机械电子工程（留学生）专业培养方案
International Undergraduate Program of Mechatronic Engineering(International students)
（门类：工学；专业类：机械工程；专业代码：080204）
(Category:Engineering; Specialty-category:Mechanical Engineering; Specialty-Code: 080204)
一、专业培养目标 Major Training Objectives
机械电子工程专业涉及机械、电子和控制领域多学科交叉，本专业的培养目标是通过通识教育、专业教学、工程科学教学和工程实践等多个环节，培养机械电子工程领域的高级工程技术人员、优秀研究人员和学者。通过在山东科技大学机械电子工程学院的学习，使学生具有坚实的跨学科工程背景、创新能力以及较强的工程应用能力，培养学生在机械、电子和控制领域的自学、创新、生产组织和管理能力，以支持未来职业发展的需要。
Combined with general education, professional teaching, engineering science education and industrial practice training, the main objectives of Mechatronic Engineering, which is a multidisciplinary undergraduate program (mainly covering the fields of machinery, electronics and control) , aim to cultivate the students’ abilities of self-study, innovation, production organization and management so as to support their future career development(e.g., becoming senior engineers and technicians, outstanding researchers and scholars, etc.) due to the solid and interdisciplinary engineering background, the creative inspiration and ability, as well as the strong ability for actual engineering applications.
二、毕业要求 Graduation Requirements
除了一般要求（例如遵守中国政府和山东科技大学相关规定/条例，尊重教师和中国传统/习俗，健康状况等）以外，外国留学生必须具有机械工程、电子控制技术、机电一体化控制技术、计算机技术和信号处理技术领域的知识。在此基础上，还将获得机电一体化产品设计制造，机电一体化设备的监测与控制、企业管理的知识和潜在能力。毕业生应具备以下知识和能力：
1.掌握机械原理、机械设计、机械工程材料、电子技术、机电一体化系统、机电传动控制、液压传动与控制的必要知识，具有绘图、设计、计算、测试和设备操作的基本技能，同时要了解技术标准，相关行业标准和本专业领域的技术发展趋势。
2.具有创新意识，学生应该具有利用所学知识和技术来分析和解决实际工程问题的能力，能够胜任机电产品的设计、开发和生产。
3.除了具有创新和合作精神之外，还要具有管理、表达、人际交往、自主学习等方面的能力。
Besides the general requirements (e.g., abide by the relevant rules/regulations from Chinese government and Shandong University of Science and Technology, respect the faculty and Chinese traditions/customs, be in good health condition, etc.), the students are required to have the knowledge in the field of mechanical engineering, electronic control technology, mechatronic system, computer technology and signal processing technology.
On this basis, the potential ability and knowledge of mechatronic product design and manufacturing, controlling and monitoring of mechatronic equipment and enterprise management shall be acquired. Graduates should have the following knowledge and abilities:
1.Master the necessary knowledge of mechanical principle, mechanical design, engineering materials, electronic technology, mechatronic system, mechanical & electronic transmission control, hydraulic transmission and control, and have the basic skills of drawing, design, calculation, test and device operation. They are also required to understand the technical standard, the relevant industry standards and technology trends in this field.
2. With innovation awareness, the students should have the abilities to analyze and solve the actual engineering problems with knowledge and techniques they have acquired so as to be qualified for the design, development and production of mechatronic products.
3.They are required to have the relative abilities of management, expression, interpersonal communication, self-study with innovative inspiration and collaborative spirit.
三、主干学科 Major Disciplines
机械工程、控制科学与工程
Mechanical Engineering, Control Science and Engineering
四、主要课程 Main Courses
高等数学、大学物理、线性代数、概率论与数理统计、计算机程序设计基础（C语言）、制图基础、机械制图应用、理论力学、材料力学、工程流体力学、电路基础、电子技术、机械原理、机械工程材料、几何量公差、传感器与检测技术、单片机原理及应用、机械工程控制基础、机械制造技术基础、机械设计、计算机数控系统、可编程控制器、机械电子学、工厂供电、系统仿真技术及其应用、有限元方法、机器人学导论、液压传动与控制、机电传动控制。
Advanced Mathematics, College Physics, Linear Algebra, Probability and Statistics, Foundations of Computer Programming(C Language), Fundamentals of Engineering Drawing, Application of Mechanical Engineering Drawing, Theoretical Mechanics, Material Mechanics, Fundamentals of Electric Circuits, Technology of Electronics, Engineering Fluid Mechanics, Microcontroller, Theory of Machines and Mechanism, Mechanical Design, Fundamentals of Mechanical Manufacturing Technology, Geometric Dimensioning and Tolerancing, Mechanical Engineering Material, Control Technology in Mechanical Engineering, Sensor and Monitoring Technology, Computer Numerical Control(CNC), PLC Technology, Mechanics and Control, Introduction to Mechatronics, Power Supply for Factory, System Simulation and Its Application, Finite Element Method，Introduction to Robotics, Hydraulic Transmission and Control, Electrical Machines and Drive.
五、主要实践性教学环节 Main parts of Practical Teaching and Internship
机械原理课程设计、产品建模与仿真、工程实训、单片机原理及应用课程设计、机械设计课程设计、液压传动与控制课程设计、创新实践、生产实习、毕业设计（论文）。
Course Project for Theory of Machines and Mechanism, Practice of Modeling and Simulation of Product Engineering Training, Course Project of Micro-controller, Course Project of Mechanical Design, Course Project of Hydraulic Transmission and Control, Innovation Practice, Engineering Internship, Graduation Project/Thesis.
六、学制Program Duration
四年Four Years
七、授予学位Degree to Be Awarded
工学学士Bachelor of Engineering
八、毕业最低学分要求 Minimum Credit Requirements for Graduation
毕业所必须达到的总学分为160学分。
The total credits required for graduation are 160。
九、课程体系的构成及学时、学分分配
Program Composition and Distribution of Class Hours&Credits
各学期各类课程额定学分分配表
十、指导性教学计划进程安排 Guiding Arrangements
（一）通识教育课进程表General Education Course Table
（二）学科基础课进程表Discipline Basic Course Table
（三）专业必修课进程表Required specialty Course Table
续表（三）
（四）专业拓展（选修）课进程表Specialty Extension (Elective) CourseTable
要求毕业前必须从上表12学分的选修课中至少修满6学分。
Six of the twelve elective credits shown in the above table are required before graduation.
（五）实践环节进程表（不包含非独立课内实验）
Internship and Practical Training Table（Non-independent course experiments are not included）
专业负责人（签字）：张鑫
教学院长（签字）：孙静
本科培养方案修订工作领导小组组长（签字）：张强
