This document provides information about the course KIG3003 Mechanics of Machines and Vibrations taught at the University of Malaya. It includes details such as the course instructors, timetable, synopsis, expected learning outcomes, references, student learning time breakdown, assessment criteria including assignments, tests and exams worth a total of 100%. The course introduces fundamentals of vibration analysis for single-degree, multi-degree and continuous systems through lectures, active learning and cooperative group work. Students will learn analytical methods to solve free and forced vibration problems in engineering.

1. KIG3003
MECHANICS OF MACHINES AND VIBRATIONS
LECTURE 1:
Course Introduction
Department of Mechanical Engineering
By:
Assoc. Prof. Ir. Dr. Rahizar Ramli
rahizar@um.edu.my
rahizar@um.edu.my

2. Contents
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1. Course Pro-Forma
2. Detailed Course Information
3. Student Learning Time (SLT)
4. Course Learning Outcomes (CLOs) and Programme Learning Outcomes (PLOs)
5. Marks Distribution
6. Activities

3. 1. Course Pro-Forma
rahizar@um.edu.my

4. 1. Course Pro-Forma (cont.)
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5. 2. Detailed Course Informa;on
rahizar@um.edu.my
Updated: Session 2022 / 2023 Semester 2
1
KIG3003 Mechanics of Machines and Vibration
KIG3003 Mekanik Mesin dan Getaran
Basic Course Information:
Instructors
(1) Assoc. Prof. Ir. Dr. Rahizar Ramli (G1 & G3)
Level 7, Block L
[rahizar@um.edu.my]
(2) Ts. Dr. Soong Ming Foong (G2)
Level 7, Block L
[mfsoong@um.edu.my]
Timetable
G1:
Monday, 9am – 11am, DK5
Thursday, 9am – 10am, BK201
G2:
Monday, 9am – 11am, DK2
Thursday, 9am – 10am, BK202
G3:
Tuesday, 9am – 11am, BK202
Thursday, 10am – 11am, BK201
Course Synopsis
This course introduces students of mechanical engineering to the
fundamentals of vibrations for one-degree-of-freedom (DOF) systems,
two-DOF systems, and multi-DOF systems in engineering field. This
includes solving for free and forced, undamped and damped vibrations,
and the important concepts that come with these, e.g. resonance,
damping ratio, natural frequency, mode shape, transfer function, etc.
Expected
outcomes
After following this course, students shall be able to:
(1) Explain the concepts of vibration in undamped and damped systems
(2) Analyze free or forced vibration problems in mechanical engineering
(3) Apply analytical methods in vibration problems
(4) Determine relationship between theory and practice in vibration
problem
Main references
Main references:
(1) Rao, S. S. (2017). Mechanical Vibrations (6th ed.). Pearson.
(2) Lecture notes
Other references:
(3) Palm, W. J. (2007). Mechanical Vibration. John Wiley and Sons.
MAKLUMAT KURSUS UNTUK SEMESTER/PENGGAL SEMASA
COURSE INFORMATION FOR CURRENT SEMESTER/TERM
UM-PT01-MQF-BR006-S00
Sesi Akademik
Academic Session
2022/2023
Semester/Penggal
Semester/Term
2
Kod Kursus
Course Code
KIG3003
Tajuk Kursus
Course Title
Mekanik Mesin dan Getaran / Mechanics of Machines and Vibrations
Bahasa Pengantar
Medium of Instruction
English
Rujukan Utama
Main Reference
1. Mechanical Vibrations (6th
Edition), Singiresu S. Rao, Pearson Inc., 2017.
2. Engineering Vibration (4th
Edition), Danial J. Inman, Pearson Inc., 2014.
3. Mechanical Vibration, William J. Palm III, John-Wiley & Sons, 2007.
Strategi Pembelajaran
Learning Strategies
Lecture, AL, CL
Masa Pembelajaran Pelajar
Student Learning Time
Bersemuka / Face to face: 42 hours
Tidak Bersemuka / Non Face-to-face: 7 hours
Masa Persediaan Pelajar / Student Preparation Time: 42
Kemahiran Boleh Pindah
Transferable Skills
None
Pensyarah / Lecturer
Bilik / Room
Telefon/e-mel
Telephone/e-mail
Assoc. Prof. Ir. Dr. Rahizar Ramli
No.8 Level 7, Menara Kejuruteraan
03-7967 7623 / rahizar@um.edu.my
Sesi Kuliah / Lecture Session:
Hari/Masa / Day/Time
Tempat / Venue
rujuk kepada myum.edu.my / refer to myum.edu.my
Sesi Tutorial/Amali:
Tutorial/Practical Session:
Hari/Masa / Day/Time
Tempat / Venue
rujuk kepada jadual waktu jabatan/ Refer to departmental timetable
Perincian Pemberatan Penilaian
Detail of Assessment Weightage
Penilaian Berterusan / Continuous Assessment : 40%
Peperiksaan Akhir / Final Examination : 60%

6. 2. Detailed Course Information (cont.)
rahizar@um.edu.my
Main Reference:
1) Mechanical Vibrations – 6th Edition, Singeresu S. Rao,
Pearson Inc., 2018.
Additional References:
1) Engineering Vibration 4th Edition, Danial J. Inman, Pearson
Inc., 2014.
2) Mechanical Vibrations, William J. Palm, John Wiley & Sons,
2007.

7. rahizar@um.edu.my
2. Detailed Course Information (cont.)

8. 3. Student Learning Time (SLT)
rahizar@um.edu.my

9. 4. CLOs & PLOs
rahizar@um.edu.my

10. 4. CLOs & PLOs (cont.)
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11. 5. Marks Distribution
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• AcHve Learning (AL) => 10%
• MATLAB/Simulink assignment
• CooperaHve Learning (CL) => 10%
• Group Project
• Mid-term Test (Online Test) => 20%
• Final ExaminaHon => 60%
TOTAL = 100%
*CW = 20%
*CA = 40%
CW = Course Work
CA = Continuous Assessment
* Note:

12. rahizar@um.edu.my
Q & A