How to test the pharmacist qualification certificate? What are the job responsibilities?

Biopharmaceutical refers to professionals who design, manufacture and evaluate biological and health systems and products by using the knowledge and principles of engineering, biology and biomechanics. First of all, you have relevant medical education, followed by work experience, in order to finally obtain the pharmacist qualification certificate.

Classification and application conditions of qualification certificate of pharmaceutical engineer The professional qualification is divided into three grades: assistant pharmaceutical engineer, pharmaceutical engineer and senior pharmaceutical engineer.

Application conditions: (meet one of the following conditions)

I. Assistant Pharmaceutical Engineer:

1, bachelor degree or above or equivalent;

2. Graduates with college degree or above or equivalent and relevant practical experience;

Second, the pharmaceutical engineer:

1, has passed the qualification certification of assistant pharmaceutical engineer;

2. Graduates with postgraduate education or equivalent;

3. Bachelor degree or above or equivalent and engaged in related work for more than one year;

4. College degree or above or equivalent and engaged in related work for more than two years.

Three. Senior pharmaceutical engineer:

1, which has passed the qualification certification of pharmaceutical engineer;

2. Graduate degree or above or equivalent and engaged in related work for more than one year;

3. Bachelor degree or above or equivalent and engaged in related work for more than two years;

4. College degree or above or equivalent and engaged in related work for more than three years.

Responsibilities of biopharmaceuticals: 1. Evaluate the safety, efficiency and effectiveness of biomedical equipment;

2, for the planning, procurement and use of medical equipment, give suggestions to hospital managers;

3. Provide suggestions and help for the clinical application of the instrument;

4. Research products using new materials, such as artificial organs;

5. Establish human physiological behavior system model or obtain data by computer simulation to measure and control life operation;

6. Design and develop medical diagnosis and clinical testing instruments, equipment and processes by applying the principles of engineering and physiological behavior;

7. Conduct engineering research on human and animal biological systems together with life science, chemistry and medical personnel;

8. Teach biomedical engineering or advocate relevant knowledge through writing or consultation;

9. Develop and provide technical assistance to persons with disabilities;

10, using signal processing technology to diagnose and interpret bioelectronic data.