| 01 | Phillips, William D. | Time, Einstein, and the Coolest Stuff in the Universe |
| 02 | Shull, Robert D. | Nanomagnetics |
| 03 | | Student Poster Plenary Presentations |
| 04 | Vollaro, Mary | Engineering Exploration for Junior Girl Scouts: Partnership, Activities, Insight, and Reflection |
| 05 | Martinez-Miranda, Luz J. | Teaching Nanomaterials to Junior Materials Students in the X0Ray Laboratories |
| 06 | Zahariev, Krasimir | Non-Destructive Crack Evaluation in Steel Parts |
| 07 | Kohne, Glenn S. | Demonstration of Circuit Design Using Randomness, Evolution and Natural Selection |
| 08 | Johnson, Dwight | Heat Conduction in a Metal Bar: A Transient Response |
| 09 | Hayek, Matthew | Vacuum Panel Design and Characterization |
| 10 | Masi, James V. | Experimenting With Fields in Materials Science: Concentration, Thermal, Electric, and Others |
| 11 | Drexel, Masao | The Effect of Surface Tension on the Flow of Water Through Holes and Channels |
| 12 | Watts, Stacey M. | Using Electrolyte Flow as a Variable in Secondary Batteries |
| 13 | Csernica, Jeffrey | Preparation and Testing of Coatings-An Option for Simple Polymer Property Experiments |
| 14 | Pai, D. Waters, C. Noronha, M. Lewis, R. | Introduction of Nanotechnology Concepts in Precollege Classes in the North Carolina Piedmont Triad |
| 15 | Levinson, Amanda | Elastic Moduli Near the UTS |
| 16 | Snowden, William E. | Biologically Inspired Materials – The NASA BIMat Institute |
| 17 | Hsu, Matthew Maynard, Valerie Tevaarwerk, Emma | Materials World Modules |
| 18 | Hoy, Eleanor L. | Sparking and Maintaining Student Interest in Technology Education |
| 19 | Elban, Wayne L. | Rockwell Hardness Testing of Metals Alloys and Developing Computer-Based Mechanical Property Correlations |
| 20 | Chan, Siu-Wai | New York City High School Outreach Program |
| 21 | Keilson, Suzanne | Efficient Copper Reduction and Recycling by Fiber Optic Switching for Automotive Lighting Systems |
| 22 | Marshall, John A. | Memory Metals |
| 23 | Tung, Ming S. | Biomimetic Calcium Phosphate/Gelatin Nanocomposites Dental and Medical Applications |
| 24 | Logan, Kathryn V. | Design of Impact Resistant Bio-Inspired Materials |
| 25 | Plumb, Michael | Partnership Between TCC-TNCC-VBCPS-NSU |
| 26 | Greene, Theodore S. | Galvanic Corrosion, A Materials Laboratory Experiment |
| 27 | Meier, Mike L. | Implementation of the Ferguson and Stoebe’s “Hysteresis Loops and Barkhausen Effects in Magnetic Materials” Experiment |
| 28 | Falvo, Michael R. | Hands On Model Building Activities for Nanoscience Education |
| 29 | Hoy, Barry A. | Modified Construction Apprenticeship: A Model for Reducing Worker Attrition in the Road Building Industry |
| 30 | Meier, Mike L. | Measuring Crystallite Size Using X-Ray Diffraction, The Williamson-Hall Method |
| 31 | Pai, Devdas and Rajaram, G. | Particle Characterization Using Digital Imaging |
| 32 | Cavanagh, Daniel P. | Fabrication of Microfluidic Chips in an Undergraduate Laboratory |
| 33 | Davis, Daniel | Recent Advances in Bio-Nanotechnology Research at the TiiMS Institute |
| 34 | Brown, Scott and Crider, Roger | Material Science in High School Activities for a Traditional Tech Ed Lab |
| 35 | Moosavizadeh, Sharooz | Oblique Magnetohydrodynamic Stagnation-Point Flow |
| 36 | Rusin, John | Resource Center for Materials Education |
| 37 | Ratner, Mark A. | Nanotechnology: Some Simple Thoughts in a Complex Subject |
| 38 | Naylor, David | Innovative On-Line New E-Learning of Ferrous Metallurgy |
| 39 | Palmer-Fuechsel, Virginia Fridie, Alvin | Tone and Timbre: Listening to Material Differences |
| 40 | Griffin, Richard B. | Failure Analysis of the Head From a Titanium Driver |
| 41 | Song, Eugene J. | Design of Bio-Nano Battery and Its Characterization |
| 42 | Burkhardt, John | Introduction to Ultrasonic Imaging |
| 43 | Blicblau, Aaron | Smart Materials – A Magnetorheological Fluid |
| 44 | Song, Kyo D. | Design of Flexible Rectenna for Energy Harvesting |
| 45 | Abramowitz, Harvey | Construction of a Cross Cylinder Wear Tester |
| 46 | Mahmoud, Morsi M. | Crystallization of Lithium Disilicate Glass by Microwave Energy (2.45 GHz Home Model Microwave) |
| 47 | Weick, Brian L. | Aluminum Sand Casting Laboratory to Study theInfluence of Riser Design |
| 48 | Sulaiman, Munir M. | Teaching and Learning in Engineering Technology |
| 49 | Khan, Mushtaq A. Herra, Justine | Elastic Buckling of Bars |
| 50 | Jiggetts, Rodney D. | An Overview of Rockwell Hardness and Micro Indentation Testing |
| 51 | Gayle, Frank W. | Analysis of Structural Steel in the NIST World Trade Center Investigation |