完整版2012级工业工程专业、辅修及二专培养方案-最终版课件.doc

工业工程专业本科培养方案Undergraduate Education Program of Industrial Engineering一、修业年限及授予学位名称四年；工学/管理学学士Ⅰ、Length of Schooling and DegreeFour Years; Bachelor of Engineering / Management.二、培养目标本专业培养学生掌握扎实的工程技术和信息技术基础，掌握现代管理与系统科学的理论和方法。

培养能熟练应用工业工程知识，在制造领域、管理科学与工程领域的技术部门和管理部门从事技术管理以及生产系统的规划、设计、评价和创新，培养既懂技术又擅长管理的高素质创新型人才。

Ⅱ、Educational ObjectivesThe main object of education is training students to master basic knowledge about engineering technology and information technology, and the principles and methods of modern management and system science. The graduate students will be proficient in industry engineering knowledge, and work in technical and management department of manufacturing, management science and engineering field to undertake the tasks of technical management, and production system planning, design, evaluation and innovation.三、培养规格及要求毕业生应获得以下几方面的知识和能力：1.掌握工业工程、信息工程的基础理论；2.掌握制造工程、管理科学与工程以及系统工程的基础理论；3.掌握计算机应用技术；4.具有管理信息系统的应用能力；5.具有从事技术管理、生产管理、人力资源管理、知识管理和物流管理的基本知识；6.具有较强的分析和解决实际问题以及对生产系统规划、设计、评价、改善和创新的能力；7.较熟练地使用一门外语，具有较好的听、读能力和一定的说、写能力，到大学三年级，能达到用英语学习部分专业课程的能力。

III、Skills Profile and Minimum CreditsThe students graduated should have the knowledge and capability as follows:1.The basic theories of Industrial Engineering and Information Engineering;2.The basic theories of Manufacturing Engineering, Management Science and Engineering andSystem Engineering;puter application technologies;4.Application abilities of Management Information System;5.Basic knowledge on technology Management, Production Management, Human ResourcesManagement, Knowledge Management and Logistics Management;6.Strong abilities of analyzing and solving practical problems, and production system planning,design, estimation, improvement and innovation;ing a foreign language skillfully, having good abilities of listening, reading, speaking andwriting;capabilities of studying some specialty courses in English in junior..四、主干学科和主要课程主干学科：工业工程/ 管理科学与工程主要课程：工程制图、运筹学、机械制造技术基础、电工电子学、工程统计学、管理信息系统、数据库原理及应用、人因工程、基础工业工程学、人力资源管理、财务与成本管理、工程经济学、系统工程、先进制造系统、设施规划与物流系统、生产管理等。

IV、Core Disciplines and CoursesMain Subjects: Industrial Engineering/ Management Science and EngineeringMajor Courses: Engineering Drawing, Operations Research, Mechanism Manufacture Technology Basis, Electrical Engineering and Electronics, Engineering Statistics, Management Information Systems, Database Principles and Applications, Human Factors Engineering, Fundamental of Industrial Engineering, Human Resources Management, Financial and Cost Management, Engineering Economics, Systems Engineering, Advanced Manufacturing System，Facilities planning and logistics system，Production Management and so on..五、研讨型课程新生研讨课V、Seminer CoursesFreshman Seminars六、全英文课程项目管理概论VI、oreign Language Taught CoursesIntroduction to Project ManagementⅦ、Hours/Credits of Course system and Minimum Graduate Credits八、集中实践环节及要求电子实习：了解电子产品制作的基本工艺过程、掌握基本仪器仪表的使用。

管理信息系统课程设计：综合运用数据库系统的理论知识，设计小型数据库应用管理系统。

金工实习：了解热、冷加工及装配的过程，初步掌握机械设备基础知识和基本的工艺操作技能。

生产实习：包括机制实习和IE实习两部分，了解工业产品的加工工艺过程、定位夹紧过程，了解典型设备的工作原理及结构，了解生产组织情况、企业管理情况以及设施布置情况，能熟练地进行车间现场诊断，进行程序分析、动作分析和作业测定，提出提高生产效率和生产产量的一系列措施和策略。

机械设计课程设计：完成机械部件、机构分析与综合设计，培养设计、计算、绘图、查阅技术资料、手册、标准的能力与技能。

机械制造技术基础课程设计：掌握工艺规程及夹具设计的基本理论、方法和步骤，完成典型零件的工艺设计、夹具设计。

设施规划与物流系统课程设计：通过对某一产品的生产加工过程为例，进行物流分析、非物流分析和综合相关分析，对生产工厂进行系统的规划设计，完成工厂总平面布置设计并各方案进行分析和评价。

综合课程设计：综合应用所学的专业基础知识和专业知识，选定一个典型零件的加工制造工艺过程，完成生产系统规划与设计，编排生产计划与作业计划，进行质量管理与控制，进行财务与成本核算等，对设计方案进行评价与选择。

毕业设计：以实际工程设计、生产系统分析、改进企业流程再造、管理信息系统、项目管理、战略管理、人力资源管理、财务管理、质量管理、供应链管理、管理技术研究、软件开发等为研究课题，进行综合设计（科研）能力训练与培养。

Ⅷ、Concentrated Practical Training and Its RequirementsElectronic Practice: to understand the basic process of electronic products production and master the use of basic instrumentation.Management Information Systems Curriculum Design: synthetically using the theoretical knowledge of database system to design a small database application management system.Metalworking Practices: to understand the processes of heat, cold working and assembling, topreliminarily grasp the basic technology skills about machinery equipment and process operation.Production Practice: it includes two parts which are mechanism practices and IE practices. To understand the process of industry production and clamping position process; to understand the working principle and structure of typical equipments, and the station of production organization, business management and facilities layout; to have the skills to carry out workshops diagnosis, program analysis, operations analysis , motion and operations analysis; to propose a series of measures and strategies to increase productivity and production.Mechanical Design Curriculum Design：through the completion of mechanical components，mechanism analysis and synthesis design, the students will have the competence and skills of design, calculation, drawings, access to technical information, manuals and standards.Mechanical Manufacturing Fundamental Curriculum Design：to master the basic theory, methods and steps of process planning and fixture design, and to complete the process and fixture design of typical parts.Logistics System Engineering Design: taking the product of the production process for an example, the students will carry factory system production planning and design and factory layout to complete the program design, analysis and evaluation through Logistics analysis, non-Logistics analysis and non-correlation synthesis analysis.Integrated Curriculum Design: through an integrated application of basic knowledge and professional expertise in selected parts of a typical preparation in manufacturing process, to get the completion of the production system planning and design, production planning and operations scheduling program, the implementation of quality management and control, such as financial and cost accounting, design evaluation and selection program. Graduation Project: take an actual engineering design, production system analysis, improvement business process reengineering, management information systems, project management, strategic management, human resources management, financial management, quality management, supply chain management, management of technology research, software development and so on as a research topic, the students will master the skills of integrated design of research.九、教学安排指导表Ⅸ、Table of Teaching Arrangement培养方案制订人：杨育培养方案审核人：培养方案批准人：唐胜利工业工程专业辅修及第二专业培养计划Undergraduate Education Program of Industrial Engineering forMinor/Second Specialty一、专业名称工业工程I、SpecialtyIndustrial Engineering二、培养目标在系统掌握工程技术学科（主修专业）的基础上，通过对现代工业工程基础理论的学习，掌握现代企业管理的理论和方法，能较熟练地应用管理工程、信息工程以及工业工程的方法和技术，对生产系统进行规划、设计、评价、改善和创新，培养既懂技术又擅长管理的高素质创新型工程技术人才。