Interdisciplinary
Document Sample


Construction Education in USA
Huanqing (Happy) Lu, Ph.D.
Dept. of Construction Management
East Carolina University
Luh@ecu.edu
1
Content
My Background
Define “Construction Education”
Construction Programs Analyzed
Accreditations, ASC, and School Rankings
A Typical Academic Program
People, Degrees, Curriculum, Student
Organization, Scholarships …
Construction Management in East Carolina
University
2
Why This Subject is Important
A Better Understanding of US Construction
Education System Help Us
Minimize confusions while working with US institutions
Improve our education system by learning from US
experiences.
My Sources of Information
Unique perspectives as an international student in US and
a faculty member: teaching, research and other
professional activities
But it did start with a book called “Peterson’s Guide”.
http://www.petersons.com/
3
My Background
Engineer by Training:
Bachelor, Civil Engineering, 1992, Tianjin Univ.
3 years of design experience as a structural engineer.
Master Degrees
Project Management, 1997, Tianjin Univ.
Computer Science, 2002, Univ. of Florida
Doctoral Degree
Ph.D., Construction, 2002, Univ. of Florida
Teaching and Research
Various Research Projects
Teaching various courses in Department of Construction
Management, East Carolina University.
4
Define Construction Education
Definition:
an academic discipline and educational system specifically
created to promote the successful execution of capital
construction projects.
It is an Interdisciplinary Subject with Elements in
Architecture, Engineering, and Business
Management
This explains the diversified origins of the existing
construction programs in US.
This is Determined by the Fact that Construction
Professionals Must Have a Comprehensive Skill Set.
5
Construction Program Overview
Associated School of Construction (ASC, see details
later) is an organization supported by 109
Construction Programs in US
It covers all major construction programs.
This list is a mixture of programs that differ in many
aspects.
Origins
Research Focuses and Capabilities
Teaching Philosophy
Student Population
Accreditations.
But all serve the Construction Industry.
6
Colleges with Construction Programs
Four Major Types
College of Engineering 46
College of Architecture 18
College of Technology 27
College of Business 5
Other Colleges
Design, Construction and Planning 4
Applied Science 4
Science 3
Architecture, Civil Engineering and Construction 3
Architecture, Design and Construction 2
7
Engineering vs. Technology
Compare Two Common Degree Programs
Civil Engineering
Civil Engineering Technology
There is a group of degree programs called
“ Industry Technology”
Considered lower in hierarchy comparing to engineering
Google “NAIT”
Other technology programs
Construction Management Technology
Architectural Technology
8
Programs with Engineering Origins
Typical Name: Construction Engineering &
Management
A Branch of Civil Engineering Program:
The “premium brand”
Vigorous academic programs and research oriented.
Most of them have Ph.D. and Master degrees.
However with shrinking student population.
A Sample of Better Ones:
Stanford, Iowa State, Michigan, SUNY at Buffalo
ABET Accredited (explained later)
Graduates are eligible to get professional engineer
registration.
9
Programs with Architecture Origins
Typical Names: Building Construction or
Construction Management
Represents many construction programs in US
Well balanced curriculums
Relatively strong research backgrounds
Many with master degree programs
Some with PhD programs
Examples:
University of Florida, Texas A&M, Arizona State,
Michigan State, Auburn
ACCE Accredited
A professional exam is being developed and promoted.
10
Programs with Technology Background
Typical Names: Construction Management or
Construction
It covers many programs with varied conditions.
Large number of undergraduate students
Relative weak research capabilities
Close ties to the industry
Examples
Clemson, East Carolina, etc.
Most are ACCE Accredited.
11
Programs with Business Background
Typical Name: Engineering Management
Usually Part of Business Schools
Focus on the management aspect of construction
and study an abstract view of construction
projects
Many engineering management program serves
engineering in general rather than the
Construction Industry specifically.
Examples:
George Washington University
12
Accreditations
Accreditation Board for Engineering and
Technology (ABET), www.abet.org
Accreditor of academic programs in applied science,
computing, engineering, and technology, including
construction program with engineering origins.
2700 accredited programs in 550 universities
American Council for Construction Education
(ACCE) , www.acce-hq.org/
Accrediting agency created by ASC specifically for
construction programs
Currently has _____ accredited programs 13
Associated Schools of Construction
ASC is the professional association for the
development and advancement of
construction education
Represents 109 construction programs in US
Activities
A forum for many issues regarding construction
education
It publishes a journal and hosts an annual
conference.
14
Rankings of Construction Programs
No Official Rankings from Princeton Review
A Question from the ASC Doctoral Survey
15
A Typical Academic Program
People
Faculty and Students
Degree Programs
Bachelor Degree
Graduate Degrees: Master’s and Ph.D.
Construction Curriculum
Taking Courses and Internships
Student Organizations
16
Faculty & Staff
Job Titles of Faculty
Professor:
Associate Professor:
Assistant Professor: See next slide
Lecturer:
Adjunct Professor:
Instructor: a general term for whoever teaches.
Teach Assistant: , student, not faculty
Staff: secretary, academic advisors and others
UK has a completely different system.
17
Tenure: Assistant vs. Associate
Tenure: a status granted after a trial period
to a teacher that gives protection from
summary dismissal (Merriam-Webster
Dictionary)
Pros: protection of academic freedom
Cons: hard work before promotion and once
tenured …
Tenure Promotion
After promotion “Assistant Professors on tenure
track” becomes “Associate Professor with
tenure”.
18
Degree Programs
Undergraduate Degree
Typically 4 years, 130 credit hours
Not All Construction Programs Offer Graduate
Degrees
Master’s:
Less than two years, 30 credit hours, sometimes with
thesis and exam options
Ph.D.
90 credit hours after bachelor degree, up to 7 years?
Online Degree Programs?
19
Undergraduate Curriculum
Introductory and Architectural Courses
Construction Materials
Interior and Exterior Systems
Plan Reading and Design
Project Management Courses
Construction Contract
Construction Estimating and Scheduling
Construction Supervision and Equipment
Engineering Courses
Concrete and Steel Structure: Structural Design
Mechanical and Electrical Systems
Soil and Foundations, Construction Surveying
20
Taking Classes
21
Internships
Temporary Positions Offered by Government
Agencies and Private Companies to College
Students
Usually during the summer
Usually paid
Two Benefits for the Students:
Work experiences
Funds to support their study.
22
Scholarships and Assistantships
Graduate Assistantships: TA and RA
Most international students have these.
Most of the time with tuition waivers
Lump Sum Scholarships are also Available.
Offered by individuals (alumni), private
organizations, professional organizations, and
government agencies.
Fellowships are often for Ph.D. Students.
23
Student Organizations
Student Chapters of Professional
Organizations
ASCE, AGC, NAHB, CMAA, etc.
Honorary Societies
Chi Epsilon for Civil Engineering Student
Tau Beta Pi for Engineering Students
Sigma Lambda Chi for Construction Students
24
East Carolina Construction
Management
Name and Location
Department of Construction
Management
College of Technology and
Computer Science
Greenville, North Carolina
ACCE Accredited
Member of ASC
13 Faculty, 600 Students, 1500
Alumni
Undergraduate and Graduate
Programs
25
Faculty
Dr. Doug Kruger,
Dr. David Batie Dr. C. Ciesielski Dr. Ihab Saad
Department Head
Dr. Eric Connell Dr. H. Lu Mr. Danny Morton Mr. Ron Sessoms
Mr. Jack Patterson Ms. Donna Hollar Mr. Gregory Starzyk Mrs. Sue Williams 26
Students
27
Strength of the Program
Diversity of the Faculty
3 Architects, 5 Engineers, and 4 Contractors
From 6 countries, 5 continents
Team Spirits among the Faculty
Supports of the Industry
An advisory board that consists of 40 industry
members.
28
Questions Anyone?
29
Information Technology in
Construction
Huanqing (Happy) Lu, Ph.D.
Dept. of Construction Management
East Carolina University
Luh@ecu.edu
1
Content
Island of Automation and the Integration
Problem
Process Model and Product Model
CAD vs. BIM
My Ph.D. Research
The Next Step
Some Integration Solutions
2
Information Technology in Construction
Software
AutoCAD: drawing
Primavera: scheduling
Timberline: estimating
Others
Web Applications:
Online Collaborations: Construcware, e-Builder
e-Commerce Solutions: bidding, estimating, etc.
e-Learning
Hardware
RFID, PDA, Tablet PC, Sensors, GPS, etc.
3
Islands of Automation in Construction
4
http://www.vtt.fi/cic/hannus/islands.html
Moving towards Integration
Needs of Construction Industry
relatively slow in using new technology
comparing to manufacturing industry
Changing Style of Construction Project
Management
From traditional methods to design-build:
increased level of collaboration among
stakeholders
Availability of Information Technology
Many Possibilities
5
Integration Research for Building
Construction
Trying to resolve the collaboration problem
among the information systems of project
stakeholders.
Many Research Efforts in the Past Decade
North America: Stanford, British Columbia
UK: Salford and Others
Finland: VTT Building Technology
Institutions in France, German and other EU
Countries.
6
Information Models for Construction
Projects
Common Application Models
2D and 3 D geometric models: drawings, etc.
Structural Analysis Models
Estimating and Cost Analysis Models
Scheduling and Activities
Redefine Project Model with Integration in
Mind
Process Model: activities on a project
Product (building) Model: subjects of these
activities.
7
Process Model
A Model with Pre-defined Tasks, Roles,
Rules, and Procedures.
It describes contractual relationships as well as
business processes.
Salford University, UK mapped out a detailed
process model for the UK construction
Industry.
Two Benefits:
Support designs of information systems for
construction.
Improve construction processes through “process
reengineering”.
8
Product (Building) Model
Information about Buildings and Their
Components:
Geometric information as in 2D or 3D models
Cost and Scheduling Information: so called 4D
Other Information: specs, contractual parties,
crew info, etc.
Benefits
Provide an integrated view of project information
rather than allowing information scattered in
traditional project documents.
9
CAD vs. BIM
BIM – Building Information Model
A concept promoted by Bentley, a major software
company in the Construction Industry
Sell Point: replace CAD with BIM
BIM represents both “graphic and non-graphic
aspects of building life cycle”
CAD contains only geometric information
BIM is One of the New Concepts that may
Bring Significant Changes to the Construction
Industry.
10
Information Exchange Standards
International Alliance for Interoperability (IAI)
Dedicated to specify a universal language to
facilitate communications in the Construction
Industry (or AEC Industry).
The Standard: Industry Foundation Class (IFC)
aecXML
Another evolving information exchange standard
developed by IAI
Pitfalls:
Extreme Complex.
Industry Acceptance.
11
Frustrations
Conservative Nature of Construction Industry
Acceptance by
Industry
A “Catch 22”, but
innovation has to start
Verification of Large Scale from somewhere.
the Benefits Applications
Greedy Nature of Software Companies
Company A
They work against each
other rather than with each
Company B Company C other. Everyone wants to
take over the world.
12
My Ph.D. Research – System Architecture
13
Collaboration Mechanisms
Nice Ideas, but …
14
Depressed …
Too Much Unanswered Questions
Would anyone actually find this useful?
How does this relate to the real world?
What is the real world like?
A Change of Course of My Journey
Study of Nuts and Bolts of the Industry
Understanding of the Current Status of
Information Technology in Construction
15
Upcoming Integrated Solutions
Integration Solutions from Bentley
BIM naturally leads to an integrated solution
A Similar Solution from Oracle
A business software giant may take them all.
Little Guys: Computer Guidance, inc.
A Solution that Integrates project management
and business management
16
P
Field Offices
ARCHITECT
The
The
U Internet
Internet
B
L OWNER
I
C Router
VPN Firewall
P Mainframe
R Internal
Internal Servers
I Network
Network PA Email http /
web
V
A
T Printer/
E Fax/
Copier/
Scanner 17
The Next Step
Innovations in Construction
How to Make Things Really Happen
Integrated Solutions will Prevail
We don’t want another monopoly.
Visualization of Project Information
4D, VR, etc.
Connecting the Computer World and the Real World
Input Devices: pen computing, tablet PC, voice
recognitions, fancy VR gears
Communications: network, wireless technology of all
different kinds.
Robotics and Automated Construction
18
ASCE Information Technology Survey
19
Research Methods and Resources
Huanqing (Happy) Lu, Ph.D.
Dept. of Construction Management
East Carolina University
1
Content
Research Methods
Literature Review
Hypothesis and Models
Data Collection and Analysis
Publications: Journals and Conferences
Search for Information
Information in General
2
Research in General
A Series of Logically Connected Steps
Problems
and Ideas
Literature Publications
Reviews
Hypothesis
Verifications
A Critical Process for Most Gradate Studies:
Masters and Ph.D. degree research.
3
Discovery of Knowledge
Interact
Researchers Practices
Editors and
Read Peer Review
Industry Practices
Experiments
Body of Knowledge Simulations
(Literatures)
Others
4
Literature Review
Academic Publications
Journals and Conferences
Industry News
ENR, and others
Peers
Identify People with Similar Research Interests
5
Hypothesis
No General Systematic Methods Exist to
Find Hypotheses (creativity needed):
try induction, abduction, wild guess, dream, etc.
It Comes after Reviewing Existing Work and
Analysis of Current Problem.
A hypothesis has to be verified.
6
Verifications
Models and Simulations:
Proof of concepts, eventually may lead to
prototype systems
Data Collection and Analysis
From experiments and surveys.
Statistic tools are often used.
Issues
Not all hypothesis can be verified easily.
7
Publications
Conference Paper
Journal Paper
Professional Organizations
ASCE
UK Organizations.
8
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