Module Name | Drug Design | ||||
Module level, if applicable | 4th year | ||||
Code, if applicable | SFA-990 | ||||
Semester (s) in which the module is taught | Seventh semester | ||||
Person responsible for the module | apt. Pinus Jumaryatno, M. Phill, Ph.D | ||||
Lecturer(s) | apt. Pinus Jumaryatno, M. Phill, Ph.D
Dra. apt. Suparmi, M.Si. |
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Language | English- Indonesia | ||||
Relation to curriculum | Elective course | ||||
Types of teaching and learning | Class size | Attendance time (hours per week per semester) | Forms of active participation | Workload | |
Teaching | 50 | 3 | Collaborative discussion | Lecture: 3 (hour) x 14 (meeting) | 52 |
Problem Solving | Problem Solving | Preparation and follow up 5 (hour) x 14 (self-learning) | 70 | ||
Total workload | 122 hours | ||||
ECTS | 4.36 ECTS | ||||
Credit points | 3 CU | ||||
Requirements according to examination regulations | Minimum attendance at lectures is 75% (according to UII regulation). Final score is evaluated based on assignment and reports (30%), Discipline (10%), and exam (60%) | ||||
Recommended prerequisites | – | ||||
Related course | Medicinal Chemistry | ||||
Module objectives/intended learning | By the end of this course students should be able to:
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Content | The course will cover:
1. Rational drug development and physicochemical properties influencing drug action 2. Drug-receptor interactions 3. QSAR 4. Prodrug 5. Structure based design 6. Computer aided drug design 7. Combinatorial chemistry |
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Study and examination requirements and forms of examination | Mid-term, Final term, quiz, assignment, and problem solving | ||||
Media employed | Text books, slides (power points), and video | ||||
Reading lists |
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