What knowledge and skills are necessary for IE engineers?

Be a good or qualified IE engineer.

There are many things that need to be mastered, and they cover a wide range of topics. I think there are a lot more things needed to do IE than quality, and it can be said that at a certain level, quality is only a subset of IE. IE can be used not only in the manufacturing industry, but also in many other industries.

IE engineers work in different industries and require a different body of knowledge. Many domestic companies, as well as some foreign companies, have limited the efficacy of IE, and many companies only use it to do SOP, SIP, process analysis, facility planning, manpower streamlining, waste reduction, etc. In fact, the greater role of IE can be promoted to system integration, analysis, improvement, etc., such as LP.

I graduated from IE 4 years ago, and I also worked as an IE for a while, and now I specialize in quality. There are two reasons for changing careers: one is that I feel that the domestic IE is still in the early stage of development, and the atmosphere is still slightly lacking, and the other is that I feel that my ability is insufficient, and if I want to do a good job in IE, I still lack a lot of things.

Here are some of the courses I have learned, different schools have different curriculum, many may not be mentioned, I hope that friends of IE majors will add it.

Each company has a different positioning for IE, so the requirements will be different. Understand the company's positioning before applying. If you mainly do on-site improvement, you need more basic IE knowledge.

Operational efficiency requires more financial knowledge. The main requirement is CAD. The above is a personal opinion.

Analysis of the main job content of IE engineers:

First, the main work content of IE engineers:

1. Responsible for the company's production capacity analysis and improvement scheme design, and continuously improve production capacity;

2. Check the company's R&D related information, participate in the review of new products, and put forward suggestions for improvement;

3. Prepare process documents related to the trial production of new products, assist the production line to solve abnormal problems such as assembly and materials, complete the trial production report and put forward feedback suggestions;

4. Assist in lean production improvement projects, production site introduction and automation improvement;

5. Complete other tasks assigned by the company's leaders.

2. Requirements for IE Engineers:

1. College degree or above, major in industrial engineering and other related majors;

2. Proactive, good communication and coordination skills and teamwork spirit;

3. Have a strong sense of responsibility, be able to bear hardships and stand hard work, and have firm working principles;

4. Good health and good character.

Here's what I hope will be of some use to you:

1. Please write down the seven major techniques of IE?

2. Briefly describe what is production line balancing?

3. Usually when solving on-site problems, the '5w2h' management method will be used, and what it refers to.

4, Under what circumstances is it necessary to make on-site improvements?

5. What are the requirements for being an IE engineer?

1. Briefly describe the positions you have held in the company you have worked for in the past and their achievements?

2. What kind of work will you do when the production efficiency reaches the target efficiency?

3. If you improve the operation of a certain station of the production line, how do you implement it?

4. What do you think should be done as an IE engineer?

5. If the company gives you the opportunity to be an engineer, how will you show your work ability?

anser:

1, 1) Engineering analysis method;

2) Handling engineering analysis method;

3) Utilization analysis method (work spot check method);

4) Production line balancing method;

5) action analysis method;

6) the principle of action economy;

7) Improvement of workshop layout;

2. Answer: According to the engineering sequence of the mobile production line, the operation cycle time is calculated from the production target, and the operation is divided or combined to make the workload of each station uniform, and the technique of improving production efficiency is called production line balance;

3. Answer: They are: who - who - what - what.

when --when.

where --where.

how --how.

Why

how much — how much.

4,A, 1) When there is a change in the production system;

2) When it changes due to technological progress;

3) When the design is changed;

4) When the efficiency of the existing workshop layout is low;

5) When the production volume often increases or decreases;

6), When the site has to be moved;

7) When new products are put into operation;

5. A: The ability to create problems, solve problems, abstract ability, comprehensive ability, creative ability, economic value judgment ability, understand interpersonal relationship ability, performance ability, self-promotion ability, etc.;

An IE engineer is a person who is engaged in industrial engineering, in a narrow sense, that is, a practitioner who is responsible for scheduling management personnel, equipment, production materials, operation methods, and factory facilities in a factory. Broadly speaking, it refers to an engineer who uses IE techniques to professionally manage a system as a whole.

It is the optimization of the core network and the maintenance of the core network.

IE engineers are an industry between technical engineering and management engineering, and at the same time a department that coordinates the relationship between various departments, so he covers a wide range of topics: ergonomics, motion and time analysis, process analysis, quality management, etc. All in all, as long as it involves costs (including labor costs, development costs, quality costs, equipment costs, material costs, management costs, etc.), it should be studied and improved.

Of course, IE engineers can be divided into low-level IE engineers, senior IE engineers and consultants. It is relatively simple for low-level engineers to make some on-site improvements, formulate work instructions, and formulate and maintain standard working hours. Senior engineers need to be involved in the direction of the factory's operations; Control of materials, quality, equipment, and management costs; training of personnel, etc.

The consultant is involved in the use of funds, the direction of product development, the market preemption, the direction of enterprise development and other research.

If your positioning point is different, the knowledge you need to master will be different.

IE engineers are Industrial Engineering (abbreviated as Industrial Engineering.

The training of an industrial engineer covers a wide range of contents, which can be roughly divided into three parts:

1) Fundamentals of Science and Technology and Mathematics: including physics, chemistry, mathematics, statistics, computer programming, etc.

2) General engineering training: including engineering mechanics, graphics, manufacturing engineering, engineering materials, electrical principles, chemical engineering, etc.

3) Professional training in industrial engineering: including action and time research, factory layout, engineering economy, operation research, production control, quality control, etc.

The landlord asked like this, he must not have studied IE positively, and I heard others say that this profession is very difficult to test.

If the landlord has a little research on the above three points, you can try it, but if you don't study it, don't waste time.

1. What is industrial engineering

Engineering, IE) is an applied science, which has both the knowledge field of management and engineering technology, which integrates traditional engineering technology with modern scientific management skills, and with the introduction of IE, it can make up for the disconnection between the original management and engineering technology. IE (Industrial Engineering) is also known in Japan"Production technology"or"Management Engineering"。The foundation of IE is the first to come from"Work research"。

The American Association of Internet É (AIIE) defines IE as follows: IE is the combination of engineering, design, improvement, and setting to integrate people, materials, equipment and other systems. In order to express, **, and evaluate the results produced by the system, we use engineering analysis or design principles and techniques, and integrate specialized knowledge and experience in mathematics, natural science, social science, etc.

From this definition, we can understand that IE is a know-how that designs, improves or sets up the working systems of people, materials and machines in order to obtain higher productivity. 2. IE (Industrial Engineering) is characterized by using engineering technology as the basis and scientific management skills to discover, solve and prevent problems; The ultimate goal is to enable the enterprise to obtain the maximum benefit through the operation of management, so it is related to the cost or economic benefits, including the system, operating methods, machines, molds, and fixtures should be mastered and improved; It is an applied science, and its operation theory should be able to meet the actual needs, so IE engineers should have the ability to practice, so that theory and practice complement each other to ensure the management effect; It is to use the skills of key management to make key breakthroughs in the problems faced.

3. What is the main scope of IE engineering The main scope of work of IE (industrial engineering) at this stage is roughly: engineering analysis, work standards, action research, time research, time standards, time value, value analysis (factory layout, handling design, etc.).

IE is Industrial Engineering, and the main work content is:

1. Capacity evaluation, resource optimization, continuous improvement of production efficiency, and assistance to the production line to solve problems;

2. Formulate standard working hours and personnel quotas as the basis for plant efficiency improvement and cost evaluation;

3. Plan the factory layout, optimize the logistics, increase the space utilization, optimize the logistics of the assembly line, reasonably arrange the assembly line, and give full play to the maximum efficiency;

4. Action research (mod method) to improve the operation mode and line balance, improve the operation efficiency, and reduce the scrapping of materials;

5. Standardization analysis and research (operation analysis, process analysis), determine the standardized process and improve management efficiency;

6. Analysis of manufacturing costs, reducing scrap costs and manufacturing costs;

To be an IE engineer, you need to plan layout and design tools, etc., so you must be able to CAD, and the improved effect must be able to show well, so you must also be able to make PPT.