UNDERGRADUATE SCHOOL COURSE DESCRIPTOIONS
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| Graduate School Course Descriptions | School Couse Descriptions |
Term semester:1 Credit:2-0-0 Desicription:--- |
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Term Semester:2 Credit:2-0-0 Desicription: -In the preparation- |
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Term Semester:3 Credit:2-0-0 Desicription: -In the preparation- |
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Term Semester:3 Credit:2-0-0 Desicription: -In the preparation- |
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Term Semester:3 Credit:2-0-0 Desicription:This subject introduces how to calculate the heat and mass balance in respect to chemical process, which is basic knowledge on the design of chemical plant. |
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Term Semester:3 Credit:2-0-0 Desicription: This lecture explains the components and features of computer, the basics of programming and the concepts of information technology using computer. Theprogramming in FORTRAN language and its debugging are also carried out with workstations at Tokyo Tech Information Center. Numerical calculations and the visualization of their solutions are also performed using commercialsoftware for the students belonging to chemical engineering course. Thestudents belonging to applied chemistry course study molecular modeling. |
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Term semester:3 Credit:2-0-0 Desicription: -In the preparation- |
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Term Semester:3 Credit:2-0-0 Desicription:This lecture aims to teach fundamentals of engineering mathematics which are necessary to understand chemical engineering theory and to model chemical processes, including balance calculation, ordinary differential equations, partial differential equations, optimization methods, probability, and statistics. |
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Term Semester:3 Credit:2-0-0 Desicription: -In the preparation- |
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Term Semester:4 Credit:0-0-4 Desicription: -In the preparation- |
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Term Semester:4 Credit:2-0-0 Desicription: -In the preparation- |
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Term Semester:4 Credit:2-0-0 Desicription:A lecture on fundamentals of the thermodynamics of solution, phase equilibrium and chemical equilibrium is given. |
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Term Semester:4 Credit:2-0-0 Desicription:The field of transport phenomena is concerned with momentum, heat and mass transfer processes in equipment. In Transport PhenomenaI, the following subjects of fluid mechanics are discussed based on the momentum transfer. Equation of motion of fluid, Fluid flow in equipment, Laminar and turbulent flow, Rheology, Boundary layer theory, Stream function and velocity potential. |
Term Semester:4 Credit:2-0-0 Desicription: -In the preparation- |
Term Semester:4 Credit:0-1-0 Desicription: The methods of modeling the various processes in chemical engineering field based on information technology are exercised. The students learn the methods by solving the problems concerned with process engineering and transport phenomena making use of a process simulator and software for the numerical calculation of fluid flow. |
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Term Semester:4 Credit:2-0-0 Desicription:This lecture aims to teach fundamental methods of system engineering which are necessary to plan, design, construct, and operate chemical process systems, including evaluation methods, modeling methods, optimization methods, ad safety. |
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Term Semester:4 Credit:1-0-0 Desicription: -In the preparation- |
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Term Semester:4 Credit:2-0-0 Desicription:
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Term Semester:5 Credit:0-0-4 Desicription: -In the preparation- |
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Term Semester:5 Credit:2-0-0 Desicription:Basics of energy and energy operation including energy transformation are explained with thermodynamic consideration. Energy utilization in chemical industries and environmental problems related with energy are also lectured. |
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Term Semester:5 Credit:2-0-0 Desicription: -In the preparation- |
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Term Semester:5 Credit:2-0-0 Desicription: The objective of this class is to learn fundamentals of chemical reaction engineering. Emphasis is placed on the development of a general design strategy for homogeneous reaction systems. |
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Term Semester:5 Credit:2-0-2 Desicription: This class aims at acquisition of the conceptual process design methodology of a continuous chemical process. The chemical process is designed gradually from a block flow diagram to a process flow diagram. A commercial process simulator is used to design units and evaluate the process scheme for an exercise |
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Term Semester:5 Credit:0-1-0 Desicription:This class aims at acquisition of the information technology which is necessary for Chemistry Engineering, following on Information Technology for Chemical Engineering I. A repetitive exercise of modeling and simulation on the subjects, relevant to the offering classes in the same term, is performed by using a process simulator and an equation solver. |
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Term Semester:5 Credit:2-0-0 Desicription:Fundamental and universal knowledge and view points of materials are lectured to be understood material properties and behavior under any environments which required for chemical engineers to develop new materials or to select best materials. |
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Term Semester:5 Credit:2-0-0 Desicription: -In the preparation- |
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Term Semester:5 Credit:0-0-1 Desicription: --- |
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Term Semester:5 Credit:2-0-0 Desicription:
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Term Semester:6 Credit:0-0-2 Desicription:This lecture aims to teach fundamental methods of system engineering which are necessary to plan, design, construct, and operate chemical process systems, including evaluation methods, modeling methods, optimization methods, ad safety. |
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Term Semester:6 Credit:2-0-0 Desicription:The way of thinking and theoretical consideration of mixing and separation processes based on mechanical force or energy are lectured over showing practical mixing and separation equipments. |
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Term Semester:6 Credit:2-0-0 Desicription:The topics of the class are the application of chemistry of catalysts and catalytic reactions to the industry, especially to synthesis of process systems, selection of reactor operation and design of the reactor. This class is spoken in English. |
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Term Semester:6 Credit:2-0-0 Desicription:The class offers the basic knowledge of the method of chemical equipments design, materials strength, corrosion protection method and materials for chemical plant. And perform a practice for drawing of equipment designed under each condition. |
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Term Semester:6 Credit:2-0-0 Desicription:
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Term Semester:6 Credit:0-0-2 Desicription:A synthetic knowledge on the chemical engineering is necessary for the chemical process design. This class aims to acquire the synthetic ability on chemical engineering, and practices of the process conceptual design and feasibility study on the basis of an ill defined engineering problem are performed. |
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Term Semester:6 Credit:2-0-0 Desicription: -In the preparation- |
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Term Semester:6 Credit:2-0-0 Desicription: -In the preparation- |
| Course: Fundamental Topics of Chemical Engineering |
Term Semester:6
Credit:1-0-0
Desicription: -In the preparation-
| Course: English |
Term Semester:6
Credit:1-0-0
Desicription: -In the preparation-
| Course: Introduction of the Proess for Preserving the Environment |
Term Semester:7
Credit:2-0-0
Desicription:Technology and evaluation methods of the environment or the process for preserving it are lectured. A factory tour is carried out for practical study. View points of process engineer ﾕs effects on the environment and solution methods of these problems are introduced.
| Course: Intoroduction of Biochemical Engineering |
Term Semester:7
Credit:2-0-0
Desicription:Process systems using biochemical reaction and investigations on genome pharmaceutical development are introduced. A fermentation process and its industrialization are lectured. The investigational strategy of a pharmaceutical company and the latest research and development including postgenome technology are reviewed.
| Course: 学士論文研究 |
Term Semester:7
Credit:3
Desicription: ---
| Course: |
Term Semester:8
Credit:2-0-0
Desicription: ---
| Course: 学士論文研究 |
Term Semester:8
Credit:5
Desicription: ---
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