EE351 Project Information

Download Project Description

Presentation Schedule:

Wednesday, April 23

1. Cory Bakeman
   Intersystem Electromagnetic Interference Effects on Electric Guitar Pick-ups
2. Viet Q. Nguyen
   Fiber Optic Communication
3. Kyle Bennett
   Free Space Optics (FSO)
4. Dave Moulton
   Invention to aid the blind
5. Joey Reed
   Microwave Mammography
6. Lloyd Myers
   Microwave vs Stove-Top Cooking
7. Max Aquino
   A Home Run Measurement System
8. Richmond Wu
   A Tin Can Waveguide Antenna
9. Kristina Hunter
   The Forever Flashlight
10. James Lance
    Introduction to Optical Switching Applied to Logical AND and Logical OR Operations

1. Ryan Dirks
   Ryan's Resultant Pattern Depicter
2. Viet H. Nguyen
   A 40 GHz Planar Array Antenna using Hybrid Coupling
3. Carolina Parada
   Yagi-Uda Antenna
4. Te-chiu Tsai
   Metal Detector
5. Andy Bell
   Radar vs Laser/LIDAR
6. Timber Heay
   Demonstration of Magnetic Fields Lighting LEDs
7. Isse Odawa
   EMF Exposure to Humans and Standards
8. Adam Moll
   Electromagnetic Interference
9. Chun-wei Chou
   A Cellular Phone Detector
10. Vuong Luu
    Radio Frequency Energy

1. Mike Nguyen (pp)
   Radiowave Propagation in Mobile Communications
2. John Lincoln (pp)
   Surround Sound using a Localized Acoustic Wave Source
3. Sara Robinson (pp)
   Yagi-Uda Antenna
4. Oscar Au (pp)
   Health Hazards of EM Fields
5. Patrick Ndai (pp)
   New Techniques in Speed Detection
6. Nick Yakubchak (pp)
   AM Radio
7. Chun Kit Ho (pp)
   EM Weapons
8. Erica Kaiser (pp)
   Stealth Technology
9. Lui Lui Suen (pp)
   LMR Cables
10. Irwin Horowitz (pp)
    Space VLBI

1. Kristi Barton (pp)
   Yagi-Uda Antenna Project
2. Randy Gnaedinger (pp)
   Radar Jamming
3. Shailesh Lakkad (pp)
   Wireless Technology
4. Josh Greene (pp)
   Fiber-Optic Communications Networks
5. Jay Carroll (pp)
   How Cell Systems Work
6. Jon Campbell (pp)
   Wireless Network Design Considerations
7. Young Tark Jung (pp)
   The Small Loop Antenna
8. Juan Gaston-Ortega (pp)
   EM Measurements with a Two-Element Antenna Array
9. Robert Iben
   Stronger and More Effective Solenoids
10. Adam Newhouse
    Magnetic Levitation

1. Lan Le
   Yagi-Uda Antenna
2. An Le
   Applications of Very Low Frequency VLF
3. Brian Baker
   Design for a Wireless Modem
4. Mike Wood
   Emerging Microwave Technologies

Scoring:

Presentation:

1. Stayed within the allotted time
   • Finished within 4 minutes
2. Organization, appropriateness, and preparation of talk
   • How well it was organized
   • Choice of material covered (Only so much material can be covered in 4 minutes; choose wisely.)
   • Was speaker well prepared (Practice!)
3. Clarity of presentation
   • How understandable it was (the content, not the English)
4. Quality of presentation
   • Use of media
   • Correctness of spelling
   • Neatness
   • Appropriate pace
   • Suitable amount of material presented (Don't try to show us 25 slides in 4 minutes!)
   • Loud enough voice and tone of voice
   • Use of uh's and um's (not good)
   • Eye contact

1. Effort expended
   • How much work appears to have been done
   • Evidence that work was done by presenter, not by anyone else
2. Understanding of subject
   • No need to understand everything, but must have some degree of understanding
3. Originality, creativity, educational value, cleverness, interest, and/or relevance of project

Each of these items will be scored from 0 to 10 points. The total will be averaged for a maximum score of 10.