Description
This course addresses the concepts of modern and automated analytical techniques. The student will be provided with the scientific knowledge and trained on the design and use of analytical methods involving UV spectrometry, fluorimeter, voltammetry, and polarography in addition to separation based techniques such as high performance liquid chromatography, thin-layer chromatography, and capillary electrophoresis. Simulation software is used to develop the student skills in adjusting the methodological conditions to fit the required purpose.
Program
Bachelor of Pharmacy-B Pharm
Objectives
- a. Knowledge and Understanding
a.1. Define the theories of instrumental methods of spectroscopic analysis (spectrophotometry, molecular emission (fluorimetry), flame spectroscopy (atomic absorption and emission), IR spectroscopy).
a.2. Distinguish between qualitative and quantitative analytical measurements.
a.3. Discuss the different separation techniques in chromatomatography [columnar method e.g.: HPLC, GC, Planar technique e.g.: TLC].
b. Intellectual Skills
b.1. Differentiate between the methods used in analysis.
b.2. Select suitable instrumental methods of analysis of the substance to be analyzed.
b.3. Appraise the underlining physics principles as they relate to specific instrumentation used for atomic, molecular spectrometry and chromatography.
c. Professional and Practical Skills
c.1. Manipulate hazardous materials according to safety measures.
c.2. Apply a variety of spectroscopic concepts.
c.3. Operate different instrumentation as spectrophotometer, spectrofluorometer and flame photometer in the identification and quantitation of pharmaceutical compounds.
c.4. Conduct research studies, analyze and evaluate the results
d. General and Transferable Skills
d.1. Develop self-learning abilities via answering simple research questions.
d.2. Contribute to team and group work for scientific investigation and reporting.
