Full marks VP let IE Industrial Engineering book, I did the planning

IE is industrial engineering, about factory management innovation, reading a book is not too much, and the difficulty is not too great, but it is really a very systematic project to apply in work. It seems that the leader is very important to you, and may hand over the improvement of the enterprise management system to you, welcome to communicate more!

Communicate more with the vice president, your vice president always has ideas. See if you can help him. You've learned a lot. Connect with some realities and think about what can be implemented in your own company and what can't. Apply what you've learned! Pay attention to risk control.

Industrial engineering actually favors the combination of engineering and liberal arts. Generally, he is mainly engaged in the management of production processes in enterprises. In fact, it is not harmful to learn more. The planning should be familiar with the knowledge of production. It is recommended that you learn. IE is a great position.

IE stands for IndustrialIt is composed of the first letter of two words, so it is not difficult to know that IE is the basic business management content, and you need to know IE techniques to do planning.

The purpose of IE is to apply the knowledge of science and sociology to improve the quality and efficiency of our work in a rational and comfortable way, so as to improve productivity, increase the company's profits, and then enable the company to survive and develop for a long time, and the future of the individual is also a place of sustenance. Therefore, to put it simply, the purpose of IE is to make full use of the manpower, equipment and materials of the factory, and to make the enterprise get the maximum benefit with the most economical and effective working methods.

Learn IE well to get the following benefits:

Continuous progress is the foundation of the long-term survival of enterprises and individuals;

Improvement is the driving force of progress, and there is no progress without improvement;

Improvement is never-ending and must be sustained over a long period of time.

IE's content includes:

Engineering analysis. Value Analysis (

Movement Studies. Standards of work.

Time study. Time criteria.

Factory layout. Transportation design.

I think your vice president is really good, and I have to thank him (she) for giving you the opportunity to lay the foundation.

The internal control and audit you have learned is the basic knowledge of cost control, strictly speaking, if I am not wrong, your company is facing difficulties in cost management, learn it as soon as possible, and solve problems for the company and the vice president.

As for the question of IE to be completed, I don't need to explain it Learning is like sailing against the current, and if you don't advance, you will retreat.

Hope mine for you can help.

IE Industrial Engineering has a lot to learn!

But it depends on what you need!

Recommend Chengwei's IE course!

We signed up for a pound, and on June 22nd, it was only 100 yuan!

The above classmates said that they did learn a lot of things, which is why IE is called "the all-round worker of the office".

Huh

Fundamentals of Industrial Engineering Human Factors Technical Economics Machinery Manufacturing Process Fundamentals of Industrial Engineering Production Management Quality Engineering Enterprise Management Database Management System Project Management, I can't remember it.

Industrial engineering is very miscellaneous, I learn everything, but I am not very proficient.

Let's see for yourself, it's a comprehensive introduction.

Now it is very difficult to do IE in Guangxi, I am doing IE, in the Yangtze River Delta, my girlfriend is from Nanning, I know more about that side, there are few production-oriented enterprises, not suitable for the development of IE, and small and medium-sized enterprises, not conducive to the long-term development of IEER, but after a few years of prosperity in the Pan Beibu Gulf, there may be some improvements, but at present, it is recommended not to go back, it will make you more disappointed.

As far as I know, the treatment of Liuqi is good, of course, it also depends on what kind of company you want to go to!! There is also previous work experience, and if you do have something to do on your resume, it won't be difficult to find a stable job!! Hope it helps!!

RWTH Aachen University, Technical University of Berlin, Darmsda**, Dreston University of Technology are all good, Munich University, Heidelberg University, and Bonn University of Technology all have this major, and this major is still relatively good in Germany.

Industrial engineering is well developed in developed countries! This is also the reason for the development of industrialization! The reason why Chinese companies are lagging behind is because they have not applied industrial engineering! I'm not here to answer questions, I just want more people to know about industrial engineering! Especially those brain-dead state-owned enterprises.

IE engineer (industrial engineer) is a person engaged in industrial engineering, who is responsible for personnel deployment, mold making, work instruction preparation, and production arrangement in the factory.

The job responsibilities of IE engineers are divided into: introduction of new products and follow-up of product mass production, production improvement, production improvement, production improvement, production improvement.

First, the introduction of new products:

1. According to the information and samples provided by the engineering department, formulate the preliminary process flow and SOP (standard operating procedure, English: standard operating procedure, often abbreviated and referred to as SOP) precautions.

2. According to the order volume, formulate the production capacity of new products and arrange relevant technicians to make SOPs.

3. According to the product structure, design the relevant auxiliary fixtures and arrange technical personnel to follow up.

4. Confirm whether the relevant information and fixtures are made according to the requirements before the first production.

5. Assist the production line to provide relevant technical guidance, and analyze and improve the problems in production.

6. After the first production, put forward the problem points and improvement plans and track the results.

7. Break through the existing situation, introduce semi-automation, reduce manual operation, and improve the product completion rate.

8. Prepare work instructions according to the product to ensure that the operator can operate correctly.

2. Follow-up of mass production of products:

1. Confirm whether the problem point of the first trial production is solved before returning to the order for mass production.

2. Re-revise the production process, standard working hours and production capacity according to the results of the first production.

3. Confirm the standardization of product process, working hours and production capacity.

4. Deal with sudden abnormalities on the production line to ensure smooth production.

3. Production ImprovementProduction ImprovementProduction ImprovementProduction Improvement:

1. Understand the structure and quality requirements of old products.

2. Analyze the invalid operations in the production line.

3. Comprehensively decompose the waste that occurs in the production process and propose solutions.

4. Negotiate with the engineering and quality control departments for relevant improvements in the structure and quality of old products.

5. Improve the production process of old products, and design new tools and fixtures to achieve the purpose of improving efficiency.

6. Improve the process of on-site guidance, quality, personnel ranking and production efficiency confirmation.

7. Arrange relevant technical personnel to update and confirm the operation standards and production capacity of improved products.

8. Precautions for the training of production site management personnel and improved products in subsequent production.

4. The job requirements of IE engineers are as follows:

1. College degree or above (technical personnel who have worked in the company for many years and meet the requirements of the engineer level).

2. More than three years of rich work experience, with good communication and coordination skills.

3. Electronics, computer, mechatronics and other related majors.

4. Familiar with AutoCAD, Protel, and other design software, familiar with various office software, etc.

5. Have strong dedication, enterprising spirit and innovative thinking, strong initiative and the courage to take responsibility.

Engineering, to"Quality, cost, benefit"This is the discipline of manufacturing enterprise management optimization and development methods as the core idea, which is my summary of four years.

Employment is relatively easy, but high salary is difficult, industrial engineering in the enterprise is mainly divided into group IE and on-site IE, the former is similar to the existence of staff, or good, but there are not many enterprises, the latter is more tired and hard, but the demand is larger.

Industrial engineering is a comprehensive discipline composed of management, statistics, engineering, industrial design, etc.

At present, industrial engineering is also quite popular, you can try it.

Your current situation is a problem faced by many IE people just out of school, including me, but I recommend a book to you - "IE Practitioner", which is very suitable for your current situation, from study to employment, from entrepreneurship to work, very professional and interesting.

I don't quite understand what you're talking about, is it a program or a profile?

In the making, together. Thank you!

Hello, I wish you a speedy find.

Using the standard data method, the work content of the same type of work is divided into constant units and variable units. For the stationary unit, a certain representative time value can be determined; For the change unit, the change factor can be analyzed to obtain the time value.

y a bx represents its time value.

By the Least Flat Method:

x: variable value.

y: time value.

n: the amount of data.

A: A certain time value.

b: The slope of the straight line.

From Eq. (1) (3).

3) Substituting formula (2).

The linear equation y=a+bx

and the standard deviation of the straight line.

Fourth, standard working hours.

1, Definitions; Under certain standard conditions, the time required for a certain operation to be completed by qualified and well-trained operators at a normal speed under certain operating methods.

2. Standard working hours range.

2 1 Working conditions: environment, equipment, fixture materials 2 2 Operation methods: processing methods, operation sequences, operation actions, operation layout, posture 2 3 Operators: qualified, fully trained.

2 4 Speed: Normal speed.

3. Maintenance of standard working hours.

3 1 Training and verification of standard working hours methods.

3 2 Design of the reporting system when the working methods, operating conditions, equipment, materials, etc. are changed.

3 3. Investigation and revision of complaints and complaints about standard working hours.

3 4 Periodic review system.

4 Structure of standard working hours.

5 Standard Labor Formula.

Normal working hours = observed working hours Evaluation factor.

Standard working hours = normal working hours (1 + relaxation rate).

Normal working hours + relaxed working hours.