What s going on in pharmaceutical engineering? Pharmaceutical engineering is not really pitfall

Pharmaceutical engineering is an engineering major at the intersection of chemistry, biology, pharmacy (traditional Chinese medicine) and engineering, with the goal of cultivating talents engaged in drug R&D and manufacturing, the development, amplification and design of new processes, new equipment and new varieties. The name officially appeared in the Ministry of Education's Undergraduate Programs Catalog in 1998.

Although the pharmaceutical engineering major is new in name, it is not completely new from the perspective of discipline evolution, it is a continuation of similar majors, and it is also the product of the development of science and technology in China to a certain period. Before the official appearance of the name pharmaceutical engineering, domestic universities have set up related majors according to their own conditions, such as chemical pharmacy, traditional Chinese medicine, antibiotics, fine chemicals, microbial pharmaceuticals, etc.

The industries closely related to pharmaceutical engineering are mainly the pharmaceutical industry, including traditional chemical pharmaceuticals, domestic pharmaceutical engineering, biopharmaceuticals, traditional Chinese medicine pharmaceuticals and pharmaceutical preparations, and some pharmaceutical intermediate manufacturers and some health care product manufacturers are also related to pharmaceutical engineering.

Due to the increasing importance of human health in the world, "medicine", as one of the most important commodities to ensure human health, has received more and more attention, and has put forward higher and higher requirements for the variety, quality and effect of drugs. Moreover, with the improvement of people's living standards, the importance of drugs will be greatly increased, and the state will also increase the access system and supervision of the pharmaceutical industry.

Pharmaceutical engineering is an undergraduate major in ordinary colleges and universities, which belongs to chemical and pharmaceutical majors. This major cultivates professional engineering and technical talents with all-round development in moral, intellectual and physical aspects, and can adapt to the development of the pharmaceutical industry. Graduates of this major should have professional knowledge of pharmaceutical engineering and the ability to engage in the technical development, engineering design and product production quality management of drugs, pharmaceutical excipients, pharmaceutical intermediates and other related products, have good professional ethics, a high sense of social responsibility, strong product quality awareness and a certain international vision and social communication ability, and be able to engage in product development, engineering design, and other units in production enterprises, scientific research institutes, design institutes and management departments in the pharmaceutical and related fields. Production technology and quality management and scientific and technological services or enter this discipline and related disciplines to continue their studies.

The employment rate is quite high, but the salary is not high.

The working environment in a pharmaceutical factory is harmful to the human body.

Of course, if you have enough ability, you can go to drug testing institutes, research institutes, etc., the laboratory environment will be relatively better, and the treatment will be good.

There is another way - choose to stay in school.

Pharmaceutical engineering is not pitfall; This major requires students to master the basic theories and basic knowledge of chemistry, pharmacy, pharmaceutical engineering and chemical technology, master the basic principles and basic skills of drug synthesis, basic synthesis, modification and formulation of organic fine chemicals, and cultivate senior engineering and technical talents with production, operation and management, scientific research and development, and applied research in pharmaceutical process.

Cultivate and master the major of pharmaceutical engineering.

and related disciplines, with a good sense of innovation, entrepreneurship and professional ethics.

High-quality professionals who have the ability to analyze and solve complex engineering problems, as well as the ability to innovate and start a business, and can be engaged in scientific research, technology development, process and engineering design, production organization, management and service in pharmaceutical and related fields.

Overall framework. The knowledge system of pharmaceutical engineering includes general knowledge, basic knowledge of disciplines, professional knowledge, and practical teaching. Curriculum system.

It should be able to support the achievement of training goals, and each university can appropriately adjust the credit ratio of each teaching module according to its own characteristics.

1) General education credits account for about 40% of the total credits.

2) Professional education credits account for about 50% of the total credits.

3) Comprehensive education credits account for about 10% of the total credits. Such as: psychological and health education, academic and scientific and technological innovation activities, interdisciplinary elective courses, entrepreneurship education and optional activities, etc.

4) Practical teaching credits (including course experiment credits) should not be less than 25% of the total credits.

According to their own school positioning, discipline characteristics and talent training goals, colleges and universities can carry out diversified reform and exploration in terms of training programs, curriculum settings, teaching organizations, evaluation methods, etc., so as to form their own professional and talent training characteristics, so as to meet the needs of the society for pharmaceutical engineering professionals and the different development needs of students.

Pharmaceutical engineering is an engineering discipline that uses the principles and methods of chemistry, biology, pharmacy and engineering disciplines to study and solve common problems such as process, engineering and quality management in the process of standardized drug production. It is an engineering and technical discipline that researches and develops products or services related to industrial production and human health care based on the knowledge of life science, pharmacy and chemical engineering, combined with modern biotechnology.

Pharmaceutical engineering is a chemical and pharmaceutical major, with a basic study period of four years, and a bachelor's degree in engineering is awarded. The program aims to train students with basic theories and basic knowledge in mathematics and physics, chemistry, pharmacy, pharmaceutical engineering, and chemical processes.

Master the basic theories and basic knowledge of chemical pharmaceuticals, biopharmaceuticals, traditional Chinese medicine pharmaceuticals, pharmaceutical preparation technology and engineering, master drug production equipment and technological processes, have the basic ability of production, management, engineering design, new drug research and development of pharmaceutical products, and be able to engage in engineering and process design, product and technology development, production and quality management in pharmaceutical engineering and related fields after graduation.

After graduation, students majoring in pharmaceutical engineering can work in pharmaceutical enterprises, drug research and design units, drug management, supervision and inspection departments, health products, food, pesticides, daily chemicals, colleges and universities and other enterprises and institutions to engage in technical management, quality control, drug research and development, production and sales, equipment operation and maintenance, development and management, teaching and scientific research, etc.

Summary. After graduation, he mainly worked in pharmaceutical, new energy, medical equipment and other industries, roughly as follows: 1 Pharmaceutical Bioengineering 2 New Energy 3 Medical Equipment Equipment4 Machinery Equipment Heavy Industry 5 Instrumentation Industrial Automation 6 Other Industries 7 Petrochemical Mining Geology 8 Medical Nursing Health Position:

After graduation, he is mainly engaged in sales engineer, equipment engineer, and other work, which is roughly as follows: sales engineer, equipment engineer, R&D engineer, verification engineer, process engineer, sales manager, preparation researcher, hope the answer is helpful to you, I wish you a happy life!

After graduation, he mainly worked in the pharmaceutical, new energy, medical equipment and other industries, roughly as follows: 1 Pharmaceutical bioengineering 2 New energy 3 Medical equipment equipment 4 Machinery equipment Heavy industry 5 Instrumentation Industrial automation 6 Other industries 7 Petrochemical Mineral Geology 8 Medical Nursing Health Position: After graduation, he is mainly engaged in sales engineers, equipment engineers, and other labor movements, which are roughly as follows:

Sales Engineer, Equipment Engineer, First Engineer, R&D Engineer, Verification Engineer, Process Engineer, Sales Manager, Preparation Researcher, I hope the answer is helpful to you, I wish you a happy life!

How to get a process engineer.

Wait a minute, I'll check it out for you.

Process engineer, English name is process engineer, is a job title in an industrial enterprise, process engineer is mainly responsible for improving the process level of enterprise products, improve the quality of products. There are many types of process engineers, which are divided according to the direction of work, mainly organic sail machine process engineers, chemical process chain early engineers, manufacturing process engineers, electrical process engineers, etc.

Hello, pharmaceutical engineering is not bad. No matter what major, there is a necessity for its existence, do not deny the value of a major because of employment problems, as long as you learn well, any major has a future.

Summary. Courses: Organic Chemistry, Biochemistry, Physical Chemistry, Principles of Chemical Engineering, Pharmaceutical Engineering, Drug Synthesis Reaction, Medicinal Chemistry, Pharmacology, Pharmaceutics, Natural Medicinal Chemistry, Applied Spectral Analysis, Pharmaceutical Technology, Pharmaceutical Polymer Materials, Pharmaceutical Separation Engineering, Pharmaceutical Analysis, Pharmaceutical Equipment and Workshop Design, Pharmaceutical Management, Pharmaceutical Marketing, etc., some Chinese medicine pharmaceutical disciplines also include Medicinal Botany, Chinese Materia Medica, Pharmaceutics, Chinese Medicinal Chemistry, Chinese Pharmacy, Chinese Medicine Preparation Analysis, Chinese Medicine Pharmacology.

Some pesticide and pharmaceutical engineering disciplines should study botany and pesticide science.

Pharmaceutical engineering is mainly the study of chemistry, biology, pharmacy and engineering and other aspects of the basic knowledge and skills, involving medicine, pesticides, sweet potato fine chemicals, biochemicals, etc., for drug research and development and manufacturing, the development of new processes, pharmacy service substance inspection, etc. For example: the production of Chinese medicine lozenges and Chinese medicine granules, the research and development of new drugs, and the chemical testing of pharmaceutical ingredients.

Courses: Organic Chemistry, Biochemistry, Physical Chemistry, Principles of Chemical Engineering, Pharmaceutical Engineering, Drug Synthesis Reaction, Medicinal Chemistry, Pharmacology, Pharmaceutics, Tianxin Tanran Medicinal Chemistry, Applied Spectral Analysis, Pharmaceutical Technology, Pharmaceutical Polymer Materials, Pharmaceutical Separation Engineering, Pharmaceutical Analysis, Pharmaceutical Equipment and Workshop Design, Pharmaceutical Management, Pharmaceutical Marketing, etc. Pharmacology of Chinese Medicine. Some pesticide and pharmaceutical engineering disciplines should study botany and pesticide science.

Pharmaceutical engineering is an undergraduate major in chemical engineering and pharmaceuticals, with a basic study period of four years and a bachelor's degree in engineering.

This major requires students to master the basic theories and basic knowledge of chemistry, pharmacy, pharmaceutical engineering and chemical technology, master the basic principles and basic skills of drug synthesis, basic synthesis of organic fine chemicals, modification and formulation, and cultivate senior engineering and technical talents with production, operation and management, scientific research and development, and applied research in the pharmaceutical process.