| Author |
Name of Paper |
| Abaza, Hussein F. |
Multi-Media Interactive Self-directed CAD Application Tool for the Building Construction Student |
| Abdel-Raouf, Emad |
Near-Space and the BAMASAT Program |
| Addison, Veronica |
The Student Perspective on the State of Complex Systems in Australian and American Mechanical Engineering Programs |
| Ahuja, Sandeep |
Math Remediation in A First Semester Engineering Technology Course |
| Allen, Ebonye-Rosa T. |
Talking & Working for Diversity When You Don't Belong to a Minority Demographic |
| Anderton, Michael B. |
Implementing a National Competition Design Project as a Capstone Course at Middle Tennessee State University |
| Arce, Pedro |
Applying Techniques Learned in an ASEE –SE Workshop: Adoption of a High Performance Learning Environment (Hi-PeLE) for Group Experiments |
| Arce, Pedro E. |
A Freshman Course in Chemical Engineering |
| Arce, Pedro E. |
Forget about Teaching: It is all about Learning! |
| Arce, Pedro E. |
The Experimental Prototype: Critical Thinking and Real-World Problem Solving in Engineering Education |
| Asgill, Austin B. |
Biomedical Engineering Technology As An Option In EET |
| Baburao, Barath |
Using Graduate Students to Teach an Undergraduate Class |
| Bajracharya, S. |
An Online Capstone Project Evaluation System |
| Baker, John |
Introducing Space Exploration into Engineering Curricula |
| Baker, John |
Near-Space and the BAMASAT Program |
| Ball, Aaron K. |
Using Steam Engines to Teach Parametric Modeling and Prototyping |
| Barge, L. |
An Online Capstone Project Evaluation System |
| Barsanti, Robert |
Sparking Interest in Middle and High School Students Using a Robotics Competition |
| Batson, Robert G. |
Using Technological Disasters to Teach Engineering Ethics and Technology in Society |
| Behi, Farahzad |
Aerospace-Focused Multidisciplinary Project-Based Introductory Engineering Course |
| Bengier, Andrea L. |
Learning by Doing—Hands-On Experiments for a Middle-School Outreach Program |
| Biernacki, Joseph |
The Experimental Prototype: Critical Thinking and Real-World Problem Solving in Engineering Education |
| Blackwell, Wesley |
Radio Frequency Identification (RFID) Applications in the Medical Field |
| Bobbie, Patrick O. |
Hands-On Operating Systems Made Easy |
| Bower, Kevin C. |
Teaching Design throughout the Civil and Environmental Engineering Curriculum |
| Boyette, Michael D. |
A Back to the Basics Approach to Teaching Engineering Ethics |
| Brannan, Kenneth P. |
Ten Years Later: Teaching Mathcad as a Non-Traditional Programming Language |
| Branoff, Ted J. |
Online Learning in Engineering Graphics Courses: Research, Tools, and Best Practices |
| Brazel, Christopher S. |
Renovation and Upgrades of Chemical and Biological Engineering Unit Operations Lab to Teach Technical Skills in Emerging Engineering Fields |
| Brown, Eugene F. |
Learning by Doing—Hands-On Experiments for a Middle-School Outreach Program |
| Buchanan, Randy |
Electromagnetic Radiation and Scattering of Wire Structures |
| Campbell, C. Warren |
Student Engagement in Elementary Surveying |
| Carlton, W. |
An Online Capstone Project Evaluation System |
| Clark, Peter E. |
Renovation and Upgrades of Chemical and Biological Engineering Unit Operations Lab to Teach Technical Skills in Emerging Engineering Fields |
| Cole, Sadie |
Near-Space and the BAMASAT Program |
| Conerly, TaMesha R. |
Financial Analysis of Industrial Engineering Capstone Design Projects |
| Crittendon, Allen |
Consolidating Design Experience Through Product Development |
| Curry, Amy de Jongh |
Positive Experience with Challenge-Based Instructional Modules across Engineering Disciplines |
| Davids, Lisa K. |
Aerospace-Focused Multidisciplinary Project-Based Introductory Engineering Course |
| Davis, William J. |
Teaching Design throughout the Civil and Environmental Engineering Curriculum |
| Dion, Thomas R. |
Teaching Design throughout the Civil and Environmental Engineering Curriculum |
| Eastlake, Charles N. |
Aerospace-Focused Multidisciplinary Project-Based Introductory Engineering Course |
| Eckstein, Eugene |
Positive Experience with Challenge-Based Instructional Modules across Engineering Disciplines |
| Effiong, Chris |
Project-Based Learning: An Evaluation from Student Perspective |
| Effiong, Chris B. |
Consolidating Design Experience Through Product Development |
| Elam, Matthew E. |
Transportation Systems Curriculum for High Schools |
| Elmore, Bill B. |
Talking & Working for Diversity When You Don't Belong to a Minority Demographic |
| Emison, Gerald A. |
Development and Implementation of an Introductory Course on Engineering and Public Policy |
| Engelhardt, Paula |
A Longitudinal Study of Mechanical Engineering Student Performance on the FCI, Phase I |
| Ferguson, Chip W. |
Using Steam Engines to Teach Parametric Modeling and Prototyping |
| Fonseca, Daniel J. |
Transportation Systems Curriculum for High Schools |
| Foroudastan, Saeed |
Implementing a National Competition Design Project as a Capstone Course at Middle Tennessee State University |
| Fugler, Mark D. |
Aerospace-Focused Multidisciplinary Project-Based Introductory Engineering Course |
| Gamache, Ray |
Learning by Doing—Hands-On Experiments for a Middle-School Outreach Program |
| Gilbert, Juan E. |
A Model for Broadening Participation in Computing |
| Grant, Christopher D. |
Aerospace-Focused Multidisciplinary Project-Based Introductory Engineering Course |
| Green, Robert A. |
Development and Implementation of an Introductory Course on Engineering and Public Policy |
| Guzmán, Juan Carlos |
Hands-On Operating Systems Made Easy |
| Hall, Tyson S. |
Using FPGAs to Simulate and Implement Digital Design Systems in the Classroom |
| Hamblen, James O. |
Using FPGAs to Simulate and Implement Digital Design Systems in the Classroom |
| Hannon, John Jeffrey |
Construction Management Program Curriculum Content Derived from Industrial Workflow Processes |
| Harbort, B. |
An Online Capstone Project Evaluation System |
| Harding, Gail B. |
Learning by Doing—Hands-On Experiments for a Middle-School Outreach Program |
| Hendricks, Scott L. |
Unified Lecture Software for Mechanics of Deformable Bodies |
| Hodge, B. K. |
Using Computational Software Root Solvers: A New Paradigm for Problem Solutions? |
| Houston, Shelton |
Radio Frequency Identification (RFID) Applications in the Medical Field |
| Howard, Ronny |
Consolidating Design Experience Through Product Development |
| Irick, David K. |
Senior Capstone Design Experiences at the University of Tennessee: NASA and DOE Student Programs |
| Jenkins, Hodge |
Frame Analysis and Design Computer Classroom/Laboratory Module for Machine Design |
| Jenkins, Hodge E. |
Engineering Student Self-assessment in a Capstone Design Course |
| Jenkins, L. Brent |
The BEST Approach to Middle and High School Outreach |
| Jeter, Sheldon M. |
Effectiveness and LMTD Correction Factor of the Cross Flow Exchanger: A Simplified and Unified Treatment |
| Johnsey, Gary |
Adding practice and realism to Information Technology courses |
| Kadamani, Sami |
USFKAD: An Expert System for Partial Differential Equations |
| Kavetsky, Robert A. |
Learning by Doing—Hands-On Experiments for a Middle-School Outreach Program |
| Kellam, Nadia |
The Student Perspective on the State of Complex Systems in Australian and American Mechanical Engineering Programs |
| Klein, Tonya M. |
Renovation and Upgrades of Chemical and Biological Engineering Unit Operations Lab to Teach Technical Skills in Emerging Engineering Fields |
| Kraige, L. Glenn |
Unified Lecture Software for Mechanics of Deformable Bodies |
| Kremar, Jason |
Learning by Doing—Hands-On Experiments for a Middle-School Outreach Program |
| Labrador, Miguel A. |
Fulfilling Mentors' Expectations: An REU Site Experience |
| Lackey, Laura W. |
Engineering Student Self-assessment in a Capstone Design Course |
| Ladesic, James G. |
Aerospace-Focused Multidisciplinary Project-Based Introductory Engineering Course |
| Lane, Alan M. |
Renovation and Upgrades of Chemical and Biological Engineering Unit Operations Lab to Teach Technical Skills in Emerging Engineering Fields |
| Lawrence, Thomas M. |
Using Case Studies to Bring Real World Situations into the Engineering Course Learning Environment |
| Lehr, Steven R. |
Aerospace-Focused Multidisciplinary Project-Based Introductory Engineering Course |
| Lenoir, H. Joel |
“The New 3-D Printer is Here, What do We Do Now?” Rapid Prototyping in the Undergraduate Engineering Environment |
| Lindly, Jay K. |
Transportation Systems Curriculum for High Schools |
| Lipscomb, John W. |
The Feasibility of Online Laboratories |
| Lowther, Deborah L. |
Positive Experience with Challenge-Based Instructional Modules across Engineering Disciplines |
| Luck, Rogelio |
Using Computational Software Root Solvers: A New Paradigm for Problem Solutions? |
| Maher, Michelle |
The Student Perspective on the State of Complex Systems in Australian and American Mechanical Engineering Programs |
| Mann, Llewellyn |
The Student Perspective on the State of Complex Systems in Australian and American Mechanical Engineering Programs |
| Marchman, David |
State-of-the-Art: Law Enforcement Surveillance Impact on Construction Zones |
| Matkins, Juanita Jo |
Learning by Doing—Hands-On Experiments for a Middle-School Outreach Program |
| Mays, Timothy W. |
Teaching Design throughout the Civil and Environmental Engineering Curriculum |
| McClain, Stephen T. |
A MathCAD Function Set for Solving Thermodynamics Problems |
| McCreanor, Philip T. |
Projects and Deliverables used in a Freshman Engineering Design Course |
| McCullough, Claire L. |
Information Literacy: A Critical Component in Engineering Practice in the Twenty-First Century |
| McDaniel, William L. |
Using Steam Engines to Teach Parametric Modeling and Prototyping |
| McDaniel, William L. |
Using the Great Teachers Model for Engineering Technology Faculty Renewal: A Strategy that Works |
| McKinney, Mark |
Sparking Interest in Middle and High School Students Using a Robotics Competition |
| Melton, Perry |
The Experimental Prototype: Critical Thinking and Real-World Problem Solving in Engineering Education |
| Minerick, Adrienne R. |
Applying Techniques Learned in an ASEE –SE Workshop: Adoption of a High Performance Learning Environment (Hi-PeLE) for Group Experiments |
| Minerick, Adrienne R. |
Talking & Working for Diversity When You Don't Belong to a Minority Demographic |
| Mines, Richard O. |
Engineering Student Self-assessment in a Capstone Design Course |
| Morris, Don H. |
Unified Lecture Software for Mechanics of Deformable Bodies |
| Morrison, B. |
An Online Capstone Project Evaluation System |
| Murden, John A. |
Ten Years Later: Teaching Mathcad as a Non-Traditional Programming Language |
| Nail, Gregory H. |
PH Grade Assist: Homework in the Twenty-First Century |
| Naumov, Viatcheslav I. |
Senior Capstone Design Experiences at the University of Tennessee: NASA and DOE Student Programs |
| Palmquist, Shane M. |
Student Engagement in Elementary Surveying |
| Parang, Masood |
Senior Capstone Design Experiences at the University of Tennessee: NASA and DOE Student Programs |
| Pardue, Sally J. |
A Longitudinal Study of Mechanical Engineering Student
Performance on the FCI, Phase I |
| Pérez, Rafael |
Fulfilling Mentors' Expectations: An REU Site Experience |
| Peters, Wally |
The Student Perspective on the State of Complex Systems in Australian and American Mechanical Engineering Programs |
| Phillips, W. |
An Online Capstone Project Evaluation System |
| Plemmons, Keith |
Application of Pedagogy or Andragogy: Understanding the Differences between Student and Adult Learners |
| Quinn, Paul L. |
Aerospace-Focused Multidisciplinary Project-Based Introductory Engineering Course |
| Radcliffe, David |
The Student Perspective on the State of Complex Systems in Australian and American Mechanical Engineering Programs |
| Radharamanan, R. |
Integrated Laboratory Instruction on CAD/CAM and Robotics at MUSE |
| Ritchie, Stephen M.C. |
Renovation and Upgrades of Chemical and Biological Engineering Unit Operations Lab to Teach Technical Skills in Emerging Engineering Fields |
| Schneider, Judy |
Integrating Materials Science into the Mechanical Engineering Curriculum |
| Schultz, Scott R. |
Using Multimedia Case Studies as Teaching Aids for a Discrete Event Simulation Course |
| Scoff, Robert J. |
A Very Functional Transistor Circuit to Demonstrate Biasing, Voltage and Current Gains, and Frequency Response |
| Sharp, Julie E. |
Preparing Engineers for the Job Search Through Mock Telephone Interviews with Alumni |
| Silverstein, David L. |
Increasing Student Participation in the Technical Program at Professional Conferences |
| Smith, Steven L. |
Using the Great Teachers Model for Engineering Technology Faculty Renewal: A Strategy that Works |
| Smoot, B. |
An Online Capstone Project Evaluation System |
| Smyer, Richard F. |
Financial Analysis of Industrial Engineering Capstone Design Projects |
| Smyer, William N. |
Financial Analysis of Industrial Engineering Capstone Design Projects |
| Snider, Arthur David |
An Art Class for Engineers |
| Snider, Arthur David |
USFKAD: An Expert System for Partial Differential Equations |
| Stevenson, Tommy |
Image Summer Bridge: A Model of Recruitment and Retention of Students of Color in Science, Technology, Engineering, and Mathematics |
| Stiegler, Robert L. |
Learning by Doing—Hands-On Experiments for a Middle-School Outreach Program |
| Strahl, J. Daniel |
Positive Experience with Challenge-Based Instructional Modules across Engineering Disciplines |
| Subramanian, Venkat R. |
Computer Facilitated Mathematical Methods in Engineering – Similarity Solution |
| Subramanian, Venkat R. |
Faculty Mentoring – a Protégé's Perspective |
| Sulbaran, Tulio |
An Experience of a Course Management System in Construction Scheduling framed within TAC-ABET Accreditation Criteria |
| Sulbaran, Tulio |
State-of-the-Art: Law Enforcement Surveillance Impact on Construction Zones |
| Swaminathan, Saravanan |
Using Graduate Students to Teach an Undergraduate Class |
| Taylor, Bob |
Near-Space and the BAMASAT Program |
| Taylor, Lawrence A. |
Senior Capstone Design Experiences at the University of Tennessee: NASA and DOE Student Programs |
| Totten, Richard A. |
Online Learning in Engineering Graphics Courses: Research, Tools, and Best Practices |
| Visco, Donald P. |
A Freshman Course in Chemical Engineering |
| Visco, Donald P. |
Using Graduate Students to Teach an Undergraduate Class |
| Walters, B. Wayne |
Technology in the Throes of a Paradigm Shift |
| Wells, S. Michael |
The Declining Work Ethic of the American Engineering Student |
| Whitten, B. Neil |
Incorporating Civic Engagement |
| Wigal, Cecelia M. |
Project-Based Learning of Engineering Design and Graphical Communication |
| Wilson, Timothy A. |
Aerospace-Focused Multidisciplinary Project-Based Introductory Engineering Course |
| Wood, A. Mitchell |
Incorporating Civic Engagement |
| Yeh, P. S. |
Effect of Boundary Conditions on Two-Dimensional Temperature Distribution in a Transformer |
| Zhou, Zhaoxian |
Electromagnetic Radiation and Scattering of Wire Structures |