기계공학부 ( 영문 ) | Graduate

(대학원과정: 기계공학과)

대학원 교과과정(2020학년도까지)

대학원 교과과정표
교과목영역	Multi-Convergence Design Track	Eco-Energy Track		Smart System Track
Comple- mentary Courses	Advanced Engineering Mathematics
	Experiments and Measurements
	Academic Writing and Research Ethics
	-
	Research Safety Training
Core Courses	Advanced Structural Mechanics	Advanced Engineering Thermodynamics		Advanced Dynamics
	Multiscale Analysis	Advanced Fluid Mechanics		System Control
	Structural Elasticity	Numerical Heat Transfer and Fluid Flow		Advanced Design and Manufacturing Engineering
	Optimal DesignⅠ	Advanced Heat Transfer		Nano-micro System
Advanced Courses	Energy Conversion Engineering	Microscale Thermal-Fluid Engineering		Design and Control of Green Cars : Electric, Hybrid and Plug-in Hybrid Electric Vehicle
	Advanced Environmental Strength	Nanofluidics		Sustainable Smart Manufacturing System
	Micro joining and welding	Advanced Thermal Flow Visualization		Manufacturing Systems Design
	Microstructure and Mechanical Properties	Aerosol Engineering		Research Issues in Design Theory and Methodology
	Wear of Materials	Advanced Fluid Machinery		Special topics in Robotics
	Advanced Fracture MechanicsⅠ	Alternative Energy Engine		Robotics
	Non-destructive EvaluationⅠ	Combustion Processes		Linear System
	Advanced Biomechanics	Advanced Combustion Engineering		Dynamic System Modeling and Analysis
	The Structure and Mechanics of Musculoskeletal System	Heat Exchanger		Linear vibration
	Advanced Nano Mechanics	Design of HVAC and R System		Micro and Nano Manufacturing
	Experimental MechanicsⅠ	Boundary-Layer Theory		Non-linear Control
	Non-destructive EvaluationⅡ	Heat and Mass Control		Introduction of Construction Machinery
	Micro/Nanotribology	Two-Phase Flow and Heat Transfer		Advanced Analytical Dynamics
		Introduction to partially ionized gases		Processing and properties of thin films
		Solid fuel combustion		Composite Materials & Structures
				Frontiers in Robotics
Interdisciplinary Courses	Convergence Business Model Planning		Interdisciplinary Product and Service Design (융합원C/L)
	Convergence System Design		Human Thinking and Interdisciplinary Design
	Multiphysics Microfluidics		Human-Digital Interaction (융합원C/L)
	Supercritical Fluid Process		Management for Engineers
	Smart Car Mechatronics		Global Techno Management (공과대학공통)
	Integrated Nano System		Introduction to Embedded Systems and Implementation
	Design of Lab on a Chip		Usability Engineering (시스템경영공학과C/L)
	Interdisciplinary Converging Product Design		Power Electronics System Analysis (전자전기컴퓨터공학과C/L)
	International Scholar Invited Lecture I,II
	*Majors in other departments are allowed as convergence course.
Research Projects and Field Practice Courses	Independent Study on the Master Student in Mechanical Engineering	Seminar for High Technology		Graduate Study Intership:Industry/Research
	Independent Study for the Doctoral Student in Mechanical Engineering	Entrepreneurship Project		Graduate Study Internship:Global
	GCTI Research Seminar	Special lecture by invited speaker		Graduate Study Internship:Venture
	Team Research Project	Entrepreneurship theory and business (융합원 개설)		Internship I/II
		Patents and Entrepreneurship (융합원개설)

대학원 교과과정 (2021학년도부터)

이전 교과과정(첨부1)의 “기본소양” 교과목을 수강한 경우, “핵심” 교과목으로 인정. 이전 교과과정(첨부1)의 “핵심”, “심화”, “융복합” 교과목을 수강한 경우, “핵심”, “심화”, “융복합” 교과목으로 인정. 2021학년도부터 수강한 교과목은 아래 표를 따름.

2021년도 부터 대학원 교과과정표
8대 분야	구분	교과목명	8대 분야	구분	교과목명
로봇 및 지능형 시스템 (신규7*/총12)	핵심	Modern Control System, Advanced Dynamics, Intelligent Robotics	바이오메디컬 (신규4*/총10)	핵심	Bioengineering, Micro/Nano Fabrication
	융복합	Rehabilitation Engineering Systems, 미래자동차지능형시스템		융복합	Design of Lab on a Chip, Rehabilitation Engineering Systems*
	심화	Frontiers in Robotics, Dynamic System Modeling*		심화	Microscale Thermal-Fluid Engineering, Additive manufacturing and its applications*
		인공지능기법의로봇공학응용*			The Structure and Mechanics of Musculoskeletal System, Introduction to partially ionized gases
		Robot Motion Planning and Estimation*			Multiscale Analysis, 재료물성및거동*
		Introduction to Human-Robot Collaboration for AI Robot Applications*			Biomaterials Instrumental Analysis (C/L)
		Vehicle Dynamic analysis and Control*			3D printed chip design and fabrication (C/L)
		Electrified Vehicle Dynamics & Control*
마이크로나노시스템 (신규9*/총14)	핵심	Micro/Nano Fabrication, Advanced Nanomaterials, Numarical Heat Transfer and Fluid Flow	첨단소재및 구조 (신규7*/총14)	핵심	Advanced Structural Mechanics, 재료물성및거동, Advanced Nanomaterials
	융복합	Printed Electronics, Machine Learning for Materials Design		융복합	Advanced materials and devices for energy storage and conversion, Machine Learning for Materials Design, 복합재료역학및응용*
	심화	나노소재합성및분석*		심화	Processing and properties of thin films*
		Particle and Aerosol Engineering			Micro/Nanotribology
		나노에너지공학, Applied Nano Engineering			Wear of Materials, Applied Nano Engineering*
		Processing and properties of thin films*, Nanofluidics			Experimental Mechanics, Non-destructive Evaluation
		Micro/Nanoscale Heat Transfer*			Elastic Wave Propagation*, Introduction to Optimum Design
		Carbon Nanomaterials*, Energy Conversion Engineering
신뢰성공학및 고체역학 (신규5*/총15)	핵심	Advanced Structural Mechanics, Mechanics of Elastoplasticity* 신뢰성공학*	융합설계 및 지능형생산 (신규7*/총10)	핵심	Advanced Design and Manufacturing Engineering, Convergence System Design*
	융복합	Multiphysics mechanics & computational analysis, 복합재료역학및응용		융복합	기계공학에서의앙트레프레너십* 인간중심융합디자인*
	심화	Multiscale Analysis, Introduction to Optimum Design		심화	Control of linear and nonlinear system, Additive manufacturing and its applications*
		Micro/Nanotribology			데이터기반설계및생산*
		Wear of Materials, Experimental Mechanics			Robot Motion Planning and Estimation*
		The Structure and Mechanics of Musculoskeletal System			Dynamic System Modeling*
		Advanced Fracture Mechanics			Multiphysics mechanics & computational analysis*
		Non-destructive Evaluation, Elastic Wave Propagation*
친환경유체시스템 (신규5*/총15)	핵심	Advanced Fluid Mechanics, Convective Heat Transfer* Numarical Heat Transfer and Fluid Flow	에너지 (신규7*/총17)	핵심	Statistical Thermodynamics, Convective Heat Transfer Numarical Heat Transfer and Fluid Flow
	융복합	Statistical Thermodynamics*, Supercritical Fluid Process		융복합	Supercritical Fluid Process, 미래자동차지능형시스템*
	심화	Radiation Heat Transfer*, Two-Phase Flow and Heat Transfer		심화	Combustion Processes, Advanced Combustion Engineering,
		Advanced Fluid Machinery, 분자열역학*			Solid fuel combustion
		Particle and Aerosol Engineering			Two-Phase Flow and Heat Transfer, Introduction to partially ionized gases
		Combustion Processes			Microscale Thermal-Fluid Engineering, Energy Conversion Engineering
		Solid fuel combustion			Automotive Heat Management and Air Quality Control Technology
		Turbulent Flows*			Micro/Nanoscale Heat Transfer*
		Microscale Thermal-Fluid Engineering			Radiation Heat Transfer, 분자열역학
		Automotive Heat Management and Air Quality Control Technology			고급열유동계측*
연구 프로젝트 및 현장실습 교과목		Independent Study on the Master Student in Mechanical Engineering	Seminar for High Technology		Graduate Study Intership:Industry/Research
		Independent Study for the Doctoral Student in Mechanical Engineering	Entrepreneurship Project		Graduate Study Internship:Global
		In-depth Individual Research on Mechanical Engineering	Special lecture by invited speaker		Graduate Study Internship:Venture
		개별심화프로젝트	Entrepreneurship theory and business		Team Research Project
		GCTI Research Seminar	Patents and Entrepreneurship		Internship I/II
융복합(공통)		International Scholar Invited Lecture I,II	Human-Digital Interaction (C/L)		Introduction to Embedded Systems and Implementation (C/L)
		Interdisciplinary Product and Service Design (C/L)	Management for Engineers		Usability Engineering (C/L)
		Human Thinking and Interdisciplinary Design (C/L)	Global Techno Management (C/L)		*Majors in other departments are allowed as convergence course.
		Power Electronics System Analysis (C/L)

Graduate

Curriculum

대학원 교과과정(2020학년도까지)

대학원 교과과정 (2021학년도부터)