Industrial Engineering Professional Production Internship Report
Production Internship Report
This internship is mainly based on production internship. Production internship is an important practical teaching link for studying industrial engineering. It aims to open up our horizons, enhance professional awareness, and consolidate and understand professional courses. The internship method is mainly to invite the enterprise technical management and enterprise management personnel to introduce relevant contents in the form of lectures; the students go to the production workshop to visit the company, and the technical production staff to learn relevant knowledge; And speak, deepen and consolidate the content of internships and special lectures through exchange of experience. Through this internship, we learned a lot of things that we couldn't learn in our textbooks and got a deeper understanding of production management.
Internship arrangements and related preparation knowledge internship arrangements: Internship time spans three weeks, the internship arrangement is as follows:
August 30-September 3 Xuchang Tobacco Machinery Co., Ltd.
September 6th - September 10th Zhengzhou Textile Machinery Co., Ltd.
From September 13th to September 18th, the students will discuss the group, exchange the internship experience, and complete the internship report.
The goal of industrial engineering is to make effective use of the factors invested in the production system, reduce costs, ensure quality and safety, improve production efficiency, and obtain optimal benefits. The basic function of IE is to design, improve and set up an integrated system of researchers, materials, equipment, energy and information. It is embodied in four aspects: planning, design, evaluation, and innovation.
Facility planning and design: specific planning and design of the system, including site selection, layout, logistics analysis, material handling methods and equipment selection, so that the production factors and subsystems are properly configured according to IE requirements, and effectively Integrated system. Involved in SE, OR, work research, group technology, management information systems, ergonomics, engineering economics, computer simulation and other knowledge.
Production Planning and Control: Study the organization, planning, scheduling, and control of production processes and resources to ensure efficient operation of production systems. Including the time and space of the production process, production and operation planning, production line balance, inventory control. The methods used: network planning, economic ordering, economic production batch, material demand planning MRP, and production resource planning MRP-II and just-in-time JIT.
Quality management and reliability technology: including quality investigation, planning, organization, coordination and control to ensure product or work quality, the core is to achieve the required quality standards, using scientific methods to strictly check and control production. To prevent the production of non-conforming products. The content includes traditional quality control methods, modern quality management - assurance, production assurance, total quality control TQC and total quality control TQM. Reliability technology is the principle and method of effective operation of existing systems, including reliability concepts, fault and diagnostic analysis, use reliability, system reliability design, system maintenance and maintenance strategies.
Management Information System: It is an integrated computer system for users who provide information support for the operation, management and decision-making of an enterprise. It is an important foundation and means for modern IE application. Including the composition of computer management systems, database technology, information system design and development.
Modern Manufacturing Systems: The foundation and components of IE, including group technology GT, computer-aided process design, flexible manufacturing unit FMC and system FMS, computer integrated manufacturing, agile manufacturing, virtual enterprise, network manufacturing, virtual manufacturing, reorganization Manufacturing system, island manufacturing system, intelligent body-based manufacturing system, self-organizing manufacturing system and other enterprise resource planning: is a computer realization of scientific management ideas, originated in the early 1960s, experienced the material demand planning era and The era of manufacturing resource planning. In the 1990s, the idea of all resource management for enterprises began to be proposed, and MRPII entered the era of ERP. ERP integrates product optimization and design, operational control, production planning, input procurement, marketing, sales, inventory, finance and personnel management, and includes the corresponding module components.
This internship is mainly based on production internship. Production internship is an important practical teaching link for studying industrial engineering. It aims to open up our horizons, enhance professional awareness, and consolidate and understand professional courses. The internship method is mainly to invite the enterprise technical management and enterprise management personnel to introduce relevant contents in the form of lectures; the students go to the production workshop to visit the company, and the technical production staff to learn relevant knowledge; And speak, deepen and consolidate the content of internships and special lectures through exchange of experience. Through this internship, we learned a lot of things that we couldn't learn in our textbooks and got a deeper understanding of production management.
Internship arrangements and related preparation knowledge internship arrangements: Internship time spans three weeks, the internship arrangement is as follows:
August 30-September 3 Xuchang Tobacco Machinery Co., Ltd.
September 6th - September 10th Zhengzhou Textile Machinery Co., Ltd.
From September 13th to September 18th, the students will discuss the group, exchange the internship experience, and complete the internship report.
The goal of industrial engineering is to make effective use of the factors invested in the production system, reduce costs, ensure quality and safety, improve production efficiency, and obtain optimal benefits. The basic function of IE is to design, improve and set up an integrated system of researchers, materials, equipment, energy and information. It is embodied in four aspects: planning, design, evaluation, and innovation.
Facility planning and design: specific planning and design of the system, including site selection, layout, logistics analysis, material handling methods and equipment selection, so that the production factors and subsystems are properly configured according to IE requirements, and effectively Integrated system. Involved in SE, OR, work research, group technology, management information systems, ergonomics, engineering economics, computer simulation and other knowledge.
Production Planning and Control: Study the organization, planning, scheduling, and control of production processes and resources to ensure efficient operation of production systems. Including the time and space of the production process, production and operation planning, production line balance, inventory control. The methods used: network planning, economic ordering, economic production batch, material demand planning MRP, and production resource planning MRP-II and just-in-time JIT.
Quality management and reliability technology: including quality investigation, planning, organization, coordination and control to ensure product or work quality, the core is to achieve the required quality standards, using scientific methods to strictly check and control production. To prevent the production of non-conforming products. The content includes traditional quality control methods, modern quality management - assurance, production assurance, total quality control TQC and total quality control TQM. Reliability technology is the principle and method of effective operation of existing systems, including reliability concepts, fault and diagnostic analysis, use reliability, system reliability design, system maintenance and maintenance strategies.
Management Information System: It is an integrated computer system for users who provide information support for the operation, management and decision-making of an enterprise. It is an important foundation and means for modern IE application. Including the composition of computer management systems, database technology, information system design and development.
Modern Manufacturing Systems: The foundation and components of IE, including group technology GT, computer-aided process design, flexible manufacturing unit FMC and system FMS, computer integrated manufacturing, agile manufacturing, virtual enterprise, network manufacturing, virtual manufacturing, reorganization Manufacturing system, island manufacturing system, intelligent body-based manufacturing system, self-organizing manufacturing system and other enterprise resource planning: is a computer realization of scientific management ideas, originated in the early 1960s, experienced the material demand planning era and The era of manufacturing resource planning. In the 1990s, the idea of all resource management for enterprises began to be proposed, and MRPII entered the era of ERP. ERP integrates product optimization and design, operational control, production planning, input procurement, marketing, sales, inventory, finance and personnel management, and includes the corresponding module components.
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