机械系统工学专业


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机械系统工学专业
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机械系统工学专业

院系介绍

◎ 机械系统工程学深化项目
本专业联系以机械设计、生产、控制、能源、环境系统等为首的机械系统和融合机械系统中的设计、生产、自动化技术,指导学生深入理解基础理论, 获得专业知识和技术, 培养具有综合解决问题的能力和应用的能力,符合剧变的尖端机械产业领域需要的创新型人才。
1. 创造性教育,培养学生开发新技术,解决问题的能力
2. 全面的基础知识教育,帮助学生适应快速变化的产业社会。
3. 系统的基本专业素养教育,帮助学生适应产业社会和未来社会的需要。
4. 关于语言表达能力和外语能力涵养的世界化教育, 帮助学生适应全球化社会的需要。
5. 共同体教育,培养学生在融合化、复杂化的产业社会中的协同心和领导力。

教授介绍

朴成斗
Professor
Major in Mechanical Engineering & System Design
LASER Processing, Production machine
+82-41-521-9281
sdpark@kongju.ac.kr
李殷鐘
Professor
Precision Processing, Mechanical Design Engineering
+82-41-521-9282
jong@kongju.ac.kr
朴商洽
Professor
Research areas related to electric welding such as inverter welding machines, arc Welding machines, resistance welding machines and so on. We also focus on welding construction, welding processes, welding automation, production management, nondestructive testing, etc. Also we are interested in new technology related to production engineering in the area of mechanical engineering.
+82-41-521-9283
weldpark@kongju.ac.kr
全義植
Professor
Kinematic and Dynamic Design for the Automobile parts and Energy Saving Technology
-Safety Seat and Functional Seat
-Vacuum Glazing Technology,
-Semiconductor and Display Equipment Technology
-Sensor based Automatic Measurement and Control
+82-41-521-9284
osjun@kongju.ac.kr
Ho Park
Professor
Dynamics and Control Engineering, Sound and Vibration Engineering, Automotive Chassis Engineering
+82-41-521-9285
tigerpark@kongju.ac.kr
姜西益
Professor
Mechatronics, Product Development, Robotics
+82-41- 521-9286
sikang@dreamwiz.com
myriver.x-y.net
金元泰
Professor
Heat transfer and Fluid Mechanics, Energy Saving, Infrared Thermography, Non-destructive Testing
+82-41-521-9289
kwt@kongju.ac.kr
趙垳默
Professor
Car Alternative Fuel, Bio-diesel, Car Emission Control, Hybrid Vehicles
+82-41-521-9287
hmcho@kongju.ac.kr
李起碩
Associate Professor
Computer Aided Engineering, Semiconductor Manufacturing Systems
+82-41-521-9288
ks.lee@kongju.ac.kr


教科课程

Spring Semester

Computer Aided Design (3 Credits)
Mechanical Design and Drawing (3 Credits)
LASER Processing (3 Credits)
Manufacturing Process (3 Credits)
Design of Jig and Fixture (3 Credits)
Die and mold Design (3 Credits)
Experiment of Mechanical Materials (3 Credits)
Welding Engineering (3 Credits)
Basic Practice of Mechanics (3 Credits)
Design and Manufacturing of Capstone Design Project (3 Credits)
Mechanical Design on PRO-E (3 Credits)
Introduction to Robotics (3 Credits)
Calculus (3 Credits)
Engineering Mathematics Ⅱ (3 Credits)
Engineering Mechanics (3 Credits)
Basic Electronics and Experiment (3 Credits)
The course is designed to provide a practical introduction to electronics with the measurement of circuits. The course will show demonstrations and laboratory examples with lectures on the web sites and text book. Throughout the course you will develop the ability to use modern software and hardware skills for understanding electronics. The aim of the course is to provide students with the practical knowledge necessary to work in a modern engineering job.
Thermodynamics (3 Credits)
Automobile Engineering (3 Credits)
Advanced Automobile Air Pollution (3 Credits)
Mechanical Systems Comprehensive Capstone Design and Manufacturing (3 Credits)
Inventive Problem Solving (3 Credits)
Mechanical Elements Design (3 Credits)

Fall Semester

Introduction to Mechanical Drawing (3 Credits)
Practical Work of Mechanical Design (3 Credits)
Mechanical Engineering Study (3 Credits)
Precision Processing of CNC (3 Credits)
CAD/CAM (3 Credits)
Intern Practice (3 Credits)
Reverse Engineering (3 Credits)
Practice on Manufacturing Process for Engineering (3 Credits)
Material Science for Engineers (3 Credits)
Design for Steel Structure (3 Credits)
Field Training (2 Credits)
Solid Mechanics (3 Credits)
Capstone Design (3 Credits)
Computer Applied Engineering (3 Credits)
Industry Academia Cooperative Seminar (3 Credits)
Mechanical Engineering Study (3 Credits)
Engineering Mathematics Ⅰ (3 Credits)
Sound and Vibration Engineering (3 Credits)
Automotive Engineering (3 Credits)
Digital Engineering and Experiment (3 Credits)
The course is designed to provide a practical introduction to digital engineering with the measurement of digital circuits. The course will show demonstrations and laboratory examples with lectures on the web sites and text book. Throughout the course you will develop the ability to use modern software and hardware skills for understanding digital circuits. The aim of the course is to provide students with the practical knowledge necessary to work in a modern engineering job.
Fluid Mechanics (3 Credits)
Automobile Engineering and Practice (3 Credits)
Car Electronic Control Engineering (3 Credits)
University and Industry Seminar (3 Credits)
Capston Design (3 Credits)
Introduction to Display Engineering (3 Credits)
Display Manufacturing Engineering (3 Credits)