전북대학교
개설과목
| 학수구분 |
교과목 |
학점 |
담당교수 |
| 전공 |
선형제어시스템(Linear Control System) |
3 |
오재윤 |
| 전산기원용공학(Computer Aided Engineering) |
3 |
||
| 제어시스템응용 및 실험(Control System Application & Lab) |
3 |
||
| 최신제어특론(Topics on Advanced Control) |
3 |
||
| 최적제어특론(Advanced Optimum Control) |
3 |
||
| 디지털제어특론(Advanced Digital Control) |
3 |
||
| 고온강도학특론(High Temperature Strength) |
3 |
유효선 |
|
| 기계재료특론(Advanced Mechanical Materials) |
3 |
||
| 마이크로역학특론(Micromechanics) |
3 |
||
| 재료강도학특론(Advanced Materials Strength) |
3 |
||
| 파괴역학특론(Advanced Fracture Mechanics) |
3 |
||
| 용접강도학특론(Advanced Welding Strength) |
3 |
||
| 분무및미립화특론(Advanced Spray and Atomization) |
3 |
이지근 |
|
| 기체역학특론(Advanced Gas Dynamics) |
3 |
||
| 난류유동(Turbulent Flow) |
3 |
||
| 유체공학세미나 1(Seminar1 in Fluid Engineering) |
3 |
||
| 유체역학특론(Advanced Fluid Dynamics) |
3 |
||
| 레이저응용유동계측시스템(Laser Diagnostics for Thermo-flow Measurement) |
3 |
||
| 전산유체역학특론(Topics on Computational Fluid Dynamics) |
3 |
||
| 점성유체역학특론(Advanced Viscous Fluid Dynamics) |
3 |
||
| 광응용측정학(Optical Metrology) |
3 |
김대석 |
|
| 나노측정학(Nanometrology) |
3 |
||
| 고급광응용측정학(Advanced Optical Metrology) |
3 |
||
| 바이오포토닉스개론(Bio-Photonics) |
3 |
||
| 광공학개론(Optical Engineering) |
3 |
||
| 분광편광계측학(Introduction to Specroscopic Ellipsometry ) |
3 |
||
| 기술창업개론 (mini MAB for Engineers) |
3 |
||
| 연속체역학(Continuum Mechanics) |
3 |
김선규 |
|
| 복합재료특론(Advanced Composite Materials) |
3 |
||
| 탄성역학(Theory of Elasticity) |
3 |
||
| 복합재료 역학(Mechanics of composite materials) |
3 |
||
| 충격공학(Impact engineering) |
3 |
||
| 피로강도특론(Advanced Fatigue Strength) |
3 |
윤재영 |
|
| 신소재특론(Advanced New Materials) |
3 |
||
| 금형설계특론(Advanced Mold Design) |
3 |
||
| 접학공학특론(Advanced Joining Engineering) |
3 |
||
| 재료의선택방법론(Materials Selection) |
3 |
||
| 가공역학(Mechanics of Machining) |
3 |
오성훈 |
|
| 기계공작세미나(Seminar in Manufacturing Process) |
3 |
||
| 기계공작연구(Topics in Manufacturing Process) |
3 |
||
| 기계공작특론(Advanced Course of Manufacturing Process) |
3 |
||
| 정밀가공학특론(Advanced Precision Machining) |
3 |
||
| 절삭특론(Advanced Metal Cutting Theory) |
3 |
||
| 지능형가공특론(Advanced Intelligent Process) |
3 |
||
| 초정밀가동학(Ultra Precision Machining) |
3 |
||
| 진동시스템설계(Vibration System Design) |
3 |
김은호 |
|
| 음향탄성메타재료 설계(Seminar in Mechanical Metamaterial Design) |
3 |
||
| 비선형진동학(Nonlinear Vibration) |
3 |
||
| 구조진동학특론(Advanced Structural Vibration) |
3 |
||
| 신호처리(Signal Processing) |
3 |
||
| 음향공학개론(Acoustic Engineering) |
3 |
||
| 회전체동역학(Rotordynamics) |
3 |
||
| 딥러닝(Deep Learning) |
3 |
전형민 |
|
| 유한요소법(Finite Element Method) |
3 |
||
| 비선형 유한요소법(Nonlinear Finite Element Method) |
3 |
||
| 고급전산설계(Advanced Compuataion Design) |
3 |
||
| 고등고체역학(Advanced Solid Mechanics) |
3 |
||
| 생체역학(Biomechanics) |
3 |
||
| 딥러닝컴퓨터비전(Deep Learning for Computer Vision) |
3 |
||
| 내연기관과 엑서지의 이해(Exergy on Internal Combustion Engine) |
3 |
이정우 |
|
| 미래 에너지 시스템 설계(Design of Future Energy System) |
3 |
||
| 열화학반응 개론 (Introduction to Thermo-chemistry) |
3 |
||
| 미시적 통계열역학(Microscopic Statical Thermodynamics) |
3 |
||
| 미래 자동차 파워트레인 특론 (Topic of Future Vehicle Powertrains) |
3 |
||
| 대기오염의 화학적 이해 (Chemistry on Environmental Pollutants) |
3 |
||
| 수치열전달(Numerical Heal Transfer) |
3 |
이동휘 |
|
| 열공학시스템설계(Design of Thermal Engineering System) |
3 |
||
| 열역학특론(Advanced Thermo-dynamics) |
3 |
||
| 열전달실험법(Experimental Methods for Heat Transfer) |
3 |
||
| 열전달특론(Advanced Heat Transfer) |
3 |
||
| 전달현상특론(Advanced of Transport Phenomena) |
3 |
||
| 반도체열공학특론(Advanced Thermal Engineering in Semiconductor) |
3 |
||
| 로봇공학특론 1(Advanced Robotics 1) |
3 |
정영태 |
|
| 로봇공학특론 2(Advanced Robotics 2) |
3 |
||
| 생산자동화특론 1(Advanced Automation for Manufacturing) |
3 |
||
| 생산자동화특론 2(Advanced Automation for Manufacturing) |
3 |
||
| 지능로봇공학1(Intelligent Robotics) |
3 |
||
| 지능로봇공학2(Intelligent Robotics) |
3 |
||
| 융합세미나 1( Convergence seminar 1) |
1 |
공통 |
|
| 융합세미나 2( Convergence seminar 2) |
1 |
||
| 융합세미나 3( Convergence seminar 3) |
1 |
||
| 융합세미나 4( Convergence seminar 4) |
1 |
||
| 융합세미나 5( Convergence seminar 5) |
1 |
||
| 융합세미나 6( Convergence seminar 6) |
1 |
||
| 품질관리시스템(Quality Management System) |
3 |