introduction to Polymer Engineering
This course introduces the fundamental knowledge on the polymer and its application. Topics include polymer molecular weight, structure, physical and chemical properties, step and chain polymerization, coordination polymerization, and polymer processing.
Grade / Semester / Credit : 3-2-3
66P112 - Chemical Process Control
Understanding process control such as reducing the cost of production, automation, equipment of chemical plants, research and development, etc.
Grade / Semester / Credit : 4-1-3
66P211 - Chemical Reaction Engineering?
Lectures on complex reaction, the design of unisothermic systems, the mixing of fluids in flug reactors, the reaction of gas-solid catalysts, gas-liquid reaction, gas-liquid-solid catalyst reaction on the basis of the theory of chemical kinetics which considers the physical phenomena such as the kinetics of chemical reaction and the transfer of mass and heat. Actual research, optimum design and the interpretation of industrial reactor can be applied to not only chemical reactor, but the iron, fermentation, fine chemical, and environmental conservation industry.
Grade / Semester / Credit : 4-1-3
66P231 - Chemical Plant Design
Introduction to designing multi-unit process and chemical plant from experimental data. Student learns how to frame process flow diagram, scale-up equipment design and specification, and economical evaluation including capital cost, operating cost, and cash flow.
Grade / Semester / Credit : 4-1-3
66P233 - transport phenomena
This class introduces the basic equations of momentum, heat and mass transfer. The analogy of three different transport phenomena will be discussed in detail to help students understand the principles involved in the transport phenomena. This class will provide students with basic understandings of momentum, heat and mass transfer.
Grade / Semester / Credit : 4-1-3
66P238 - Nano Engineering Lab
IThe class of nano engineering Lab will give the basic understandings of the experimental techniques for nano material technology and instrumental analysis.
Grade / Semester / Credit : 4-1-3
66P206 - Bio Electrochemistry
Students acquire the fundamental knowledge about the revelation and applications of the biological information processing mechanism, through mastering the relations between chemical and electrical energy and the principles of electrode responses.
Grade / Semester / Credit : 4-2-3
66P215 - Separation Process
This course deals with the fundamental concepts required in the interpretation and design of mass balance and energy balance of various separation process, such as vaporization, extraction, humidity, and membrane separation necessary in chemical engineering. The basic ability for application can be developed.
Grade / Semester / Credit : 4-2-3
66P216 - Field Study in chemical Industry
Field study in shoes industry. Students learn the practice of shoes designing and manufacturing including the parts and materials related to shoes industry
Grade / Semester / Credit : 4-2-2
66P235 - Polymer Science & Engineering Lab
IStudents learn typical characterization and polymerization technique such as monomer purification, solution polymerization, and emulsion polymerization. In addition, students experience extrusion and injection of polyolefin resins and characterize the physical properties of the processed polymer materials.
Grade / Semester / Credit : 4-2-2
66P239 - Chemical Industry Seminar
This course supplies the students the new trends of chemical industry and research, especially about field oriented topics. It helps the students choose their jobs and research topics.
Grade / Semester / Credit : 4-2-1
66P228 - Field Practices ?
Field study in shoes industry. Students learn the practice of shoes designing and manufacturing including the parts and materials related to shoes industry
Grade / Semester / Credit : 3-2-2
66P229 - Feld Practices ?
Field study in shoes industry. Students learn the practice of shoes designing and manufacturing including the parts and materials related to shoes industry
Grade / Semester / Credit : 4-1-2
66P259 - Engineering Design Project
Students practice to cooperate with students of different major, ie. practice an interdisciplinary design project. students should finish or work with the capstone design project of their major. It aims students to give interdisciplinary collaboration capability, team-work and presentation ability.
Grade / Semester / Credit : 4-2-3
66P905 - Industrial Education Principles
This course introduces how to develop appropriate curriculum and methods for teaching general engineering and industrial topics.
Grade / Semester / Credit : 3-2-3
66P906 - Teaching Material Development and Guidance of Chemical Engineering and Textiles
This course enables students to comprehend how to teach chemical and textile engineering and to find its materials adequate for secondary school education.
Grade / Semester / Credit : 4-1-3
66P907 - Industrial Logic and Descourse
This course introduces how to develop appropriate presentation and report, and how to search appropriate informations about given topics. It enables students to comprehend how to teach their students to prepare the presentations and reports.
Grade / Semester / Credit : 4-2-2
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