| Alp |
Web-Based
Class Projects |
| Anderson |
Are
Engineering Students Different from Others? |
| Arora |
Enhancing the Instruction
of Mathematics to Engineering Majors through Multidisciplinary and
Collaborative Initiatives |
| Asadian |
Enhancing the Instruction
of Mathematics to Engineering Majors through Multidisciplinary and
Collaborative Initiatives |
| Asgill |
Innovative
new program in telecommunications engineering technology |
| Asgill |
Effective
Distance Delivery of Technical Courses through Interactive
Instruction: Experiences in Delivering Technical Content at a
Distance |
| Bailey |
Simulation
and Experimentation in Microbioreactor Design: Incorporation into
Engineering Education |
| Barnett |
A
Preliminary Analysis of Employer Ratings of Engineering Co-op
Students |
| Barnett |
An
On Campus Faculty-Directed Team Project An Alternative Industry-Academia
Partnership Model |
| Barnett |
Bringing
Real World Experiences into the Industrial Classroom: From the Introductory
Course to Senior Design |
| Bellarmine |
Effective
Distance Delivery of Technical Courses through Interactive
Instruction: Experiences in Delivering Technical Content at a
Distance |
| Boles |
Learning
Robotics through Participation in a National Design Contest |
| Bradley |
Outcomes
Assessment: Electronic Surveys versus Paper-based Surveys |
| Brannan |
The
"DLOK" Assessment Process |
| Brannan |
Fine-tuning
the Frequency of Testing |
| Branoff |
Three-dimensional
Constraint-Based Modeling: The Big Issues |
| Buchanan |
Students
Gain Practical
Experience Through Laboratory Internship Program |
| Burtner |
Bringing
Real World Experiences into the Industrial Classroom: From the Introductory
Course to Senior Design |
| Burtner |
Case
Studies in Management Style and Leadership Roles of Faculty Advisors
to Students Organizations |
| Burtner
|
A Preliminary Analysis of Employer Ratings
of Engineering Co-op Students
|
| Carter |
Are
Engineering Students Different from Others? |
| Chessher |
Students
Gain Practical
Experience Through Laboratory Internship Program |
| Chopra |
Relationship
between Morality, Ethics and Leadership |
| Christensen |
Partnering
with Industry for a Computer Science and Engineering Capstone Senior
Design Course |
| Chuck |
A
Web-Based Approach to Conducting and Documenting Assessment of Programs |
| Clark |
Basic
Technical Animation: A New Course for Our Students |
| Codone |
Problem-Based
Learning and Real-World Objectives |
| Cooper |
Students
Designing their Own Laboratory Experiments-The Experience of 4 Semesters |
| Craven |
Factors
Contributing to Poor Motivation of Freshmen Engineering Students |
| Crisalle |
Recruiting
Industry Sponsored Multidisciplinary Projects for Capstone Design |
| Dampier |
Using
Software Engineering Classes to Support K-12 Education |
| Darnell |
What
Does an "A" tell us about Students Today? |
| Davis |
Aliens
in the Neighborhood: Technical Communicators as Engineering Faculty |
| Devens |
BattleBots
Laboratory - An Integrated Team-Based Design/Build Course |
| Devgan |
Development
of an Efficient Data Mining System for the WIC Program in the State
of Tennessee |
| Dion |
Bringing
Reality into Senior Civil Engineering Design Projects Using the Q-dep
Approach |
| Dobbins |
Using
Real Cases in an Introductory Database Management Course |
| Doran |
Observed
Benefits of an Industrial Partnership: Everyone's a Winner |
| Dougal |
Succeeding
at Teaching Interdisciplinary Design |
| Dreyer |
A
Course in Reality: Test Engineering at SPSU |
| Dreyer |
Tips
for Improving Students Awareness of Real World Demands (Class
"Ice-Breakers") |
| Duggins |
Bringing
Problem Solving into the Classroom: Constructivist Redesign of A software
Engineering Course |
| Eastman |
Information
Systems Security: Distributed Modules or Centralized Course? |
| Eastman |
Using
Real Cases in an Introductory Database Management Course |
| Effiong |
A
Structured Development of Engineering Curriculum with Course Content
Continuum |
| El-Said |
Rapid
prototype Modeling of Congenital Cardiovascular Malformations Feasibility
Study |
| Erkal |
A
Structured Development of Engineering Curriculum with Course Content
Continuum |
| Fallon |
Bringing
Reality into Senior Civil Engineering Design Projects Using the Q-dep
Approach |
| Fallon |
Innovative
new program in telecommunications engineering technology |
| Farkas |
Information
Systems Security: Distributed Modules or Centralized Course? |
| Farrow |
Bringing
Reality into the Classroom: A project based approach |
| Finley |
Accommodating
an Expanding Curriculum with Limited Resources |
| Flora |
Students
Designing their Own Laboratory Experiments-The Experience of 4 Semesters |
| Foroudastan |
How
to Bring Reality into the Classroom through Project Innovation |
| Frinzi |
A
Course in Reality: Test Engineering at SPSU |
| Goldberg |
Accommodating
an Expanding Curriculum with Limited Resources |
| Goulet |
Bringing
Reality to the Mechanics of Materials Lab Experimental Problem Based
Learning |
| Grady |
Teaching
the 'Softer Side' of Engineering |
| Graves |
A
Structured Development of Engineering Curriculum with Course Content
Continuum |
| Groves |
Communication
Across the Civil Engineering Curriculum |
| Harbort |
Using
Portfolios to Develop Ethics and Professionalism is Undergraduates |
| Hartfield |
A
Side Effect of Technology in Instruction |
| Hayhoe |
Modeling
Distance Learning in Professional Graduate Education |
| Hebert |
Observed
Benefits of an Industrial Partnership: Everyone's a Winner |
| Hines |
Transfer
Facilitation for Engineering Students |
| Hoadley |
Communication
Across the Civil Engineering Curriculum |
| Hodge |
A
CHP-Buildings Instructional Module |
| Hsiao |
Accommodating
an Expanding Curriculum with Limited Resources |
| Huddleston |
Water
Resource Engineering Illustrations Using Excel |
| Hunter,
Sr. |
Industrial
Engineering at Warp Speed |
| Ingley |
Team
Building in the Classroom |
| Javed |
Using
State-of-the-art Technology in Internationalizing Engineering Education |
| Jerse |
The
Use of Numerical Modeling Tools to Foster Practical Insight into the
Mechanisms of Electromagnetic Interference and its Control |
| Johnsey |
Outcomes
Assessment Using Web-based Student Portfolios |
| Johnson |
Accommodating
an Expanding Curriculum with Limited Resources |
| Jones |
Simulation
and Experimentation in Microbioreactor Design: Incorporation into
Engineering Education |
| Juang |
Matlab
Calculation Software for the Temperature Resolution Capacity of Satellite
Radiometer Systems |
| Khoshnow |
Development
of an Efficient Data Mining System for the WIC Program in the State
of Tennessee |
| Klutts |
Learning
Robotics through Participation in a National Design Contest |
| Knisley |
Accommodating
an Expanding Curriculum with Limited Resources |
| Kulonda |
Using
Cases to Teach Product Costing Concepts |
| Lackey |
Capstone
Design Experience: The MUSE Approach |
| Lambright |
Bringing
Reality into the classroom: Using industry strategic consulting case
studies to teach real world engineering |
| Langan |
An
On Campus Faculty-Directed Team Project An Alternative Industry-Academia
Partnership Model |
| Lee |
Representation
Issues in Engineering Education |
| LeMaster |
Bringing
Reality into the Classroom: A project based approach |
| Manokhoon |
Civil
Engineering Teaching Methods at the University of Florida and the
Mahanakorn University of Technology in Thailand |
| Martin |
Learning
Robotics through Participation in a National Design Contest |
| Mays |
The
"DLOK" Assessment Process |
| Mays |
Fine-tuning
the Frequency of Testing |
| Mbarika |
Multimedia
and Virtual Teams: Results of an Experimental Research |
| McCullough |
Engineering
the World: An Assignment to Measure the Elusive ABET f, h, and j |
| McGrady |
Learning
Robotics through Participation in a National Design Contest |
| McKinney |
LabView
in the Undergraduate EE Classroom |
| McMahon |
Introducing
Freshmen to the Design Process |
| Melton |
Learning
Robotics through Participation in a National Design Contest |
| Mines |
Bringing
Reality into Environmental Engineering |
| Murden |
Fine-tuning
the Frequency of Testing |
| Murphy |
Covering
Programming Language Syntax with Reading Assignments, A Failed Experiment? |
| Naghedolfeizi |
Enhancing
the Instruction of Mathematics to Engineering Majors through Multidisciplinary
and Collaborative Initiatives |
| Najafi |
A
Comparison of Civil Engineering Teaching at the University of Florida
and the Catholic University of the North, Chile |
| Najafi |
Civil
Engineering Teaching Methods at the University of Florida and the
Mahanakorn University of Technology in Thailand |
| Najafi |
Increasing
the Diversity in Engineering Education |
| Najafi |
Using
State-of-the-art Technology in Internationalizing Engineering Education |
| Nasab |
Learning
Robotics through Participation in a National Design Contest |
| Nayfeh |
A
Web-Based Approach to Conducting and Documenting Assessment of Programs |
| Nnaji |
Interactive
Hypermedia for First Year Engineering Laboratory (ENG1004L) |
| O'Brien |
Teaching
the PIC Microcontroller Using Assembly and Basic, a High Level Language |
| Ohland |
Are
Engineering Students Different from Others? |
| Ollis |
Elements
for Creation of Multidisciplinary Design Projects and Courses |
| Ortiz |
Learning
the "Reality" of Professional Ethics |
| Owino |
Bringing
Reality to the Mechanics of Materials Lab Experimental Problem Based
Learning |
| Palazolo |
Divide
and Conquer: Teaching programming from a visual perspective |
| Patton |
Connecting
Theory and Practice in an Undergraduate Telecommunications Course |
| Paul |
A
One-semester Course in Electric Circuit Analysis |
| Pet-Armacost |
A
Web-Based Approach to Conducting and Documenting Assessment of Programs |
| Philip |
Using
Software Engineering Classes to Support K-12 Education |
| Phillips |
Educating
for Success in Engineering |
| Phillips-Lambert |
Divide
and Conquer: Teaching programming from a visual perspective |
| Pino
III |
Matlab
Calculation Software for the Temperature Resolution Capacity of Satellite
Radiometer Systems |
| Plemmons |
Fine-tuning
the Frequency of Testing |
| Plemmons |
The
"DLOK" Assessment Process |
| Prodanoff |
Partnering
with Industry for a Computer Science and Engineering Capstone Senior
Design Course |
| Quint |
Accommodating
an Expanding Curriculum with Limited Resources |
| Radharamanan |
Bringing
Real World Experiences into the Industrial Classroom: From the Introductory
Course to Senior Design |
| Radharamanan |
Use
of Quality Tools and Standards for Continuous Improvement in Engineering
Education |
| Ragnarsson |
Observed
Benefits of an Industrial Partnership: Everyone's a Winner |
| Raju |
Connecting
Theory and Practice in an Undergraduate Telecommunications Course |
| Ray |
Learning
Robotics through Participation in a National Design Contest |
| Redington |
Learning
Robotics through Participation in a National Design Contest |
| Resto |
Interdisciplinary
Teams Involved in Industry Projects through a Concurrent Engineering
Course |
| Rocheleau |
Succeeding
at Teaching Interdisciplinary Design |
| Rogge |
Case
Study in Management Style and Leadership Roles of Faculty Advisors
to Students Organizations |
| Rundus |
Partnering
with Industry for a Computer Science and Engineering Capstone Senior
Design Course |
| Rupf |
Augmenting
Student Motivation |
| Rutherfoord |
The
Law-Issues for the Software Engineering Educator |
| Sankar |
Connecting
Theory and Practice in an Undergraduate Telecommunications Course |
| Sankar |
Multimedia
and Virtual Teams: Results of an Experimental Research |
| Sankar |
Outcomes
Assessment: Electronic Surveys versus Paper-based Surveys |
| Scales |
Writing
Effective Software Tutorials for the Delivery through the World Wide
Web |
| Schultz |
Bringing
Real World Experiences into the Industrial Classroom: From the Introductory
Course to Senior Design |
| Simmons |
Observed
Benefits of an Industrial Partnership: Everyone's a Winner |
| Smyer |
Course
Collaboration in IE: Bringing the Reality of Teaming into the Classroom |
| Sriskanda |
Effectiveness
of Teaching and Learning Using Electronic Mail (email) as a Medium
of Communication in a Larger Class Environment |
| Stanfill |
Recruiting
Industry Sponsored Multidisciplinary Projects for Capstone Design |
| Tapia |
A
Comparison of Civil Engineering Teaching at the University of Florida
and the Catholic University of the North, Chile |
| Tawfiq |
Interactive
Hypermedia for First Year Engineering Laboratory (ENG1004L) |
| Taylor |
Learning
Robotics through Participation in a National Design Contest |
| Thain |
Innovative
new program in telecommunications engineering technology |
| Thomas |
Challenges
within the Virtual Classroom |
| Thorndyke |
Are
Engineering Students Different from Others? |
| Thornton |
A
Second Undergraduate Course in Digital Logic Design: The Datapath+Controller-Based
Approach |
| Tsui |
Simple
Software but Not So Simple Implementation |
| Velev |
First
Results from Introducing Formal Verification to an Advanced Computer
Architecture Course |
| Vidalis |
Increasing
the Diversity in Engineering Education |
| Visco |
Developing
a Unit on Comparative Thermodynamics Using a Novel Technique to Solve
the Phase Coexistence Problem |
| Walden |
Course
Collaboration in IE: Bringing the Reality of Teaming into the Classroom |
| Wells |
Factors
Contributing to Poor Motivation of Freshmen Engineering Students |
| Wigal |
Introducing
Freshmen to the Design Process |
| Xue |
Multimedia
and Virtual Teams: Results of an Experimental Research |
| Yeh |
Polychlorinated
Biphenyls (PCBs), A Case History of Environmental Contamination in
Anniston, Alabama |
| York |
BattleBots
Laboratory - An Integrated Team-Based Design/Build Course |
| Young |
A
Web-Based Approach to Conducting and Documenting Assessment of Programs |
| Zeigler |
Learning
the "Reality" of Professional Ethics |
| Zhang |
Are
Engineering Students Different from Others? |