The role of economic mathematics in logistics management

Optimize the route and ultimately achieve the result of saving money.

Logistics management is mathematical, but not very deep. I am a student of this major. To take the basic course: Advanced Mathematics.

Calculus, derivatives. Probability Theory and Mathematical Statistics.

Statistics, the hardest is operations research.

Basically, these are a few subjects related to mathematics. In general it is not too difficult. The main thing is hard work. College math is the kind you can understand by doing a few more problems.

In fact, I am not very good at mathematics, but I can feel that only operations research is the kind of thing that you may not learn how to learn, and the rest can be learned by you with a little effort.

Logistics management science is a new discipline that has emerged abroad in the past one or two decades, and it is a new and important branch of management science. With the production technology.

With the improvement of management skills, the competition between enterprises is becoming increasingly fierce, and people are gradually finding that enterprises are reducing production costs.

The competition seems to have come to an end, and the quality of the product is only a stepping stone for an enterprise to enter the market and participate in the competition.

At this time, the focus of competition began to shift from the production field to the non-production field, and turned to those logistics activities such as transportation, storage, packaging, loading and unloading, circulation and processing, which were scattered and isolated in the past, and were regarded as auxiliary links and were not valued.

Application: It is widely used in logistics. To find the best purchase volume in the shopping mall, although it is not a direct discrete problem, it is also necessary to use the idea of discreteness.

In addition, wherever computers and numerical analysis are involved, discrete mathematics is indispensable. Discrete mathematics has increasingly influenced human life.

Discrete Mathematics is an important basic course for computer science majors in science and engineering colleges and universities, which not only makes necessary theoretical preparation for subsequent courses - data structure, operating system, compilation principle, database principle, artificial intelligence repatriation, etc., but also has its unique role in cultivating students' innovative thinking, innovation ability and comprehensive quality.

Discrete mathematics is the traditional science of logic.

Set theory (including functions), fundamentals of number theory, algorithm design, combinatorial analysis, discrete probability, relationship theory, graph theory and trees, abstract algebra (including algebraic systems, groups, rings, fields, etc.), Boolean algebra, computational models (languages and automata), etc. The application of discrete mathematics has spread throughout many fields of modern science and technology.

The above content refers to: Encyclopedia - Discrete Mathematics.

The logistics major is originally a liberal arts major, so mathematics is not too important.

Undergraduate mathematics should have "Advanced Mathematics" (Volume II), "Linear Algebra" and "Probability Theory and Mathematical Statistics", which is a little helpful for the understanding of professional courses in logistics. The main thing is that it has a great effect on Western economics. Maybe being bad at math in college may affect your scholarship evaluation during college, but it can be said that it will not have much impact on your future career!

The important thing about going to college is learning a way of thinking! You'll learn this way of thinking in logistics management, and you'll have that way of thinking if you go to news gathering and editing! So think about it! The way of thinking is what we call ideas!

Hope it helps!

If you want to participate in the design of storage point design, logistics route optimization, etc., you probably need a good knowledge of mathematics, especially operations research.

However, that kind of position is generally filled by more senior talents.

If it's a general job, there shouldn't be a need for complex math.

The logistics major is divided into logistics engineering and logistics management. For logistics engineering, it mainly involves: equipment and facilities technology, information technology, planning technology, optimization technology, etc., which requires a certain mathematical foundation; For logistics management, there are fewer requirements for mathematics, and the main focus of the future is as follows:

Enterprise logistics management and international logistics. For general warehousing and transportation management, advanced mathematics is rarely used. Of course, the advanced management of logistics management is still inseparable from mathematics, and statistical analysis of data is still necessary.

Those who say that logistics is a liberal arts directly ignore it, and some schools in China set logistics in liberal arts.

It is also because China's logistics are too backward.

The purpose of logistics is obviously different by industry, for example, the primary purpose of the energy industry is to balance risk and cost, the clothing industry is mainly to reduce the lead time, and the time cost is much heavier than the cost of materials (check the case of the Spanish zara company, their logistics is really an art, you can also understand what is logistics), manufacturing logistics is production timing optimization, inventory optimization, cash flow control, etc.

The most basic operations of logistics, such as warehousing, warehousing, transportation, warehousing... The actual implementation of these does not require mathematics, and after short-term training, you can be in good health, and you will be able to deal with people.

On the next level, in order to reduce costs and improve efficiency, logistics optimization needs mathematics, such as market demand, inventory optimization, production timing optimization, ---etc. Bachelor's and Master's degrees should be competent.

On the next level, the development of logistics strategy to match the enterprise strategy and the first chain management, this requires marketing, accounting, strategic planning、。。 All are well understood--- preferably an MBA

So if you're interested in logistics, be sure to continue your bachelor's degree (at least) in the future, the rapid development of this industry can bring benefits to your career.

In addition, "good prospects" is to look at two sides, the logistics industry is developing rapidly, but the corresponding is very backward in China, to recruit ** look at the recruitment requirements of the logistics industry to understand.

Mathematics is a basic subject, and when the school offers this course, you just need to study hard. Logistics has developed rapidly in China in recent years, and will develop rapidly in the future, after all, China's passenger and cargo traffic is the world's first. The better schools will give you math and statistics and operations research.

But these are good as a foundation, not the core of logistics. Logistics lies in integration and transmission.

Logistics management is a liberal arts major, not necessarily good at mathematics, mainly focusing on soft, mainly literal, girls are more suitable for studying this major.

Management itself is an art, and what is required is the ability and skill to deal with various problems; Mathematics may affect your grades in a subject, but it won't affect you to be a good manager; In the work, there are few situations where you really need to use mathematics for analysis, and more is the ability to deal with various daily problems, and even if you learn mathematics well, you may not be able to use it, and the real mathematical problems in logistics will be dealt with by special people.

In college, advanced mathematics is a compulsory course, and you have to study all majors. Mathematics and logistics have little to do with it, and the choice of major is determined by personal preference and other factors, not that it is good now that it will be good when you graduate, and if you are not good at employment now, it will not be good to be employed in the future.

For logistics operations, mathematics is not important, but it is important for logistics planning.

The math is not very demanding.

But subjects such as operations research also need to have some mathematical foundation, and sometimes they require thinking skills rather than computing skills.

Undoubtedly very important, and those who say that it is not important are laymen.

Logistics majors have nothing to do with mathematics, and university is a new starting point!!

The requirements for mathematics are okay, and it is more difficult to learn in the second semester of the freshman year, so it should be okay to be serious.

You can check the introduction of logistics management on the Internet, there will be an introduction to the course above. There is also the school's admission prospectus, which will give restrictions on majors in the regulations if mathematics is required.

Logistics is more liberal arts. Don't worry too much.

It's not very important, logistics is mainly based on literature, and mathematics is only a public course, not a professional course.

Job skills are not the most important, the ability to interact with people is the most important, it doesn't matter if you're good at math or not, it doesn't matter what major you study.

Logistics economics is an interdisciplinary discipline between logistics and economics, and its essence is economics. Logistics economics is the study of a certain logistics system, related to logistics activities related to the economic relationship, is the comprehensive use of macroeconomics, microeconomics, industrial economics, engineering economics, logistics, operations research and other related discipline theories, the study of logistics resources optimal allocation, logistics market supply and demand, macro logistics industry development, logistics industry organization evolution law, logistics industry growth and other issues of applied science.

Logistics economics is a discipline that studies (the intersection of logistics and economics).

Extension: Its essence is economics, which is economics with logistics as the research object, which is a discipline that mainly studies how to follow economic laws in logistics activities and optimize logistics behavior according to economic goals.

Logistics economics has the characteristics of general economics, that is, the optimal allocation of limited economic resources to achieve the best economic results. For logistics economics, the study is the rational allocation of logistics resources including people, money and materials necessary for the implementation of logistics activities, so as to achieve the best logistics economic effect.

FYI.

The economic problems of logistics can be divided into macroeconomic problems and microeconomic problems, macroeconomics mainly studies the relationship between logistics and national economy and industrial development, and microeconomics focuses on the study of economic decision-making problems in enterprise logistics management. It is to solve the problem of how logistics activities can achieve the best economic goals expected by decision-makers, and the motivation of its research is mainly driven by a series of practical problems that people encounter in logistics activities that must be solved. Economic goals are the main goals of logistics activities, and the realization of economic goals is limited by various objective factors, including natural resources, social resources and other conditions.