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Page 1 of 5
FACULTY OF ENGINEERING TECHNOLOGY
UNIVERSITI MALAYSIA PAHANG
1
Course Code and Name
BTM 2223 Engineering Dynamics
2
Semester and Year Taught
Semester 2 Year 2
3
Program Level/Category
Degree/Program Core
4
Unit
3 Credits
5
Prerequisite Course
NIL
6
Contact Hours
Lecture:
Tutorial:
Laboratory:
Course Synopsis
This course intends to apply the knowledge of basic principles of engineering dynamics
including kinetics and kinematics motion of a point in both one and two dimensions, velocity
in 1-D and 2-D and break down into components, methods of energy and momentum,
Newton’s laws of motion, vectors components and magnitudes as well as rigid body motion
...
CO2
Explain momentum and energy methods for particles, systems of particles and rigid
bodies
CO3
Design and present a case study/laboratory experiment related to principles of
dynamics
...
Ferdinand P
...
Russell Johnston, Jr
...
10th Edition, McGraw-Hill
2
...
Hibbeler: Engineering Mechanics: Statics and Dynamics
...
William F
...
Sturges: Engineering Mechanics, Dynamics
...
(C2)
Explain momentum and energy methods
for particles, systems of particles and rigid
CO2
bodies
(C2)
Present a case study/laboratory
CO3
experiment related to principles of
dynamics
...
Principle of Work and
Energy
Applications of the
Principle of Work and
Energy
Power and Efficiency
Potential and Conservation
of Energy
Principle of Impulse and
Momentum and Impact
CO
PO
CO1
PO1
C2
CO1
PO1
C2
CO1
CO2
PO1
PO2
C2
C2
Delivery
Methods/
assessment
Lecture
E-learning
3
Lecture
E-learning
Quiz
6
Lecture
E-learning
Lecture
E-learning
Test
3
1
Total SLT
Topic Outcomes (TO)
Learning
Hour
Activity
SLT
Level
in
Bloom’
s
Taxon
omy
Contact
Hour
Week
Module
Page 3 of 5
7
6
2
0
...
25
2
22
FTeK/01/Teaching Plan/Rev01/03/12/2015
5
8-10
Systems of Particles
6
1113
Kinematics of Rigid Body
BTM2223 Engineering Dynamics
Application of Newton’s
laws to the motion of
systems of particles
Linear and Angular
Momentum of a System of
Particles
Motion of the Mass Center
of a System of Particles
Angular Momentum of a
System of Particles About
Its Mass Centre
Conservation of
Momentum for a System of
Particles
Kinetic Energy of a system
of particles
Work-Energy Principle
...
75
22
Delivery
Methods/
assessment
0
...
25
1
7
...
2
5
Prepared by
Checked by
Approved by
Dr Ratnakar Kulkarni
Position: Associate Professor
Siti Aishah Binti Rusdan
Position: Head of Programme (Engineering
Technology Manufacturing)
Date: 07 December 2015
Associate Professor Ir Adnan Bin Zukiple
Position: Deputy Dean (Academic & Students
Affair)
Date:
Date: 04 December 2015
BTM2223 Engineering Dynamics
FTeK/01/Teaching Plan/Rev01/03/12/2015