| |
Session |
Paper # |
Paper Title |
Author(s) |
| A |
Assessment
and Educational Research
(CDR Kurt Colella) |
A-I-1-a |
A Study on the Cohesion and the
Development Stage of Product Design Teams |
Donald
Horner
Gül E. Okudan
Meghan Russell |
| A-I-1-b |
The Effect of Time on Task on Student
Learning |
Joe
Hanus
Mark Evans
|
| A-I-1-c |
Poster
Sessions: A Learner-Centered Activity and Assessment Tool for Engineering
Students |
Mary
B. Vollaro |
| A-I-2-abc |
Use
of the Fundamentals of Engineering Exam as an Outcomes Assessment
Tool |
Mike
Shannon, NCEES |
| B |
Faculty
Development
(MAJ J. Hanus) |
B-VII-2-a |
Faculty
Mentoring: Catalyst for Innovation |
Beverley
T. Amick
Ali
Setoodehnia
|
| B-VII-2-b |
ASEE Student Chapters: Preparing
Future Engineering Educators |
Ronald
E. Barr |
| B-VII-2-c |
The
ExCEEd Teaching Workshop: A Landmark Faculty Development Program |
Ron
Welch
Allen Estes
Stephen Ressler |
| C |
Client-Sponsored
Projects, Industry Partnerships, and Experiential Learning
(LTC
T. Trainor) |
C-I-3-a |
Energy,
Economics, and Education: An Interdisciplinary Analysis & Design
Project for Sophomore Engineering Students |
Kathryn
A. Hollar
Beena Sukumaran |
| C-I-3-b |
Understanding of Pavement Performance Through Field Data |
Aaron
Gerber
Steve Gomba
Yusuf Mehta |
| C-I-3-c |
Client-Based Service Projects –
A Mark of Excellence for Any Program |
Ronald
W. Welch |
| C-I-4-a |
Necessity
of Partnership Between Academia and Industry for Preparing the Students
for 21st Century |
Kanti
Prasad |
| C-I-4-b |
Incorporating
“Real-World Experiences” into Undergraduate Environmental Engineering
Design Projects |
M.
Butkus
M. Kelley |
| C-I-4-c |
An
Industry Sponsored Scholar-Intern Program* |
Krishna
Vedul
Thomas Thorstensen |
| D |
Engineering
Education in the Freshman and Sophomore Years
(Dr. Ralph Buonopane) |
D-II-1-a |
Principles
of Troubleshooting |
Andrew
Grossfield |
| D-II-1-b |
Signal Processing in Freshman Engineering Projects |
Peter F. Swaszek |
| D-II-1-c |
An
Integrated Dynamics/Stress Analysis Design Project for Introductory
Dynamics |
Joseph
J. Rencis
Raymond R. Hagglund
William O. Jolley |
| D-II-2-a |
Building
Community and Team Skills in a First-Year Seminar |
Thomas
A. Seybert |
| D-II-2-b |
Introducing
Engineering Freshman to Design Using Multidisciplinary Problems |
Deran
Hanesian
Angelo
J. Perna |
| D-II-3-a |
The
Freshmen Engineering Program |
George
D. Catalano |
| D-II-3-b |
New
First Year Course: The Practice of Engineering |
Annette
Bergeron |
| D-II-3-c |
Wrap-up
Panel Discussion |
All
Authors |
| E |
Revolutionary
Trends in Engineering Curriculum
(Dr. Ozer Arnas) |
E-II-4-a |
Telecommunication and Information Technology |
Kamal Shahrabi et al |
| E-II-4-b |
The
Engineer of the 21st Century |
John
D. Stuart |
| E-II-4-c |
“Design-Based”
Teaching in Engineering and ABET 2000 Criteria |
Shirley
T. Fleischmann |
| F |
Innovative
Laboratory Projects andExperiments
(Dr.
Kanti Prasad) |
F-III-1-a |
Integration of System Design and Standard Development in
Digital Communication Education |
Xiaohua(Edward)
Li |
| F-III-1-b |
Data Acquisition and Control LaboratoryUsing
the Personal Computer |
Harry
Knickle |
| F-III-1-c |
Test
Signal Generator for FDU-SETI, A
Masters Thesis Design Project |
Mel.
Lewis
Sugavanam
Pasupathi |
| F-III-2-a |
Laboratory
Projects for Real-Time Systems |
Milan E. Soklic |
| F-III-2-b |
An
Undergraduate Mechanical Engineering Laboratory Project for Predicting
and Measuring Off-Road Vehicle Mobility |
George
Seaward
Mike Leamy |
| F-III-2-c |
Incorporation
of Internet Programming in Analytical Modeling of Materials |
Ashraf
M. Ghaly |
| G |
History
of Engineering Education
(LTC D. Boettner) |
G-III-3-a |
West
Point’s Engineers of Excellence |
Chris
Arney |
| G-III-3-b |
Dennis
Hart Mahan and the Early Development of Engineering Education |
Kip
P. Nygren |
| G-III-3-c |
Educating
Mathematical Engineers: Comparing the Mathematization of Civil and
Chemical Engineering* |
Ann
Johnson |
| G-III-4-a |
The History of Women in Engineering |
Kauser
Jahan et al |
| G-III-4-b |
Teaching Construction Project Management with an Historical
Perspective |
John
A. Wiggins |
| H |
Innovations
in Undergraduate Engineering and Engineering Technology Education
(LTC R. Welch) |
H-IV-1-a |
Design
and Processing in the Materials Science and Engineering Curriculum |
David
Roylance |
| H-IV-1-b |
Development of In-Class Experiments
for an Undergraduate Materials Course |
Richard
B. Griffin |
| H-IV-1-c |
A One Lesson Class on the Selection
of Engineering Materials |
John Bridge |
| H-IV-2-a |
Use
of Lego Mindstorms in Freshman Undergraduate Systems Engineering Course |
Dennis
M. Buede |
| H-IV-2-b |
Child
Window Guard Design and Literature Review |
Matthew
J. Kuziak
Abe H. Kamal |
| H-IV-2-c |
Research Experiences for Undergraduates |
Kauser
Jahan et al. |
| H-IV-3-a |
The Education of Engineers
for Built Facilities |
Eric
F P Burnett |
| H-IV-3-b |
Collaborative Engineering Education
at Frostburg State University |
Oguz
A. Soysal |
| H-IV-3-c |
Information Literacy Competency and
its Integration into the Engineering Curriculum |
Lawrence
Clemens
Paige
Gibbs
Mark
Shelton |
| H-IV-4-a |
Improving Undergraduate Laboratories
Using a Systematic Design Process at the United States Military Academy |
Jeffrey
Painter
Andrew Adams
James Hare
Blace Albert |
| H-IV-4-b |
Passing
It On: A Laboratory Structure Encouraging Realistic Communication
and Creative Experiment Planning |
S.
Scott Moor
James Ferri |
| H-IV-4-c |
Enhancing Introductory Mechanics Using Physical Models |
R.Vander
Schaaf
J. Ledlie Klosky |
| H-V-4-a |
Strategies
for Meeting ABET 2000 Criteria in an Urban Commuting School with a
Non-Traditional Student Body |
Edward
Golovatch
Benjamin Liaw
Mohammad Karim |
| H-V-4-b |
Developing
Leaders of Character: A Metacognitive Exercise |
Jeffrey
A. Starke
M.
A. Baumeister |
| H-V-4-c |
Experiences
using Flying Models in Competitions and Coursework |
Robert
Hansen
Todd Dellert
Lyle
Long |
| I |
Technology
in Engineering Education
(LTC
C. Carver) |
I-V-1-a |
The Use of Simulation Software in
Fiber-Optic Communications Undergraduate Course |
Djafar
K. Mynbaev |
| I-V-1-b |
The
Role of Electromagnetics in the Undergraduate
Electrical Engineering Curriculum |
Gregory
M. Wilkins |
| I-V-1-c |
A
Simple Linear Circuit Simulator for the First Circuits Course in Electrical
Engineering |
John
E. Post |
| I-V-2-a |
Flowlab:
Computational Fluid Dynamics (CFD) Framework for Undergraduate Education |
Richard
D. Laroche
Barbara J. Hutchings
M. Ramanujam |
| I-V-2-b |
A
Browser Readable, 3D Multimedia Case Based/Problem Based Learning
Library for Engineering, Management, and IT Students* |
Paul
Ranky, et al |
| J |
K-12
Programs (LTC E. Pohl) |
J-V-3-a |
Experimental Experiences to Introduce
K-12 Students to Science and Engineering |
Deran
Hanesian
Angelo J. Perna |
| J-V-3-b |
Another
Answer to the Dean Kamen Challenge |
Shirley
T. Fleischmann
Bogdan Adamczyk |
| J-V-3-c |
Using
a Nationwide Internet-Based Engineering Design Contest as a Vehicle
for K-12 Outreach |
Stephen
J. Ressler |
| K |
Interdisciplinary
Engineering and Engineering Technology Education
(Dr. M. Bailey) |
K-VI-1-a |
Humanistic
and Engineering Dissections of Construction |
Ashraf
M. Ghaly |
| K-VI-1-b |
Multi-Disciplinary
Capstone Design Two Course Sequence |
George
D. Catalano |
| K-VI-1-c |
Interdisciplinary
Mini-Terms for Engineering Students |
Thomas
K. Jewell |
| L |
Topics
in Engineering Technology Education
(Dr. Walt Buchanan) |
L-VI-2-a |
Outreach
Strategies to Increase Accreditation for
Engineering Technology Programs At Two-Year Institutions |
Walter
W. Buchanan
Jerome Tapper |
| L-VI-2-b |
Teaching
and Applying Information Literacy Standards in Engineering Technology
Programs |
Kate
S. Herzog |
| L-VI-2-c |
Becoming
TC2K Compliant: Implementing Outcomes Based Assessment to Improve
Engineering Technology Course Delivery |
John
A. Wiggins |
| M |
Integrating
Engineering Design Throughout the Curriculum With Humanities, Social
Science & Mathematics
(Dr. Devdas Shetty) |
M-VI-3-a |
Integrative Learning Blocks to Connect Writing, Math and
Physics with Freshman Engineering Courses |
H.
Alnajjar et al |
| M-VI-3-b |
Some
philosophical and psychological aspects of Engineering Problem Solving |
Zbigniew
Bzymek |
| M-VI-3-c |
Integrating
Professional ethics with sophomore design course |
Donald Leone |
| M-VI-4-a |
Integrated Engineering Curriculum |
D.
Shetty et.al. |
| M-VI-4-b |
Embedding,
Integrating and Practicing Engineering Design in the Mechanical Engineering
Programme of the University of the West Indies |
Clement
K. Sankat
Chris V. Narayan
Stanley Lau |