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The title of industrial engineering thesis, the significance and purpose of graduation design.

Graduation design of industrial engineering specialty (undergraduate) is an important link in cultivating and bringing up industrial engineering undergraduates in an all-round way, an important process of deepening knowledge and broadening teaching content, which can comprehensively test students' comprehensive quality and engineering practice ability, and is an important stage to realize undergraduate training objectives.

Through the graduation project, it focuses on cultivating students' ability to comprehensively analyze and solve practical problems related to industrial engineering; Cultivate students' ability to work independently, rigorous and solid work style, dedication and sense of responsibility; Master the basic theories, technologies and methods of industrial engineering, and focus on solving practical industrial engineering problems in manufacturing systems; Make students receive the basic training of industrial engineers, and lay the foundation for students to take up their jobs in the future and complete their tasks independently and smoothly.

Two, the principle of topic selection and the difficulty, depth and breadth requirements of the topic.

(1) Title requirements

The graduation design topics of this major are mainly engineering and design (graduation design), and management and research topics are not selected in principle. The specific requirements are:

Requirements for topic selection: The topics given by the graduation design instructor should meet the training objectives and basic teaching requirements of industrial engineering specialty. On the basis of students' basic training as industrial engineers, the topic should be advanced and complete, reflecting the new technologies, theories and methods of industrial engineering as much as possible, and trying to combine production and scientific research tasks.

Novelty requirements of the topic: the topic should be updated once a year as far as possible, and new tasks and goals should be explained for the existing topics.

Design content requirements: the design should be clear and have enough workload and practical difficulty; The design content requires sufficient depth and certain representativeness, so that students can get effective training in professional basic skills; Adhere to one question for each student. Big and difficult questions can be broken down into several sub-questions, but there must be a clear division of labor. For students with strong ability, the design content can be deepened and broadened appropriately.

Task workload requirements: Starting from literature review and investigation, set the workload according to the situation that students work 6-8 hours a day, one week * * * 16-20 weeks.

(b) Scope of the topic

According to the training goal of industrial engineering graduates of Xi University of Technology and the work that IE engineers are mainly engaged in at present, the following topics are put forward for reference (the topic tries to solve practical problems in production system and service system): work research and efficiency.

Study the improvement and design of factory production system by methods;

Research and optimize the design of factory logistics system by using methods;

Using methods to research and design to improve the production efficiency of enterprises;

Economic effect analysis of action research;

Using activity measurement to formulate scientific time quota and operation standard, and design enterprises to reduce staff and increase production. Productivity research

Study on productivity measurement;

Study on the factors affecting the productivity of enterprises and the improvement of productivity;

Research on ways and methods to reduce energy consumption.

human factors engineering

Ways and means to reduce work fatigue and improve work ability;

Study on environmental factors affecting work quality;

Application of anthropometry in man-machine system design:

Man-machine system analysis and evaluation;

Accident and operability analysis.

Application of operational research

Using network plan to make large-scale project progress plan;

Queuing theory is used to optimize design and control.

Optimize inventory design by using storage theory;

Examples of other theories in operational research.

System engineering application

Systematic evaluation and decision-making;

Application of system simulation in production system (or service system);

Development and application of information system

Informatization of production operation layer (such as CAI, PDM, etc.). );

Manage the informatization of office layer (such as MIS, ERP, MRPII, OA, WFS);

Informatization of strategic decision-making level (such as DSS and ES).

engineering economy

Enterprise investment risk analysis;

Evaluation and analysis of engineering technical and economic benefits;

Research on evaluation method of economic benefit;

Project feasibility study;

Technical and economic analysis of equipment renewal.

Value engineering

Application of value engineering in enterprises;

Methods to improve value and its application;

The method and application of realizing product function at the lowest cost.

Logistics Engineering

Research on enterprise logistics system planning and rationalization;

Selection and design of material handling equipment;

Optimization and design of logistics processing system;

Planning and design of modern storage system;

Planning and design of distribution center;

Optimization and simulation of logistics system.

10, production and inventory management

Organization, planning and control of production;

Ways and means to reduce WIP;

Inventory control and analysis;

Ways and means to reduce inventory;

Application of ERP and MRPII in enterprises;

JIT application

1 1, quality management and reliability engineering

Methods to improve product reliability;

Application of total quality management in enterprises;

Application of quality control in manufacturing process;

Application of quality cost control in enterprises:

12, advanced manufacturing mode

Application and benefit analysis of group technology in manufacturing system:

MC related technologies, strategies and applications;

Application of AM or LP in enterprises;

Virtual manufacturing and its application.

III. Design Contents and Requirements

1。 Content requirements of graduation design thesis

The main contents of the thesis submitted for graduation design of industrial engineering specialty are as follows:

Demonstration of topic selection

Scheme comparison and selection

Principle and theoretical analysis

Engineering design and calculation

Technical and economic analysis or planning, control and decision-making

Modeling, simulation, data processing and analysis, evaluation and optimization

Content that reflects the computer application ability and the ability to read and use foreign materials.

The above contents can be aimed at specific topics, but students are required to design the papers submitted by graduation project. The logical process of argumentation is clear, and there are needs for analysis, calculation, design basis and process, which can reflect students' ability to comprehensively use IE method and solve practical problems theoretically.

2。 Paper format and workload requirements

The format of graduation design papers of students majoring in this major is strictly in accordance with the requirements of the Specification for Graduation Design Papers of Xi University of Technology. The specific requirements of the paper workload are as follows:

The number of words in the text of graduation design thesis is more than 18000 words.

Supplementary explanation:

A, management or research graduation thesis text more than 25000 words, requires innovation;

B, information system design and simulation topic text words in 12000 words or more.

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