Pharmaceutical engineering is an interdisciplinary field involving drug preparation, processing, design, analysis and quality control, aiming at cultivating senior professionals with knowledge, ability and quality of pharmaceutical engineering to adapt to the rapid development of pharmaceutical industry and market demand.
This major focuses on practical operation and engineering application, and requires students to have a solid theoretical foundation and practical ability, and be able to engage in drug research and development, process design, production management, quality control, sales management and other aspects.
Professional basic courses involve pharmacy, chemical engineering, biology, medicine and other disciplines, including medicinal chemistry, pharmacology, biotechnology, pharmacy, biochemistry, chemical engineering principles, pharmaceutical equipment and technology, and drug quality control. Specialized courses focus on practical application, including pharmaceutical engineering course design, pharmaceutical technology, pharmaceutical engineering training, pharmaceutical production quality management and many other aspects.
Graduates majoring in pharmaceutical engineering can engage in drug research and development, process design, production management, quality control, sales management and other aspects, and can also engage in related fields of pharmaceutical industry, such as medical devices, biotechnology, pharmaceutical logistics and other aspects. This major has broad employment prospects, strong market demand and high career development prospects.
Basic business requirements of pharmaceutical engineering:
1, master the basic knowledge and theory of pharmaceutical engineering and related disciplines, as well as the research methods and technical means of scientific research, technical development and engineering design in pharmaceutical engineering; Understand the frontier, professional status and development trend of pharmaceutical engineering, and understand the technical standards, policies and regulations related to drug research and development, production and engineering design.
2. Have the basic ability to apply modern information technology to obtain professional related information; Have the basic ability to solve complex engineering problems such as technical transformation and innovation of pharmaceutical engineering, design and analysis of process engineering; Have a good awareness of quality, safety, environmental protection and health, and have the basic ability to deal with emergencies related to drug production.
3. Have good language expression, interpersonal communication, teamwork and organizational management skills; Have a certain international vision and cross-cultural communication and cooperation ability; Have the awareness of lifelong learning and the ability to adapt to the development of the industry.