Faculty of Science

Model (No 12)

Course Specification : Instrumental Analysis

2010 - 2011

  
Farabi Quality Management of Education and Learning - 2/5/2026
University :Damietta University
Faculty :Faculty of Science
Department :علوم البيئة
1- 1- Course data :-
Code: 311ب
Course title: Instrumental Analysis
Year/Level: ثالثة علوم البيئة
Program Title:
  • Environmental Sciences
Specialization:
Teaching Hours: Theoretical: 3 Tutorial: Practical: 4
2- 2- Course aims :-
  1. Provide the students with the essential knowledge and the important skills about the instrumental techniques (Spectrophotometric, atomic absorption, infrared ,chromatographic analytical techniques used for water analysis (nuetrients, silica, phsphates, heavy metals, ....) and monitoring, Control devices and systems used for air pollutants and their application in the environmental analysis.
3- 3- Course Learning Outcomes :-
4- 4- Course contents :-
No Topics Week No.
1 Basics of Chromatographic Analysis: Solubility, polarity and Hydrogen ponding rules.
2 Thin Layer Chromatography (TLC) and Classical Column Chromatography (C.C)
3 HPLC and Gas Chromatography (GC):-Sample, Carrier Gas, Columns, Injection, Detectors, Chromatogram and Peaks
4 Application on different environmental samples.
5 Basics of instrumental analysis.
6 Spectrochemical techniques, physical method of analysis (Turbidimetry, and nephelometry)
7 UV-Vis. spectrophotometry and their application.
8 Atomic absorption spectrophotometry and flame emission spectrometry
9 Infra red spectrometry, total organic carbon analyzer and fluorometry
10 Principles of air sampling
11 Odor detection and determination
12 Air pollution monitoring
13 Data analysis and display
14 Control devices and systems

5- 5- Teaching and learning methods :-
S Method
Interactive presentations (lectures with discussion "using blackboard and datashow").
Practical experiments.
Student’s search using the library internet and report preparation.
Class Activities ( students presentation).

6- 6- Teaching and learning methods of disables :-
  1. لا يوجد

7- 7- Student assessment :-
- Student assessment methods
S Method
Practical exam.
Oral exam.
Final written exam (uvseen exam).
1 - Class activity and report preparation
- Timing
No Method Week No.
1 Final practical exam 13
2 Oral exam 14,15.16
3 Final written exam (unseen exam). 14,15,16
- Degree
No Method Degree
1 Mid_term examination 0
2 Final_term examination 54
3 Oral examination 10
4 Practical examination 36
5 Semester work 0
6 Other types of asessment 0
Total 100%

8- 8- List of books and references
S Reference Type
1 Sawyer,c. & McCarty, P. 2002 "Chemistry for Environmental Engineering". and Text books of Chromatographic separation & Instrumental analysis .
2 Chromatographic analysis course note.
3 Jeremy Colls, Air Pollution, Second Edition, 2002
4 Manahan, Stanley E. 2000. Environmental Chemistry, Boca Raton: CRC Press LLC,
5 Boubel R., Fox D., and Turner D., 2002. Fundamentals of air pollution, 3rd ed., Academic press, USA.

9- 9- Matrix of knowledge and skills of the course
S Content Study week
Basics of Chromatographic Analysis: Solubility, polarity and Hydrogen ponding rules.
Thin Layer Chromatography (TLC) and Classical Column Chromatography (C.C)
HPLC and Gas Chromatography (GC):-Sample, Carrier Gas, Columns, Injection, Detectors, Chromatogram and Peaks
Application on different environmental samples.
Basics of instrumental analysis.
Spectrochemical techniques, physical method of analysis (Turbidimetry, and nephelometry)
UV-Vis. spectrophotometry and their application.
Atomic absorption spectrophotometry and flame emission spectrometry
Infra red spectrometry, total organic carbon analyzer and fluorometry
Principles of air sampling
Odor detection and determination
Air pollution monitoring
Data analysis and display
Control devices and systems

Course Coordinator(s): -
  1. مرفت عبد المجيد مسعد عبد المجيد
Head of department: -
محمود سالم ابراهيم إبراهيم