LIM'S Spring & Fall Courses since 2015
4177104 Engineering Biology (in English Course): Spring 2017
2300007 Topics in Biological Process Engineering for Graduate Students (in English Course): Spring 2017
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4177106 Bioprocess and Biosystems Engineering. (in English Course): Fall 2016
4177107 Biolgoical Materials. (in English Course): Fall 2016
2300008 Topics in Material Engineering for Biological Appications for Graduate Students (in English Course): Fall 2016
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4177104 Engineering Biology (in English Course): Spring 2016
4177045 Automatic Control System (in English Course): Spring 2016
2300007 Topics in Biomechanics for Graduate Students (in English Course): Spring 2016
2300002 Graduate Seminar (in English Course): Spring 2015
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4177008-1 Solid/Mechanics of Materials (in English Course): Fall 2015
The aim of this course is to shape up students to the concepts of statics and mechanics of materials, which is required for biosystems engineers in the process of plan, analysis, design, innovative development of biosystems engineering fields. In the part of statics, force and moment concepts, vector operations, and equilibrium of bodies will be described. In the part of mechanics of materials, stress and strain, properties of materials connected to tension and compression, axially loaded/torsional members, shear stress and bending moment will be introduced. You will have an ability to formulate and solve the problem of mechanics for the analysis and design of structures.
4177057-1 Food Process Engineering (in English Course): Fall 2015
Importantly, this course is not only food science and technology but food engineering and its mechanics. Please make it sure to remind your brainstorming at to what's uniquely different at each aspect. Based on in detail most of mechancis: fluild, heat transfer, materials, and so forth, you would be covered into engineering food process and technology. Learn principles of food engineering and apply these applications by solving food processing problems using calculations
4177088-1 Mechanical Engineering Drawing and Practice II: Fall 2015
2300002-2 Graduate Seminars (in English Course): Fall 2015
A seminar explores some of the fundamental paradigms and developments in your ongoing research works. We will thus discuss what you are in progress since entering into and joining to some their projects. Attendance at each seminar is mandatory for all students enrolled. In addition, students are expected to attend all other seminars in the department, such as invited guest speakers and so on. You should strive for professionalism in all aspects of this class. Each student will give only one 30-minute presentations. Class members (and I) will take notes on various aspects of your seminar and give you immediate feedback and constructive criticism. Your seminar should cover several (3-4, or more) related papers in a given area. You should strive to organize your seminar into a cohesive presentation, and be selective about what you present. Be prepared to answer questions after your seminar.
5261.429 Biomechanics: (at Seoul National University): Fall 2015
Theory and applications of engineering mechanics to areas of biomechanics: Cell and tissue mechanics; Stress-strain of hard and soft tissues; Modeling fluid flow. The purpose of this course is to introduce guys to concepts of engineering analysis as applying to biological systems from cellular to whole organism level. Thus, you should have understanding of cellular mechanics theories and applications, viscoelastic models, tissue level mechanics, fundamentals of dynammics and kinematics as well as bio-solids with application to tissue structures like bones. Plus, you will test understanding of biosolids and fracture mechanics with and emphasis on applied working, fluids behavior including viscoelasticity, blood flow models, Bernoulli's equation and application, poroelasticity and multicomponent flow.
4177993-5 Advice on Goal Setting and Career Planning: Fall 2015
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4177045-1 Automatic Control System (in English Class): Spring 2015
The class will introduce design and analysis concepts for developing feedback control systems. Control systems design in multidisciplinary in that it combines the dynamics of mechanical, thermal, and biological with digital and analog electronics to meet the desired performance objectives. The intent is that this course will put together a number of engineering concepts learned throughout your college experience.
4177068-1 Electrical and Electronic Engineering and Practice: Spring 2015
The basics of circuit theory and analysis are covered at the outset, followed by discrete devices and integrated circuits. Electrical machines, power electronics and digital logic circuits are treated thoroughly in a central group of chapters. Coverage of the essentials of computer architecture and networks is followed by a detailed chapter on microprocessors and microcontrollers. The importance of modern communications technology is reflected in the comprehensive group of chapters devoted to analogue, digital and optical fibre communications systems and telephony.
4177087-1: Mechanical Engineering Drawing and Practice I: Spring 2015
4177993-5 Advice on Goal Setting and Career Planning: Spring 2015