Swarthmore Engineering
| Group | Title | Advisor |
|---|---|---|
| Alyssa Bonnoit | Software Tool for Intel Device Engineering Failure Analysis |
Maxwell/Molter |
| Susan Christensen | Interfacial Positions in Steady Converging Microchannel Flows at Low Reynolds Numbers |
Macken |
| David Collins | Proposal for the Construction and Testing of a PEM Fuel Cell Stack |
Macken |
| Nathaniel Court, Vincent Galatro | Design, Fabrication, and Testing of a CFRP Jacketed Concrete Structural Member for Application in Cycling |
Siddiqui/Orthlieb |
| Michael Dudley | HEV: Cooling and Venting Systems |
Macken |
| Stephen Duvignau | Frequency Difference Interference in an Ultrasound Parametric Array |
Everbach |
| Emily Eddy | Directional Hearing Aid Design |
Everbach |
| Zoila Forgione | Implementation of Diagnostic Software For The Garnet Two Hybrid Electric Vehicle Project |
Macken/Maxwell |
| Todd Gillette, David O'Steen | Wireless Control in a Dynamic Environment Using Bluetooth |
Molter |
| Elizabeth Jenkins | Energy Conversion: Using a Rowing Machine to Produce Electricity |
Macken |
| Geoffrey Klein | Acoustical Modeling, Analysis, and Design of Lecture Halls |
Everbach |
| Jonathan Lee | LED-Based Reflectance Pulse Oximetry |
Molter |
| Joseph Makin | Autonomous Operation of an Elevator by Mobile Robot |
Maxwell |
| Kiyoyuki Miyasaka | Motor Assist Control System for the SwiftR HEV |
Macken/Piovoso |
| David Murphy, Joseph Armistead | Design and Construction of a LowField MRI Device |
Molter |
| Axel Neff, Peter McKee | HEV: Hybrid Electric Vehicle Overall Vehicle Improvement and Competition Preparation |
Macken |
| Kent Qian | HEV Electrical Wiring |
Macken/Maxwell |
| Michael Rutberg | Development of a Virtual Blackboard |
Maxwell |
| Aimee Schultz | Treadmill Control System |
Maxwell/Piovoso |
| Antenah Tesfaye, David Whitehead | Customizable Function-Specific Sensor Fusion |
Molter/Maxwell |
| Laura Zager | Adaptive Anti-Noise |
Everbach |