Author |
School |
Title |
Unit/ Divisions |
Gerken, A. |
University of South Florida |
|
Civil Engineering 1 |
Khan, A. |
|
Proposed New Direction for Electrical Engineering
Curricula: Inclusion of Instruction in
Nanotechnology
|
Civil and Electrical Engineering |
Pourhashemi, A. |
Christian Brothers University |
2007
Packaging Summer Programs at Christian Brothers
University
|
Engineering Technology 3 |
Ray, A. |
Christian Brothers University |
2007
Packaging Summer Programs at Christian Brothers
University
|
Engineering Technology 3 |
Ball, Aaron K. |
|
Integrating
LabVIEW® into Engineering Technology Curricula
|
Engineering Technology 3 |
Ball |
Western Carolina University |
A
Low Cost Environmental Test Chamber for Teaching Engineering and
Technology Students |
Engineering Technology 2 |
Ball, Aaron K. |
|
|
Engineering Technology 3 |
Rabie, Abdelrahman |
|
Development of ‘Material Selection'
curriculum in an Integrated Science and Technology
Program
|
Administrative Division 1 |
Kar, Aditya |
|
|
Administrative Division 6 |
Ieta, Adrian |
Murray State University |
Enhanced
Project-based Learning Using
Peer-Feedback
|
Administrative Division 3 |
Ieta, Adrian |
Murray State University |
Using
Interactive Virtual Instruments to Teach Spectral Analysis
|
Mechanical Engineering 2 |
Minerick, Adrienne R. |
|
NSF
REU Site: Chemistry / Chemical Engineering: The Bonds Between Us - A Three Year
Retrospective
|
Chemical Engineering 2 |
Minerick, Adrienne R. |
|
Group Homework's: A Mutually Beneficial
Cooperative Learning Strategy
|
Chemical & Civil Engineering 1 |
Muniz, |
|
|
Civil Engineering 3 |
Kellie, Andrew C. |
|
Industrial
Research and the Academic Connection at a Regional
University
|
Research Division |
Jackson, Andrew |
|
Automation
of Outcomes Based Assessment
|
Administrative Division 3 |
Wang, Andy Ju An |
Southern
|
Advising Students with WebCT Vista: A Pilot
Project
|
Administrative Division 4 |
Wang, Andy Ju An |
Southern |
Remote Labs for
Online Courses with Hands-On Work
|
Engineering Technology 1 |
González-Lizardo, Angel E. |
|
Interdisciplinary
Research for Engineering Skills Development
|
Research Division |
Lemons, Angela |
|
Innovative Teaching Methods in Information Technology Classrooms
|
Engineering Technology 1 |
Anna Lambert, | University of Memphis | GIS Integration across a civil Engineering Curriculum | Civil Engineering |
Atin Sinha, |
|
Project
Based Introductory Materials Science Course
|
Mechanical Engineering 1 |
Atin Sinha, |
|
|
Civil Engineering 1 |
Autar Kaw, |
|
Low
Cost, Low Space, Low Set-up Time Experiments for a Course in Numerical
Methods
|
Mechanical Engineering 2 |
Barbara Victoria Bernal, |
Southern
|
The New Flavors of
Engineering
|
Software Engineering |
Bill B. Elmore, |
|
Using
LEGO® Robotics for K-12 Engineering Outreach
|
Administrative Division 4 |
Brenda G. Hart, |
|
INSPIRE:
A Low-Cost, Urban Pre-College Engineering
Program
|
Administrative Division 2 |
Brian Demenezes, |
|
Low
Cost, Low Space, Low Set-up Time Experiments for a Course in Numerical
Methods
|
Mechanical Engineering 2 |
Brian Howell, |
|
Integrating
LabVIEW® into Engineering Technology Curricula
|
Engineering Technology 3 |
Bruce L. Walcott, |
|
The
KNEED Program: A Novel Model for Small High-Tech Business and University
Cooperation
|
Administrative Division 1 |
C. Dale Elifrits, |
Northern
|
A Successful “Women in Engineering Camp” for High
School Students
|
Administrative Division 2 |
Cameron W. Coates, |
|
Integrating
Real World Situations into an Introductory Course in Engineering
Materials
|
Mechanical Engineering 1 |
Carlos A. Ortiz, |
Southern
|
Civil Engineering 2 | |
Catherine
Armstrong, |
|
Civil Engineering 2 | |
Charles Camp, |
|
GIS
Integration in a Civil Engineering Curriculum
|
Civil Engineering 3 |
Cheryl Pierre, |
University of Southern Mississippi/Department of Defense |
An Automated Class
Scheduler
|
Management Issues and Industrial Engineering |
Chip
|
Western Carolina University |
A
Low Cost Environmental Test Chamber for Teaching Engineering and
Technology Students |
Engineering Technology 2 |
Christine Russell, |
|
Message
Design Considerations for Use of Mobile Learning Content in Engineering
Education
|
Administrative Division 6 |
Claire McCullough, |
|
A Comparison of Information Literacy of Freshmen
and Seniors at VMI and UTC
|
Administrative Division 3 |
Claude Hargrove, |
|
A
Method to Improve Course Instruction by Utilizing Teleconferencing
Techniques
|
Instructional Division 1 |
Claude Hargrove, |
|
A
Faculty's Approach to Retention
|
Administrative Division 4 |
Claude M. Hargrove, |
|
Construction
of Parallel Machines for Engineering Courses with Retired Personal
Computers
|
Computer Engineering |
D. Schaefer, |
|
|
Instructional Division 1 |
D. Scott, |
|
|
Instructional Division 1 |
Daniel Claiborne |
|
Industrial
Research and the Academic Connection at a Regional
University
|
Research Division |
Daniel E.
Meeroff |
|
|
Civil Engineering 3 |
Danny Morton |
|
Development
and Implementation of an Industry Accelerated Construction Management
Capstone Course
|
Civil Engineering 2 |
David A. Dampier |
|
Engineering
Outreach to Law Enforcement
|
Software Engineering |
David A. Dampier |
|
A
Hands-on Approach to Computer Security Instruction
|
Computer Engineering |
David Arellano | University of Memphis | GIS Integration across a civil engineering curriculum | Civil Engineering |
David L. Batie |
|
Development
and Implementation of an Industry Accelerated Construction Management
Capstone Course
|
Civil Engineering 2 |
David L. Silverstein |
|
Civics and Homeland Security in a Chemical
Process Safety Course*
|
Chemical & Civil Engineering 1 |
David M. Feinauer |
|
The
KNEED Program: A Novel Model for Small High-Tech Business and University
Cooperation
|
Administrative Division 1 |
David Marchman |
|
MDOT
Division
and their Data to Assess Effectiveness of Rumble Stripes on Highway
Safety
|
Civil and Electrical Engineering |
David Marchman |
|
Structuring
Data for Analysis of Law Enforcement Surveillance Impact on Construction
Zones
|
Civil and Electrical Engineering |
David Marchman |
|
|
Civil Engineering 2 |
David Marchman |
|
|
Civil Engineering 2 |
Deborah Besser |
|
Building
Continuous Loop Learning Communities: An Engineering Outreach Case
Study
|
Administrative Division 4 |
Denise
Jackson |
|
An
Approach to Determine the Industrial Engineering Body of Knowledge through
Concept Mapping |
Management Issues and Industrial Engineering |
Dennis D. Truax |
|
Civil Engineering 1 | |
Dennis J. Fallon |
The Citadel |
Accreditation
Changes in Civil Engineering Curricula: Addressing the Additional Science
Requirement
|
Civil Engineering 3 |
|
|
|
Civil Engineering 3 |
Donald E.
Conner |
|
Chemical Engineering 2 | |
Donald P. Visco, Jr. |
|
Incorporating Projects and Problems in a
Thermodynamics Course to Improve Critical Thinking / Real-World Problem
Solving
|
Chemical & Civil Engineering 1 |
Donald U. Ekong |
|
Cell
Phones As Tools For Learning, Information, and Security on Our
Campuses
|
Instructional Division 1 |
Donna Hewett |
|
The
KNEED Program: A Novel Model for Small High-Tech Business and University
Cooperation
|
Administrative Division 1 |
Donna S. Reese |
|
Civil Engineering 1 | |
E. Bernard
White |
|
|
Engineering Technology 1 |
E. Fernandez |
University of South Florida |
|
Civil Engineering 1 |
E. Omisca |
University of South Florida |
|
Civil Engineering 1 |
Elizabeth McInnis |
Mississippi State University |
Beyond
the Barriers: The
Incorporation of Service Learning in Technology
Programs
|
Engineering Technology 1 |
Emma E. Seiler |
|
Civil Engineering 1 | |
Emma Seiler |
|
Using
LEGO® Robotics for K-12 Engineering Outreach
|
Administrative Division 4 |
Eric Allard |
|
Low
Cost, Low Space, Low Set-up Time Experiments for a Course in Numerical
Methods
|
Mechanical Engineering 2 |
Eric N. Wiebe |
|
Implementing
a Hybrid Introductory Engineering Graphics
Course
|
Mechanical Engineering 2 |
Evelyn Brown |
|
An
Example of Vertical Integration in an Engineering
Curriculum
|
Administrative Division 1 |
Fereshteh Fatehi |
|
A
Method to Improve Course Instruction by Utilizing Teleconferencing
Techniques
|
Instructional Division 1 |
Frank
Miceli |
Asheville Buncombe Technical Community College |
A
Low Cost Environmental Test Chamber for Teaching Engineering and
Technology Students |
Engineering Technology 2 |
Frederick
Bloetscher |
|
|
Civil Engineering 3 |
G. J. Molina |
|
On
Engineering Students' Algorithm Insight and Math Manipulation Abilities: A
Review
|
Administrative Division 5 |
G. Molina |
Georgia Southern University |
|
Instructional Division 1 |
Gary Tatterson |
|
Developing
Elective Courses on Nuclear Energy
|
Chemical Engineering 2 |
George Ford |
|
University
Freshman Retention in North Carolina
|
Administrative Division 4 |
George Ford |
|
|
Administrative Division 6 |
Gerry Swan |
|
Building
Continuous Loop Learning Communities: An Engineering Outreach Case
Study
|
Administrative Division 4 |
Ghaith Haddad |
|
Civil and Electrical Engineering | |
Greg Sedrick |
University of Tennessee Space Institute |
Utilization of an Engineering Management Body of
Knowledge WIKI for Graduate Distance Education
|
Management Issues and Industrial Engineering |
Gustavo Gamboa |
|
Civil and Electrical Engineering | |
Gustavo J. Molina | Georgia southern University | Integration of Distance Learning Technology into Traditional Engineering Physical Laboratory Exercises | Instructional Division 1 |
Hal
Aikens |
|
An
Approach to Determine the Industrial Engineering Body of Knowledge through
Concept Mapping |
Management Issues and Industrial Engineering |
Hodge Jenkins |
|
Hands-on
Learning with Computer Simulation Modules for Dynamic
Systems
|
Instructional Division 1 |
Isaac J. Crumbly |
|
|
Administrative Division 6 |
Issa Batarseh |
|
Civil and Electrical Engineering | |
J. A. Howard |
University of South Florida |
|
Civil Engineering 1 |
J. Olabe |
|
M.S.
in Engineering Management with Packaging
Concentration
|
Management Issues and Industrial Engineering |
J. Ventura |
Christian Brothers University |
2007
Packaging Summer Programs at Christian Brothers
University
|
Engineering Technology 3 |
Jackie Hodges |
|
|
Administrative Division 6 |
Jacquelyn R. Mobley |
Ecology
& Environment, Inc. |
Surviving
Engineering: From a Minority Female Perspective
|
Administrative Division 2 |
James E. Lewis |
|
INSPIRE:
A Low-Cost, Urban Pre-College Engineering
Program
|
Administrative Division 2 |
James G. Batterson |
|
Sense
and Sensibility: The Case for the Nationwide Inclusion of Engineering In
the K-12 Curriculum
|
Administrative Division 5 |
Jeffrey W. Fergus |
|
Building
Bridges: Providing Special
Programs for Minority Retention
|
Administrative Division 2 |
Jeffrey W.
Fergus |
|
Chemical Engineering 2 | |
Jeremy Garrett |
|
|
Software Engineering |
Jesse B. Coleman |
|
Improvisation,
Ingenuity and Design of Experiments to Reinforce the Civil Engineering
Curriculum
|
Civil Engineering 3 |
Jessica L. Buck |
Jackson State University |
Beyond
the Barriers: The
Incorporation of Service Learning in Technology
Programs
|
Engineering Technology 1 |
Joan M. Burtner |
|
Involvement
of Women Engineers at Mercer University
|
Administrative Division 2 |
John Brocato |
|
Three Steps for Preventing
Plagiarism
|
Professional Skills Division |
John I. Hochstein |
|
A
Capstone Design Course In Fluid Thermal Systems
|
Mechanical Engineering 1 |
John Steadman |
|
Turning
a Weakness into a Strength:
Addressing ABET Requirements for Outcomes
Assessment
|
Administrative Division 5 |
John W. Lipscomb, Jr. |
|
A
Comparison of Exam Scores Between Fully Online and Lecture Supplement
Sections
|
Engineering Technology 3 |
Joseph Biernacki |
|
ABET Binders Simpler and More Efficient Approach
to Map Program Outcomes and Educational Objective
|
Chemical & Civil Engineering 1 |
Joseph Johnson | Planner and engineers collaborative, Norcross | Impact of metal hangers on landfills: Case Study | Civil Engineering |
K. D. Thomas |
University of South Florida |
|
Civil Engineering 1 |
Katie A.
Grantham Lough |
|
Professional Skills Division | |
Keith Plemmons |
The Citadel |
Critical
Thinking in Higher Education:
A Strategy for Development
|
Professional Skills Division |
Kevin C. Bower |
The Citadel |
Accreditation
Changes in Civil Engineering Curricula: Addressing the Additional Science
Requirement
|
Civil Engineering 3 |
Kirk H. Schulz |
|
Dual Career Faculty
Challenges
|
Administrative Division 6 |
Kyle Mitchell |
|
Undergraduate
Research Initiative
|
Research Division |
L. Tyler |
Florida Aquarium |
|
Civil Engineering 1 |
Laura E. Moody |
|
Involvement
of Women Engineers at Mercer University
|
Administrative Division 2 |
Laura Lackey |
|
Involvement
of Women Engineers at Mercer University
|
Administrative Division 2 |
Laura W. Lackey |
|
Navigating
the Reality of Textbook Edition Management
|
Management Issues and Industrial Engineering |
Lenly J. Weathers |
|
|
Civil Engineering 1 |
Leroy R.
Cox |
|
Professional Skills Division | |
Leslie Pagliari |
|
Automation
of Outcomes Based Assessment
|
Administrative Division 3 |
Liang Hong |
|
Student-Centered
Online Courseware Development Using Adaptive Learning
Environment
|
Software Engineering |
M. A. Trotz |
University of South Florida |
|
Civil Engineering 1 |
M. R. Parker |
|
Proposed New Direction for Electrical Engineering
Curricula: Inclusion of Instruction in
Nanotechnology
|
Civil and Electrical Engineering |
M.H. Gordon |
|
Assessing
Student Preparation for Senior Capstone Design Projects
|
Mechanical Engineering 1 |
Marcos
|
International Council of Systems Engineering |
|
Professional Skills Division |
Mario Oyanader |
|
ABET Binders Simpler and More Efficient Approach
to Map Program Outcomes and Educational Objective
|
Chemical & Civil Engineering 1 |
Masoud Naghedolfeizi |
|
Teaching Engineering and Science
Students Computer-based Measurement Systems using Real-World Applications
|
Administrative Division 1 |
Md Hasanuzzaman |
|
Student-Centered
Online Courseware Development Using Adaptive Learning
Environment
|
Software Engineering |
Melissa Bliss |
|
Evaluation of Viability of Alternative Energy
Educational Programs in the
|
Administrative Division 3 |
Merwan Mehta |
|
Automation
of Outcomes Based Assessment
|
Administrative Division 3 |
Michael Dermody |
|
Message
Design Considerations for Use of Mobile Learning Content in Engineering
Education
|
Administrative Division 6 |
Michael H. Woo |
The Citadel |
Creating Animated Multimedia Problem
Solutions
|
Civil Engineering 2 |
Michael J. Casey |
|
Improvisation,
Ingenuity and Design of Experiments to Reinforce the Civil Engineering
Curriculum
|
Civil Engineering 3 |
Michael
Smith |
|
Engineering Technology 1 | |
Mildred
Louidor |
|
An
Approach to Determine the Industrial Engineering Body of Knowledge through
Concept Mapping |
Management Issues and Industrial Engineering |
Mohamed Abdelrahman |
|
An
REU Experience on the Industrial Applications of Sensing, Modeling, and
Control
|
Research Division |
Mohammad Alam |
|
Turning
a Weakness into a Strength:
Addressing ABET Requirements for Outcomes
Assessment
|
Administrative Division 5 |
Mohammad Obadat |
|
Instructional Division 1 | |
Monika Bubacz |
|
Involvement
of Women Engineers at Mercer University
|
Administrative Division 2 |
|
|
M.S.
in Engineering Management with Packaging
Concentration
|
Management Issues and Industrial Engineering |
Noel N. Schulz |
|
Dual Career Faculty
Challenges
|
Administrative Division 6 |
Omar A.
Oyarzabal |
|
Chemical Engineering 2 | |
P. Shiue |
Christian Brothers University |
2007
Packaging Summer Programs at Christian Brothers
University
|
Engineering Technology 3 |
P. Thamburaj Goeser |
Armstrong
Atlantic State University |
|
Instructional Division 1 |
Paul A. Asunda |
|
|
Engineering Technology 2 |
Paul Palazolo |
|
GIS
Integration in a Civil Engineering Curriculum
|
Civil Engineering 3 |
Pedro Arce |
|
ABET Binders Simpler and More Efficient Approach
to Map Program Outcomes and Educational Objective
|
Chemical & Civil Engineering 1 |
Peter Hoadley |
|
A Comparison of Information Literacy of Freshmen
and Seniors at VMI and UTC
|
Administrative Division 3 |
Petros J Katsioloudis |
|
|
Engineering Technology 2 |
Phillip
Sanger |
|
Engineering Technology 1 | |
Priscilla J. Hill |
|
A
Course in Particle and Crystallization
Technology
|
Chemical Engineering 2 |
Priya T. Goeser |
|
Integrating
Real World Situations into an Introductory Course in Engineering
Materials
|
Mechanical Engineering 1 |
Purvis Bedenbaugh |
|
An
Example of Vertical Integration in an Engineering
Curriculum
|
Administrative Division 1 |
Ray Seyfarth |
University of Southern Mississippi/Department of Defense |
An Automated Class
Scheduler
|
Management Issues and Industrial Engineering |
Rayford B. Vaughn Jr. |
|
A
Hands-on Approach to Computer Security Instruction
|
Computer Engineering |
Rayford B. Vaughn Jr. |
|
Engineering outreach to Law Enforcement | Software Engineering |
Richard Eitel |
|
Building
Continuous Loop Learning Communities: An Engineering Outreach Case
Study
|
Administrative Division 4 |
Richard Kunz |
|
Connecting
Industry Experience with Classroom Instruction
|
Mechanical Engineering 2 |
Rick Williams |
|
An
Example of Vertical Integration in an Engineering
Curriculum
|
Administrative Division 1 |
Robert A. Chin |
|
A
National Jobs Information Database:
Implications for Outcomes Assessment
|
Administrative Division 3 |
Robert A. Chin |
East
|
|
Engineering Technology 2 |
Robert
Anderson |
|
Engineering Technology 1 | |
Robert E. Lindberg |
National Institute of Aerospace |
Sense
and Sensibility: The Case for the Nationwide Inclusion of Engineering In
the K-12 Curriculum
|
Administrative Division 5 |
Robert Engelken |
|
Evaluation of Viability of Alternative Energy
Educational Programs in the
|
Administrative Division 3 |
Robert Graham | Georgia Department of Transport | Impact of metal hangers on landfills: Case Study | Civil Engineering |
Robert Hewitt |
|
|
Administrative Division 2 |
Robert S.
Miller |
|
Chemical Engineering 2 | |
Ron Mau |
|
University
Freshman Retention in North Carolina
|
Administrative Division 4 |
Ron Miers |
|
|
Administrative Division 6 |
Ronald E. Gallagher |
|
A
Field Investigation of a Large Collapsed Structure: A Student Engagement
Project
|
Civil Engineering 1 |
Ronnie Rollins |
|
A
Faculty's Approach to Retention
|
Administrative Division 4 |
Roobik Gharabagi |
|
Undergraduate
Research Initiative
|
Research Division |
S. Carpenter-van Dijk |
Chastian Skillman, Inc |
|
Civil Engineering 1 |
S. Malasri |
Christian Brothers University |
2007
Packaging Summer Programs at Christian Brothers
University
|
Engineering Technology 3 |
S. Malasri |
|
M.S.
in Engineering Management with Packaging
Concentration
|
Management Issues and Industrial Engineering |
S. Midturi |
|
Fostering Undergraduate Engineering Research in a
|
Research Division |
S. W. Thomas |
University of South Florida |
|
Civil Engineering 1 |
|
|
An
REU Experience on the Industrial Applications of Sensing, Modeling, and
Control
|
Research Division |
Samir Khoury |
|
Automation
of Outcomes Based Assessment
|
Administrative Division 3 |
Sanjeev Arora |
|
Teaching Engineering and Science
Students Computer-based Measurement Systems using Real-World Applications
|
Administrative Division 1 |
Satinderpaul Singh Devgan |
|
Capstone
Design Based Engineering Design Outcome
Assessment
|
Administrative Division 5 |
Scott A. Yost |
|
|
Civil Engineering 3 |
Scott R. Schultz |
|
Navigating
the Reality of Textbook Edition Management
|
Management Issues and Industrial Engineering |
Shane M. Palmquist |
|
A
Field Investigation of a Large Collapsed Structure: A Student Engagement
Project
|
Civil Engineering 1 |
Sherief A. Sheta |
Mansoura University |
|
Engineering Technology 2 |
Shih-Liang (Sid) Wang |
|
Developing
Elective Courses on Nuclear Energy
|
Chemical Engineering 2 |
Shirley Scott-Harris |
|
Building
Bridges: Providing Special
Programs for Minority Retention
|
Administrative Division 2 |
Shonda L. Bernadin |
|
|
Civil and Electrical Engineering |
Singli
Garcia |
Virginia State |
|
Administrative Division 6 |
Stephanie Ivey |
|
GIS
Integration in a Civil Engineering Curriculum
|
Civil Engineering 3 |
Steve Holt |
|
Instructional Division 1 | |
Steven M. Click |
|
Using
E-Homework to Provide Disaggregate Problem Solving Assessment in a
Senior-Level Traffic
|
Chemical & Civil Engineering 1 |
Steven Ryan | planners and engineering collaborative | Impact of metal hangers on landfills: Case Study | Civil Engineering |
T. Murphy |
Armstrong
Atlantic State University |
|
Instructional Division 1 |
Theodore J. Branoff |
|
Implementing
a Hybrid Introductory Engineering Graphics
Course
|
Mechanical Engineering 2 |
Thomas B. Brackman |
Northern
|
A Successful “Women in Engineering Camp” for High
School Students
|
Administrative Division 2 |
Thomas Banning |
|
|
Administrative Division 2 |
Thomas Dziubla |
|
Building
Continuous Loop Learning Communities: An Engineering Outreach Case
Study
|
Administrative Division 4 |
Thomas E. Pinelli |
National
Institute of Aerospace/ |
Sense
and Sensibility: The Case for the Nationwide Inclusion of Engineering In
the K-12 Curriculum
|
Administrative Division 5 |
Thomas R. Dion |
The Citadel |
Accreditation
Changes in Civil Engineering Curricula: Addressing the Additional Science
Requirement
|
Civil Engineering 3 |
Thomas Walker |
|
|
Software Engineering |
Timothy Pratt |
Virginia Tech |
The
Hidden Costs and Benefits of Part Time PhD
Degrees
|
Administrative Division 3 |
Tom Thomas |
|
Turning
a Weakness into a Strength:
Addressing ABET Requirements for Outcomes
Assessment
|
Administrative Division 5 |
Tulio Sulbaran |
|
Structuring
Data for Analysis of Law Enforcement Surveillance Impact on Construction
Zones
|
Civil and Electrical Engineering |
Tulio Sulbaran |
|
|
Civil Engineering 2 |
Tulio Sulbaran |
|
MDOT
Divisions
and their Data to Assess Effectiveness of Rumble Stripes on Highway
Safety
|
Civil and Electrical Engineering |
Tulio Sulbaran |
|
|
Civil Engineering 2 |
Tyson S. Hall |
Southern
|
A Laboratory Framework for the Synthesis and
Analysis of DSP Hardware Systems
|
Computer Engineering |
Ugur Tanriver |
|
Teaching Engineering and Science
Students Computer-based Measurement Systems using Real-World Applications
|
Administrative Division 1 |
Venkat Subramanian |
|
ABET Binders Simpler and More Efficient Approach
to Map Program Outcomes and Educational Objective
|
Chemical & Civil Engineering 1 |
Veronica Hinton-Hudson |
|
INSPIRE:
A Low-Cost, Urban Pre-College Engineering
Program
|
Administrative Division 2 |
Vivian Knight | Cardozo Engineering Inc. | Impact of Metal Hangers on landfills: Case Study | Civil Engineering |
W. Johnson |
|
|
Instructional Division 1 |
Walter Gilmore |
|
A
Method to Improve Course Instruction by Utilizing Teleconferencing
Techniques
|
Instructional Division 1 |
Wes Stone |
|
Integrating
LabVIEW® into Engineering Technology Curricula
|
Engineering Technology 3 |
William E. Murphy |
University of Kentucky/Murray State University |
Using
Interactive Virtual Instruments to Teach Spectral Analysis
|
Mechanical Engineering 2 |
William F.
Gale |
|
Chemical Engineering 2 | |
William L. McDaniel |
|
|
Engineering Technology 3 |
William S. Janna |
|
A
Capstone Design Course In Fluid Thermal Systems
|
Mechanical Engineering 1 |
Y. Al- Kalaani |
Georgia Southern University |
|
Instructional Division 1 |
Y. Charles Lu |
University of Kentucky |
Using
Interactive Virtual Instruments to Teach Spectral Analysis
|
Mechanical Engineering 2 |
Y. Charles Lu |
University
of |
Enhanced
Project-based Learning Using
Peer-Feedback
|
Administrative Division 3 |
Y. Zhou |
FedEx Express |
2007
Packaging Summer Programs at Christian Brothers
University
|
Engineering Technology 3 |
Yili Tseng |
|
Construction
of Parallel Machines for Engineering Courses with Retired Personal
Computers
|
Computer Engineering |
Youakim Al-Kalaani |
|
|
Civil and Electrical Engineering |
Youakim Al-Kalaani |
|
Integration of Distance Learning Technology into Traditional Engineering Physical Laboratory Exercises | Instructional division |
Zhaoxian Zhou |
|
Engineering
Technology Explained in Math and Science --- A New
Course
|
Engineering Technology 2 |
Zhaoxian Zhou |
|
Computer Engineering |