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Asst. Prof. Pang Sze Dai
Associate Head (Academic)Dept of Civil & Environmental Engineering
CE3155 Structural Analysis
email: [email protected]
phone: 65162799
office: E1 07-11
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attended Jalan Teck Whye Primary School, Bukit Panjang GovtHigh School, National Junior College
enrolled in NUS B.Eng. (Civil Engineering) in 1997
completed NUS M.Eng. (Civil Engineering) in 2001
went to Northwestern University (USA) for Ph.D. in 2002
joined NUS CEE Family again in 2006
have taught Statics and Mechanics, Differential Equations and
Systems, Structural Steel Design and System, Structural Stabilityand Dynamics,Analysis and Design of Buildings Against Hazards.
A bit more about myself...
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1 Module Facilitators
Teaching Assistants for Tutorials:
Teaching Assistants for Labs:
Teo Fwu Chyiemail: [email protected]: E1A-02-04B.Eng. NUS 2010-2014
Ph.D. candidate 2014-now
Huang Zhenyuemail: [email protected]: E1A-02-18Ph.D. candidate 2011-now
Zhang Jinemail: [email protected]: E1A-02-04B.Eng. NUS 2009-2013
Ph.D. candidate 2013-now
Chua Yie Sueemail: [email protected]: E1A-02-04Ph.D. candidate 2012-now
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2 Aims & ObjectivesThis module aims to equip undergraduate civil engineeringstudents with a good understanding of structural behaviorgood understanding of structural behaviorand the skillset to efficiently perform structural analysisefficiently perform structural analysis.
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How important is this module for your
NUS study?
CE3155
CE3165Structural Concrete Design
CE3166Structural Steel Design and System
CE4103Design Project
CE4104B.Eng. Dissertation
CE4257Linear Finite Element Analysis
CE4258Structural Stability & Dynamics
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More importantly, civil engineers carries
the responsibility to design and build safe
infrastructures for the society.
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3 SyllabusPart I (taught by Dr. Pang Sze Dai)
Introduction to Structural Analysis ( 4 hrs)
Method of Virtual Work ( 3 hrs)
Force Method ( 5 hrs)
Displacement Method ( 5 hrs)
Part II (taught by Dr. Poh Leong Hien)
Introduction / Basic Matrix Analysis ( 3 hrs)
Matrix Stiffness Method ( 4 hrs)
Direct Stiffness Method ( 5 hrs)
Approximate methods for lateral load analysis ( 5 hrs)
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4 Teaching Modes
LecturesLecturesMonday 1400-1500 hrs @ LT1
Wednesday 1500-1700 hrs @ LT1TutorialsTutorialsMonday 1500-1600 hrs @ E3-06-08
Thursday 1700-1800 hrs @ E1-06-07Friday 1000-1100 hrs @ E3-06-08Friday 1100-1200 hrs @ E1-06-07
Computer Lab Sessions for Mini Design ProjectSchedule to be announced soon
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Available at
NUS Co-op @ Forum!!
Structural AnalysisSI Units, 8/e
Author : HIBBELER
Publisher :Pearson
ISBN : 9789810687137
5 Textbook
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Register via IVLE:
Click on Groups on the left side of the page in theIVLE workspace, click on Sign Up, choose moduleCE3155, and sign up for one of the four ClassGroups.
Maximum of 30 students per tutorial slot.Registration opens at 12 pm on August 12
(Tuesday).Please register by August 17 (Sunday).
Tutorial classes will begin on August 25 (Monday).
6 Tutorials
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Design a multi-storey steel frame.
Use of ETABS for analysis.
Find your own group members. 3 persons per group.
(email list of group members to [email protected])
More details will be announced soon.
7 Mini Design Project
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You will have an opportunity to learn ETABS, a commercial
structural analysis software which is widely used by industry.
Proficiency in this software will help you in other designmodules and also in your internship+career.
The problem given will be used for CE3166 so that you can see
more continuity and connection in the different modules.
More about ETABS
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You can download an evaluation version of ETABS Version 2013 onto your laptop.
More about ETABS
Instructions on how to download ETABS 2013 will be sent to you this week.
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8 Assessment
Quiz 1 15%
Quiz 2 15%
Lab Assignment (Mini Design Project) 15%
Exams 55%