Al-isra University
Course Syllabus
Pharmaceutical Organic Chemistry Practical
Course No. |
Credit hours |
Pre- or Co- requested |
Year (semester) |
Lec./lab. Time |
501257 |
1 |
Organic chemistry 501256 |
2012-2013 (2) |
11-2 Sun, Mon, 1-4 The |
Lecturer Name |
Ranke |
Room No. |
Tel No. |
|
Office Hours |
Rami Njadat |
Instructor |
330 |
2685 |
10-11 daily |
Course Description:
This lab is divided into many parts: The first part include various separation and purification techniques of organic compounds that an organic chemist uses daily; including crystallization, distillation and extraction and organic qualitative analysis. The second part deals with the synthesis of certain organic compounds of pharmaceutical importance.
Course Objective:
The objectives of this course are:
Familiarize students with techniques commonly used in the organic laboratory.
Understand how to determin the solubility and functional group classification test.
Learn how to chemically synthesis new compound.
Intended Learning Outcomes:
Successful completion of this course should lead to the following learning outcomes:
Knowledge and understanding: the student should
Learn various separation techniques including Recrystallization, Extraction.
Learn physical and chemical characteristics of organic compounds including determination of the solubility.
Learn various identification techniques including melting point determination.
Professional skills
To follow general policies and safety precautions in the lab
Proper handling of glassware and dealing with heat source in the lab.
Different lab techniques as filtration, distillation and drying.
Transferable skills
Adapt group discussion and learn how to respect other opinion.
Learn the principle of team-work.
Reading List:
Text Book |
Organic Chemistry: A Short Course By Harold Hart, Leslie E. Carine, David J. Hart. Publisher: Houghton Mifflin College; 10th edition ( January 1999) ISBN. 0395902258 |
Other References |
Louis F.Fieser and Kenneth L Williamson, organic experiment 1987. |
Grade Distribution:
Assessment |
Grade |
Quizzes |
10% |
Midterm Exam |
25% |
Reports |
15% |
Evaluation |
10% |
Final Examination |
40% |
Week |
Topic detailes |
Assessment |
1. |
General instruction and safety rules |
|
2. |
Melting point |
|
3. |
Boiling point and distillation |
|
4. |
Recrystallization |
|
5. |
Extraction |
|
6. |
Steam distillation |
|
7. |
Thin layer chromatogrphy |
Midterm exam |
8. |
Organic qualitative analysis |
|
9. |
Synthesis of paracetamol |
|
10. |
Synthesis of dibenzlactone |
|
11. |
Heterocyclic synthesis of 2-methylbenzimidazol |
|
12. |
Revision |
|
13. |
Final examination week |
Final examination |
Teaching and learning strategies:
1. Tutorial and laboratory sessions
2. E-learning for assignment and homeworks
3. Class room discussion.
Tags: course syllabus, short course, course, organic, pharmaceutical, syllabus, chemistry, university, practical, alisra