No

Module Name

Pharmaceutical Analysis

1

Code of Subjects

P10A02.0206

2

Study load

2(2-0) credits

Contact hour per semester: 27

Independent study hour per semester : 64

Total workload : 91

3

Semester

2

4

Precondition

There is no

5

Competence

After following this course, students are expected to be able to consider methods of analysis of raw materials and solid and cosmetic products, including raw material analysis, diazotization reactions, high performance liquid chromatography, mixed spectrophotometry, and spectrophotometry with addition standards. The material provided includes the analysis of active substances in solid preparation raw materials; diazotization reactions in analysis; determination of the active substance in solid preparations using HPLC, the internal standard method in HPLC, and UV-vis spectrophotometry for mixed samples; analysis of solid cosmetic preparations; and determination of dye content in solid cosmetic preparations using the standard addition method

6

Elements of Competency

MKK

7

Type Competency

Main competence

8

Syllabus

This course discusses methods of analysis of raw materials and solid and cosmetic products, including raw material analysis, diazotization reactions, high performance liquid chromatography, mixed spectrophotometry, and spectrophotometry with addition standards. The material provided includes the analysis of active substances in solid preparation raw materials; diazotization reactions in analysis; determination of the active substance in solid preparations using HPLC, the internal standard method in HPLC, and UV-vis spectrophotometry for mixed samples; analysis of solid cosmetic preparations; and determination of dye content in solid cosmetic preparations using the standard addition method.

9

Attribute Soft Skill

Ethics, awareness, discipline

10

Learning methods

Presentation, lecturer, discussion, project

11

Learning Media

LCD Projector

12

Appraisal

Task (20%); Mid Exam (40%); Final Exam (40%)

13

Lecturer

Rimadani Pratiwi, M Si

14

References

• Skoog DA, Holler FJ, Crounch SR. Principles of instrumental analysis. Australia: Cengage Learning. 2018.
  
• Pedersen-Bjergaard S,  Gammelgaard B, Halvorsen TG. Introduction to pharmaceutical analytical chemistry. NJ : Wiley, 2019.
  
• Rao DM, Swamy AVN, Reddy DH. Instrumental methods of analysis. Kindle ed. CBS Publishers Ltd. 2020.