Fall 2004 Senior Design - What Problem Are You Trying To Solve?
The items below are a set of problems the students have identified to investigate. There may be some obvious ways of trying to solve these problems, but at this point, I have not included the solutions to try and keep the thinking open ended. Shaded cells represent senior design groups that have formed
| Problems | Contact | Other interested students |
| Small item (e.g., keys) tracker | Justin Girard | |
| Guidance and control for autonomous aircraft (helicopter) | Oliver Kennedy | Hesham Wahba, Eton Kwok, Jason Poulos, Rayad Khan |
| Attitude sensors and filtering for autonomous aircraft (helicopter) | Steven Hakusa | Karl Schmidt, William Lem, Christian Pulla |
| Portable user authentication | Rafal Szlezak | |
| Domestic pet tracking | Andrew Clarke | |
| Mortar position sensing | Colin McCaughey | AnnMarie Guanlao, Lam Vo, Paul Henry |
| Real-time merchandise inventory control and checkout | Joseph Kukis | |
| Retail inventory control and purchase tracking | Aron Schatz | |
| Warehouse inventory tracking | Blair Svihara | |
| Hands-free access to cellular phone | Michael Clark | Kenneth Podgorsek, Thomas Stark, Catherine Cummings |
| Remote surveillance vehicle for use in dangerous situations (e.g., explosive detection) | Tammie Garrison | Alessandro Civik, Gerald Strein, Lisa Cho, James Ganz |
| Multinetwork roaming with VoIP | Nahid Halli | Manuel Toledo, Michael Havens, Parth Thakker |
| Guidance and control for personal air vehicles | Joseph Haydu | Garrett Kramnick |
| Computer video monitor connection via 802.11 | Owen Bossola | |
| Finding available spectrum in a dynamic RF environment | Leon Sukharan | Da Cai, Jenson George |
| Sensor status integration for firefighters | Jason Taormina | |
| People trapped in subway with no light during power outage | Jason Taormina | |
| Web-based document sharing with ability to check out and merge documents | Dingshi Wang | |
| Entertainment system integration | Andrew Price | |
| Better communications through enhancedments to wireless/celluaal | Garrett Kramnick | |
| Multiplatform videoconferencing with usb webcams | Bernhard Firner | Erin Siegwarth |
| Home entertainment system interconnection | Brian Creswick | |
| Difficulty connecting/upgrading computer peripherals - "wireless IDE"? | Alan Drozd | |
| Communications in large classrooms - electronic classroom displays | Matthew Ceanfaglione | |
| Land-line phones need distinctive ringtones for different callers, users | Ruby Rajan | Saydra Battersby, Lisa Cho, Milia George |
| Detection of landmines via remote control devices | Nicole Mumma | Carlos Castro, Dionell Peart |
| Listening to music in the shower | Yuji Iwai | Paul Yun, Jacob Koshy, Jonathan Rozanski |
| Couch-potatoes can't see the caller-ID from the couch - project on the ceiling | Jared Koscinski | |
| A truly Universal TV remote | Kwame Baptiste | Hasmukh Patel, Afua Oppong |
| Improving utilization and availability of washers/driers in dorm | Patrick DeLuca | Adrienne Hetherington, Nicholas Damato, Steven O'Neill |
| Stage lighting control interface to Ethernet | Paul Bennett | Robert Evans, Christopher Santoro |
| Improving diagnostic system for programmable logic controller for rail systems | Brandon Ho | Jeffrey Drobik, Riza Uku, Joseph Martin |
The items below are a set of projects students have proposed. The project is stated more in terms of a solution, rather than a problem to be solved. There may be specific problems that are to be addressed, but the suggested solution tends to narrow the focus from the range of possible solutions.
| Solutions | Contact | Other interested students |
| MP3 player with wireless file transfer, instant messaging, A/V playback | Gisela Camino | Chris Outram, Glennys Marmolejos, Munzin Chowdhury, Kristen Daly |
| Power efficient wireless sensor networks | Theodros Abraham | |
| Standalone "Thumb-thing" | Vir Angelo Lontoc | |
| Iris scanner | Ryan Mich | Richard Schweizer, Alex Wan |
| Bluetooth integration for remote operation of larger device | James Ganz | |
| Something involving robotics | Michael Bianchi | Leon Sukharan |
| Digital Light Processing | Jason George | |
| Computer installation in vehicle with wireless access | Douglas Rogers | |
| GPS for Gameboy | Thomas Lutz | |
| Incorporate wireless in everyday applicances | Jenson George | |
| Alarm clock with motion and heat sensors | Lillian Herrera | |
| Wireless Data Networking | Gino Bautista | |
The names in bold include the students who have proposed the problem or solution. I had asked that each Senior Design student independently suggest a problem that they were interested in solving.
When a problem is stated in its most basic terms, the potential for connecting multiple problems to the same solution is greatest. For instance, tracking small items, tracking pets, tracking warehouse inventory, tracking merchandise, and tracking/authenticating individuals are different facets of the same problem. A single solution might address all of them.
Likewise, the problem of guidance and control may be the same for an autonomous aircraft, a personal aircraft, and a mortar. The same sensors with different (programmable) control algorithms might serve all the problems with the same hardware solution.
Then, again, we have students who have not committed to a problem and have not been included in anyone else's problem description. Here are 36 potential members for your groups:
| Phillip Best | Angelo Campos Giraldo | Robert Cheung | Audrey Criss |
| Cristian Gonzalez | Michael Gonzalez | Divya Guda | Faisal Hashmi |
| Andre Hayman | Oscar Hernandez | Howard Huang | Juan Jaime |
| Daniel Juell | John Karshner | Kwesi Kerr | Matthew Klucsarits |
| Shawn Marincas | Chris McAvoy | Justin McKnight | Freddy Mendieta |
| Peter Micchelli | Shrutee Parekh | Maitreya Parikh | Kunal Patel |
| Jose Philipose | Scott Rower | Aleks Saul | Julio Sesti |
| Amardeep Singh | Amitoj Singh | Oliver Sosinsky | Kaushik Srinivasan |
| Matthew Swartout | Ryan Telford | Kush Teotia | Kevin Tiu |
This page was last updated on: