Module Handbook
ORGANICS CHEMISTRY III


Module designation Organics Chemistry III
Module level, if applicable
Code, if applicable 16A33C406
Subtitle, if applicable -
Courses, if applicable -
Semester(s) in which the
module is taught
IV
Person responsible for the
module
Dr. Netti Herawati, M.Si
Lecturer Prof. Dr.rer.nat. Muharram,M.Si, Prof.Dr. Pince
Salempa,M.Si, Dr. Netti Herawati, M.Si, Dra.
Ramdani,M.Si, Iwan Dini, S.Si, M.Si
Language Indonesian
Relation to curriculum Compulsory Course
Type of teaching, contact
hours
100 minutes of lectures (class meeting), 120 minutes of
individual activities, and 120 minutes of structured activities
per week.
Workload The total workload is 91 hours per semester consisting of 100
minutes of lectures (class meeting), 120 minutes of individual
activities, and 120 minutes of structured activities per week
for 16 weeks.
Credit points 2 CSU
Requirements according to
the examination regulations
If the student's attendance in the lecture >80% then the
student is entitled to take the exam
Recommended prerequisites Organics Chemistry I and Organics Chemistry II

Module objectives/intended
learning outcomes
After attending this lecture, students are expected to be
able to:

1. Explains the basic concepts relating to the mechanism
of organic compound reaction (KO-1)
2. 2. Distinguishing the types of reactions undergone by
organic compounds based on their functional groups
(KLO-1)
3. 3. Write down the reaction mechanism of organic
compounds
4. 4. Identify factors that affect the reaction mechanism
(KLO-1, KLO-2, KLO-3)
5. 5. Analyze the reactions of certain groups of organic
compounds based on optimum conditions (ALO-1,
GLO-1, KLO-3)
Content
This course studies theoretical aspects of basic organic
reaction mechanisms such as substitution reactions, addisi,
elimination in alkyl halide, oxidation-reduction,
rearrangement, radicalization, and polymerization. This
course provides an understanding of the basic organic
reaction mechanisms and various synthesis of important
organic compounds.
Study and examination
requirements and forms of
examination


For the determination of the final grade of the course, an
assessment is carried out which includes: exams (midterms
and end-of-semester exams), assignments (independent
assignments and groups in instrument testing in the field
(school)), participation in discussions. The exam is done by
giving a written test. The tasks assigned and participation in
the discussion are assessed using rubrics. Observations are
made to assess the attitude of students. The results of the
assessment of the student's attitude are not taken into account
in the final grades but become one of the graduation
requirements
Media employed Presentation material (slide ppt), LCD and projector; Means
of Communication with LMS
Reading list
1. Fessenden, R. J. Dan Fessenden, JS. (1983). Kimia
Organik Jilid 1. Jakarta : Erlangga.
2. Fessenden, 2012, Kimia Organik, edisi ketiga, jilid
2, Erlangga, Jakarta
3. Harold Hart. (1990). Kimia Organik, Terjemahan
Suminar Achmadi. Jakarta : Erlangga.
4. Robert T. Morrison, Robert N. Boyd. (1978).
Organic Chemistry. New Delhi : Prentice Hall India
5. John Mc Murry. (1988). Organic Chemistry.
California : Brooks Colepublishing Company
6. Morrison, N.T, and R.N. Boyd, Organic Chemistry,
4
th
Ed., Allyn and Bacon Inc, Boston, 1983