Lyceum of the Philippines University
College of Engineering, Computer Studies and Architecture
Effective First Semester, AY 2021-2022
SYLLABUS
Subject Code
Subject Title
No. of Units
Lecture Hours/Week
Laboratory Hours/Week
Prerequisite
:
:
:
:
:
:
MEKN46E
Materials Science and Engineering
Four (4) units
Three (3) hours
Three (3) hours
CHML01E
Course Description:
This course deals with the properties of engineering materials including mechanical, acoustical, electrical, magnetic,
chemical, optical, and thermal properties; laboratory experiments using equipment which include tension,
compression, bending, shear, torsion, and impact tests.
Course Outcomes:
Course Outcomes
After completion of the course, the student should be able to:
CO1 – Evaluate the types, properties, and characteristics of
engineering materials.
CO2 – Identify the different new engineering materials and
their industrial usage.
CO3 – Describe the behavior of materials subject to the different
kind of testing.
Program Outcomes
a b c d e f g h i j k l m n o
E E E E E E E E E
CO4 – Conduct standard test on common engineering materials.
D D D E E E D E D
I – Introductory
E – Enhance
E E E E E E E E E
E E E E E E E E E
D - Demonstrate
Course Content / Learning Plan
Week
1
2
Course
Outcomes
CO1
3
CO2
CO3
4
CO2
CO3
Topics
Orientation
Nature of Materials
Properties and Characteristics of
Materials
- Physical
- Mechanical
- chemical
- thermal
- electrical
- magnetic
- optical
Teaching Learning
Activities
Lecture
(video
presentation)
Seatwork
Lecture
Video presentation
Seatwork
Lecture (video
presentation)
Seatwork
Graded Activities/
Assessment Tools
Quiz
Quizzes
Problem Sets
Quizzes
Problem Sets
5
CO3
CO4
6
7
CO1
CO2
CO3
CO4
8
CO1
9
CO2
CO3
10
CO2
CO3
11
CO2
CO3
12
13
CO2
CO3
Material Testing
- tension test
- compression test
- coefficient of thermal expansion
- beam deflection
- shear/torsion test
Prelim Examination
Fracture Toughness and Fatigue of
Engineering materials
- impact testing
- destructive testing
- fatigue testing
Corrosion Prevention and Control
- significance and purpose
- electromechanical nature of
aqueous corrosion
- corrosion rate determination
- galvanic and concentration cell
corrosion
Non-destructive testing
- magnetic particle
- ultrasonic testing
- penetrant testing
- radiographic testing
Midterm Examination
Ferrous and non-ferrous materials
Lecture
Seatwork
Quizzes
Problem Sets
Lecture
Seatwork
Quizzes
Problem Sets
Lecture
(video
presentation)
Seatwork
Lecture
Seatwork
Quizzes
Problem Sets
Lecture
Seatwork
Quizzes
Problem Sets
Lecture
Seatwork
Quizzes
Problem Sets
Essay
Lecture
(video
presentation)
Seatwork
Lecture
Seatwork
Quizzes
Problem Sets
Quizzes
Problem Sets
14
CO2
CO3
Ceramics
15
CO2
CO3
Polymer and
Composite materials
Lecture
Seatwork
Quizzes
Problem Sets
16
CO2
CO3
Nano and Biomaterials
Lecture
Seatwork
Quizzes
Problem Sets
17
CO2
CO3
CO4
Selection/ Re-use and recycling of
materials
Lecture
(video
presentation)
Flow Chart of a
manufacturing
process
Quizzes
Problem Sets
Essay
18
Quizzes
Problem Sets
Final Examination
Textbook:
Callister, W. Material Science and Engineering: An Introduction 7 th Ed New York NY, Wiley 2007
References:
1. Ashby, M.F. Materials Selection in Mechanical Design, 2011
2. Dowling, N. Mechanical Behavior of Materials: Engineering Methods for Deformation Fracture and
Fatigue 3rd Ed. Prentice Hall, c2007
3. Callister, W. Fundamentals of Materials and Engineering: An Integrated Approach 2 nd Ed. Wiley
c2005
4. Ashby, M. Engineering Materials: An Introduction to Properties, Application and Design, 2005
5. Benham, P.P, Crawford RJ, et al, Mechanics of Engineering Materials, 2001
6. Ashby M, Engineering Materials: Introduction to Microstructure, Processing and Design, 2005
7.
Course Requirements:
1. Problem sets or Seatwork (must be submitted on the deadline set by the instructor).
2. Research work related to the course (preferably related to the program took by the student).
3. Assignments (must be submitted on the deadline set by the instructor).
4. Attendance (Should not exceed to the maximum allowable number of hours required for this subject. Refer to
Student Handbook)
5. Quizzes
6. Laboratory Activity / Experiments
7. Examinations
a. Preliminary Examination
b. Midterm Examination
c. Final Examination
8. Recitation and participation.
9. Final Project / Case Study
Computation of Grades
Prelim Term Grade
Prelim Examination
Creative Academic
Performance
Total
Midterm Grade
40%
60%
100%
Midterm Examination
Creative Academic
Performance
Total
Final Term Grade
40%
60%
100%
Final Examination
Creative Academic
Performance
Total
Prelim Term Grade + Midterm Grade + Final Term Grade
FINAL GRADE
=
3
Assessment Tools
COs
Assessment Tools
CO1
Final Examination
CO2
Final Examination
CO3
Final Examination
CO4
Project
Standards
At least 60% of the students will get a grade of at least 75%
At least 60% of the students will get a grade of at least 75%
At least 60% of the students will get a grade of at least 75%
At least 80% of the students will get a grade of at least 80%
40%
60%
100%
Updated and Prepared by/Date
Validated
by/Date
Approved by/Date
Noted by/Date
Engr. Arnel M. Avelino
Dean
Dr. Ramon C. Maniago
Executive Director for
Academic Affairs
Dr. Francisco P. Javier
Aug. 29, 2021
Engr. Flordeliza JarquioFederio
Program Chair-ME
Engr. Annalyn P. Romero
Chairperson-DOE
____________
____
Industry
Advisory
Board