The main courses of pharmaceutical engineering undergraduate are biochemistry, organic chemistry, physical chemistry, chemical engineering principles, pharmaceutical synthetic chemistry, pharmaceutical technology, medicinal chemistry, pharmacology, pharmacy, pharmaceutical analysis, natural medicinal chemistry and so on.
Among them, biochemistry is more difficult, and learning the whole pharmacy course well is a basic course. There are pharmacology, pharmacy and pharmaceutical analysis, which are all important courses and should be mastered.
Pharmacology, as its name implies, is the mechanism of action of drugs, so it involves in vivo experiments. If the teacher you follow during your graduate school is mainly in the direction of pharmacology, then you must be exposed to animal experiments, mice and rabbits.
There is pharmacy, and the postgraduate tutor is in the direction of pharmacy, so he will do a lot of synthetic experiments! What students do is about the substances extracted from tea. Every time I pass through their lab, there is a strong smell of tea ~ of course, many instruments are used.
Employment direction of pharmaceutical engineering specialty:
After graduation, students majoring in this major can engage in the production of pharmaceutical products, scientific and technological development, applied research and management.
Engaged in industry:
After graduation, I mainly worked in medicine, new energy, medical equipment and other industries, as follows:
1 pharmacy/bioengineering.
2 new energy.
3 medical equipment/instruments.
Machinery/equipment/heavy industry.
5 instrumentation/industrial automation.
6 Other industries.
Petroleum/chemistry/minerals/geology.
8 medical/nursing/hygiene.