연세대학교 대학원 기계공학과는 기계공학 분야에서 독립적으로 창의적인 교육과 연구를 수행할 수 있는 세계 수준의 인재를 양성합니다.
국제 수준의 연구역량을 갖춘 리더연구자를 양성합니다.
글로벌 네트워크를 이끌 수 있는 소통능력을 갖춘 글로벌 인재를 양성합니다.
기계공학 분야에서 국가 미래산업의 기술소요에 대응할 수 있는 핵심인재를 양성합니다.
사회적 리더십과 공학경영 능력을 갖춘 도전적인 공학인재를 배출하고 있습니다.
2021년 전기 일반전형
입학시기 : 2021년 3월 원서접수 : 2020년 10월 30일(금) ~ 2020년 11월 6일(금) 최종합격자 발표 : 2020년 12월 4일(금) 문의 : 서울시 서대문구 연세로 50 연세대학교 제4공학관 301호 전화번호 : 02-2123-2810
연세대학교 대학원 기계공학과는 우수한 교수진과 연구원들은 물론 다양한 연구장비를 보유하여 매년 훌륭한 연구성과를 보이고 있습니다.
- dislocation dynamics - molecular dynamics of (crystalline) materials - computational modeling of materials - computer-aided material design - multi-scale simulation of crystal plasticity
강건욱 교수
재료 역학, 분자동역학- 나노생산공학 (Nano Imprinting Lithography, Nano Lithography) - Nano Bio Photonics 응용 기술(Protein Chip, Bio-Medical Imaging) - Micro Optics, Optical MEMS
강신일 교수
성형가공- Negative refractive-index metamaterials (음굴절률 메타물질) - Superresolution photolithography (수퍼분해능 광리소그래피) - Optical Cloaking (광학 스텔스, 투명망토 기술) - High precision optical sensor (광학 초정밀 센서)
김경식 교수
광학, 메타물질- Nano/Bio-Tribology - Micro-machining - Surface coatings - Reliability of precision components
김대은 교수
마찰역학, Tribology- Near-field Optical Application - High Density Information Storages - Surface Plasmon Phenomena - Nano-Fabrication - Nano Device and Materials
김영주 교수
나노광소재- Micro Sensors and Actuators - General MEMS/Micromachining - Electronic Packaging Technology
김용준 교수
MEMS,Packaging- Nanoscale Thermal Energy Transport - Nanostructured Thermoelectric Energy Conversion - Organic Solar Cells
김우철 교수
나노열전달- Micro Mechatronic systems - Nanoscience - Bio/Optical MEMS - System Dynamics - Micro/Nano scale machining
김종백 교수
MEMS, 나노기전- Nano-structuring of Biomaterials and Energy materials - Micro/Nano-scale design and fabrication for Biomedical and Energy applications - Nano-manufacturing - Micro-fluidic Drug Delivery, MEMS Tissue Engineering, Bioenergy, Hydrogen devices
류원형 교수
나노제작기술, 의료기기, 에너지 변환- Micro-nano mechatronics - Micro-nano fabrication and material processing simulation - Reconfigurable micro systems and control
민병권 교수
생산시스템- Opto-mechatronics (Nano optical imaging system, Holography) - Vibration and Dynamics (Nuclear power reactor, Information processing devices & components) - High power/High precision actuators
박노철 교수
동력학/진동, 광학- Magnetic Levitation Systems & Control - Macro & Nano Motion Control - Vision Servo Control - Walking Robots
백윤수 교수
로봇공학- Automotive engine emission control - Gas engine for electric power generation - Production and applications of hydrogen - Optical diagnostics
송순호 교수
자동차 배기/에너지- Precision Servo Control for Information Storage Devices and Mechanical Systems - Robotics Position/Force Control - Medical Application Robot
양현석 교수
자동제어, 로봇공학- Physical Acoustics - Nonlinear Acoustics - Medical Ultrasound - Noise/Vibration Control - Nondestructive Evaluation
엄원석 교수
음향학- Numerical Analysis and Design in Electromagnetic Fields and Hypervelocity Impact Problems - Structural Design and Evaluation in Infra-Red Frequency Range
유정훈 교수
전산최적설계- Intelligent manufacturing mechatronics and robotics system design - Novel motor design and fault-control for electric cars & intelligent robots - Mechatronics platform design and manufacturing for organ-on-a-chip - Precision system design and control
윤준영 교수
정밀 생산 메카트로닉스- CAD/CAM - Concurrent Engineering - Product Data Modeling, STEP - Intelligent CAD - Agent Technology - Intelligent Micro CAD
이수홍 교수
지식기반설계및CAD- Design Optimization of Multi-Physics Mechanical Systems - Quality Engineering Design - Fluid-Structure Interactions: Noise, Vibration and Aerodynamics
이종수 교수
최적설계공학- Rheological behavior of colloidal suspension - Micro/nano fluidics - Red blood cell deformation and the development of arterial disease diagnostic method - Direct numerical simulation and large eddy simulation
이준상 교수
전산유체- Turbulence - Computational Physics - Air Pollution Modeling
이창훈 교수
유체역학및난류- Mechanical properties of soft materials - Viscoelasticity of biological materials - Tissue, cellular, and molecular engineering - Instrumentation for biological applications - Mechanotransduction
이형석 교수
생체역학- Fluid Dynamic Bearing (FDB) Design - Air Bearing Surface (ABS) Design for Slider - Flow Field Analysis in a Cavity - Fluid Power System Analysis
임윤철 교수
윤활공학- Ultrasonic welding for battery cell electrodes - Electrical contact resistance in fuel cell stack - Electrical and Thermal Contacts - Instabilities in brake/clutch systems - Design of transmission components
장용훈 교수
마이크로역학- Internal Combustion Engine - SI, CI, Lpi, DiSi - Combustion, Emission - Aftertreatment Technology - Plasma, DPF, DeNOx
전광민 교수
내연기관- Nano Electronics & Optics - Carbon (CNT, Graphene) Active & Passive devices - Nano RF & Terahertz devices - Nano Gas, Mass, and Bio sensors - Nano Resonator & Nano Machining & Manufacturing
전성찬 교수
나노디바이스- Analysis and Integrated Design of Intelligent and Micro Structures and composite Materials - Theoretical and Experimental Analysis of Nondestructive Evaluations
전흥재 교수
복합재료- 체외진단 시스템 - 바이오 미세유체역학
정효일 교수
생체공학- Heat Transfer in High Temperature Gas Turbine - Heat Transfer in Rocket Nozzle/Ram-Jet - Nano-Heat Transfer in Optical Storage Devices - Micro-Heat Transfer in MEMS and Electronic Devices
조형희 교수
열전달및가스터빈- Aerodynamic Design and Analysis of Turbomachinery/Micro Gas Turbines - Fluid-Structure Interactions - Flapping Flight and Biological Flows - Computational Fluid Dynamics
주원구 교수
응용유체역학- Biomedical optics and instrumentation - Advanced optical imaging technologies - Biosensors - Optical manupulation of biological systems - Optical fabrication and metrology
주철민 교수
바이오/의료 광학, 의료기기- Design theory - Microcellular foaming process - Extrusion/Injection molding process - Material and product development
차성운 교수
제조공정, 제품설계- Machine science - Kinematic geometry, screw theory - Design of mechanisms and robotic manipulators
최용제 교수
로봇공학systems and control, system identification, machine learning and Bayesian methods, with applications to autonomous systems, mobile robotic sensors, environmental adaptive sampling, human motor control, and biomedical problems
최종은 교수
기계학습 및 제어 시스템- Laser diagnostics and micro optical sensor - High power laser and application - Nano/micro opto-mechanical engineering
한재원 교수
나노광학, 리소그래피- Novel & renewable energy system techno-economic analysis - Thermo-electrochemical energy conversion device design - Heat & mass transport management - Environmentally-benign fuel utilization & process optimization
홍종섭 교수
열 및 물질전달, 반응공학- Combustion and Gasification of Coal / Biomass / Wastes - Detection of Nano/Bio Aerosols - Electro-Hydrodynamic/Aerodynamic Jetting Technology - Clean Air Control by Electrical Plasma
황정호 교수
에너지/환경제어