Download the Event Guide - Wichita State University
Download the Event Guide - Wichita State University
Download the Event Guide - Wichita State University
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
2<br />
Table of Contents<br />
Welcome from <strong>the</strong> Dean! ................................ 3<br />
Building Map ! .............................................. 4-5<br />
Engineering Programs at WSU! ..................... 6<br />
Index of Projects by Title! ............................... 7<br />
Project Listing! .......................................... 8-15<br />
Awards Banquet Program! ........................... 16<br />
List of Awards! .............................................. 17<br />
Be Sure to Visit:<br />
Wallace Hall, all floors<br />
Aerospace<br />
Electrical & Computer Science<br />
Kansas BEST Robotics<br />
Sponsor Booths<br />
Engineering Research Laboratory Building<br />
Aerospace<br />
Bioengineering<br />
Cerebral Palsy Research Foundation<br />
Projects by EECS<br />
Engineering Building, 2nd Floor<br />
Industrial & Manufacturing<br />
Mechanical<br />
<strong>Event</strong> Highlights<br />
Hands-on Activities for Kids<br />
(sign up required in advance)<br />
This year over 400 children from local<br />
schools in grades 5-8 are expected to attend<br />
EOH. Activities include gliders, egg drop,<br />
wind turbines, roller coasters, race cars and<br />
more!<br />
Tours for <strong>the</strong> General Public<br />
Most engineering laboratories and NIAR<br />
open <strong>the</strong>ir labs for tours. This is a great way<br />
to see how <strong>the</strong> research done at <strong>the</strong> College<br />
of Engineering impacts our community, state<br />
and society.<br />
Lunch on <strong>the</strong> Patio<br />
From 1-2 pm, lunch will be served on <strong>the</strong><br />
Wallace Hall patio for $5.00 per person.<br />
Awards Banquet<br />
Held on Saturday, May 5, 6:30 pm at <strong>the</strong><br />
downtown Hyatt Regency. Tickets must be<br />
purchased in advance in <strong>the</strong> Dean"s Office.<br />
Our Sponsors<br />
We believe <strong>the</strong> contribution made by <strong>the</strong><br />
sponsors to <strong>the</strong> Engineering Open House is<br />
a vital part of <strong>the</strong> success of our event.<br />
THANK YOU to those who have contributed<br />
time and money to support this effort of our<br />
students, faculty and staff. You are important<br />
to us and your belief in <strong>the</strong> College is valued<br />
and appreciated.<br />
Diamond ($2,000+)<br />
The Boeing Company<br />
Spirit AeroSystems, Inc.<br />
Bombardier Learjet<br />
Cessna Aircraft Company<br />
Koch Industries<br />
Platinum ($1,000+)<br />
Airbus<br />
MKEC Engineering Consultants, Inc.<br />
Professional Engineering Consultants, P.A.<br />
Gold ($500+)<br />
Garmin<br />
Clark Beck<br />
Award Only ($25+)<br />
Ad Astra Kansas Initiative Foundation<br />
AIAA, <strong>Wichita</strong><br />
American Society for Quality, <strong>Wichita</strong><br />
APICS <strong>Wichita</strong> Professional Chapter<br />
IEEE, <strong>Wichita</strong><br />
SAE International, <strong>Wichita</strong><br />
Society of Manufacturing Engineers, <strong>Wichita</strong><br />
Society of Women Engineers, <strong>Wichita</strong><br />
WSU High Performance Computing Center
Special Thanks<br />
Dean"s Office staff<br />
Karen Reynolds & Ana Lazarin<br />
Engineering Student Organizations<br />
NIAR & Tracee Friess<br />
WSU Foundation, Megan Smith<br />
WSU Duplication Station, Reservations,<br />
Police, Fire Safety, Physical Plant<br />
Welcome from <strong>the</strong> Dean<br />
It is with pride and appreciation that I welcome you to <strong>the</strong><br />
57th annual <strong>Wichita</strong> <strong>State</strong> <strong>University</strong> (WSU) College of<br />
Engineering (CoE) Open House. We are excited about <strong>the</strong><br />
opportunity to share with you <strong>the</strong> work done by our<br />
committed and talented students, our facilities, including<br />
<strong>the</strong> Engineering Research Building, Wallace Hall, and <strong>the</strong><br />
National Institute of Aviation Research.<br />
In your tour today, you will find many award-deserving<br />
projects representing creative and innovative solutions to<br />
real world problems. I would like to encourage you to talk<br />
to <strong>the</strong> students as you tour <strong>the</strong> facilities and projects and<br />
find out more about <strong>the</strong> personal stories behind <strong>the</strong><br />
technical solutions being displayed. You will be amazed<br />
by <strong>the</strong>m!<br />
On behalf of <strong>the</strong> family of <strong>the</strong> WSU College of<br />
Engineering, I would like to thank you for sharing part of<br />
your day with us. Please contact <strong>the</strong> dean"s office at (316) 978-3400 if we can be of any<br />
fur<strong>the</strong>r help or provide you with additional information on our academic programs or College. I<br />
hope you enjoy your day with us, and I look forward to meeting you in <strong>the</strong> near future.<br />
Sincerely,<br />
Zulma Toro-Ramos<br />
Dean, College of Engineering<br />
EOH Planning Team<br />
Jordan Martin, Open House Chair, Tours<br />
Amanda Smith, Awards<br />
Shahla Pourkaram, Awards Banquet<br />
Mike Staab, Projects<br />
Alex Foster, Lunch<br />
Mary Beth Kellerman, Marketing<br />
Cameron Porter, Website<br />
Samantha Corcoran, Adviser<br />
3
4<br />
Engineering Complex at WSU<br />
Jabara Hall<br />
Jabara Hall<br />
Jabara Hall began life in 1992<br />
known simply as <strong>the</strong> Science<br />
Building. The Science Building was<br />
renamed in 1996 to Jabara Hall to<br />
honor Fran and Geri Jabara. The<br />
four-story Jabara Hall is <strong>the</strong> secondlargest<br />
building on <strong>the</strong> campus and<br />
houses <strong>the</strong> departments of<br />
ma<strong>the</strong>matics and statistics, physics,<br />
computer science, and psychology<br />
as well as <strong>the</strong> university's computing<br />
and telecommunications services.<br />
Wallace<br />
Hall<br />
Engineering Building<br />
Wallace Hall<br />
Wallace Hall began life as <strong>the</strong> Engineering Laboratory<br />
buildings in Fall of 1976. The $3.75 million building was<br />
dedicated on April 27, 1977, as Wallace Hall in honor of<br />
Dwane L. Wallace and his wife Velma Lunt Wallace.<br />
Dwane Wallace was one of <strong>the</strong> first aeronautical<br />
engineering graduates from <strong>the</strong> <strong>University</strong> of <strong>Wichita</strong><br />
and became an aviation industry giant as president of<br />
<strong>Wichita</strong>-based Cessna Aircraft Co. from 1936 to 1975.<br />
The three-story building houses <strong>the</strong> College of<br />
Engineering's dean's office, <strong>the</strong> department of<br />
aerospace engineering, department of electrical<br />
engineering and computer science, classrooms, a<br />
machine shop and laboratories.<br />
Engineering<br />
Laboratory<br />
Engineering Building<br />
The Engineering Building was designed by <strong>Wichita</strong> architect W.I. Fisher. It was<br />
occupied as headquarters for <strong>the</strong> College of Engineering in 1953 and is an<br />
example of <strong>the</strong> International or Modern style of architecture that dominated<br />
American public buildings following World War I. It now houses <strong>the</strong><br />
mechanical and <strong>the</strong> industrial and manufacturing engineering programs.
The National Institute for<br />
Aviation Research (NIAR)<br />
NIAR supports <strong>the</strong> aviation industry through research<br />
and development, testing, certification, and<br />
technology transfer. The facility, that includes 15<br />
research and testing laboratories, provides state-of<strong>the</strong>-art<br />
equipment, investigators, and administrative<br />
support to clients in private industry, and state and<br />
federal government agencies.<br />
Research<br />
Building (ERLB)<br />
Engineering Research<br />
Laboratory Building<br />
The Engineering Research Laboratory Building,<br />
constructed in 2007, houses laboratories for<br />
<strong>Wichita</strong> <strong>State</strong>'s engineering programs. The<br />
building was designed by <strong>the</strong> <strong>Wichita</strong>-based firm<br />
McCluggage Van Sickle & Perry to be open and<br />
flexible, allowing for changes in <strong>the</strong> kind of<br />
research that can be conducted as <strong>the</strong> needs of<br />
potential clients change.<br />
Beech Wind Tunnel<br />
National Institute<br />
for Aviation Research<br />
(NIAR)<br />
Walter H. Beech Memorial<br />
Wind Tunnel<br />
The idea to build <strong>the</strong> tunnel was proposed in 1946<br />
by Walter H. Beech, former president of Beech<br />
Aircraft Co., and Dwane L. Wallace, former<br />
president of Cessna Aircraft Co., who needed a<br />
place to do aeronautical research in <strong>Wichita</strong>. The<br />
7x10-ft wind tunnel is capable of testing at speeds<br />
up to 245 mph. Although aviation has long been<br />
<strong>the</strong> primary beneficiary of <strong>the</strong> wind tunnel, <strong>the</strong><br />
tunnel has been used for a variety of tests and<br />
purposes including a Junior Olympic skier,<br />
Olympic cyclist, model of Kemper Arena roof,<br />
curbside dumpsters, snowmobiles, motorcycles<br />
and hurricane emergency response vehicle<br />
models.<br />
5
6<br />
Engineering Programs at WSU<br />
AEROSPACE<br />
Aerospace engineers are involved in research,<br />
development, design and manufacture of such<br />
products as airplanes, helicopters, missiles,<br />
satellites and spacecraft. The aerospace<br />
engineering curriculum at WSU offers students<br />
<strong>the</strong> opportunity to acquire competence in such<br />
professional fields as aerodynamics, flight<br />
mechanics, propulsion, control systems,<br />
structures and simulation techniques.<br />
BIOENGINEERING<br />
Bioengineering is where engineering interfaces<br />
with <strong>the</strong> physical and biological sciences. It<br />
integrates physical, chemical, ma<strong>the</strong>matical<br />
sciences and engineering principles for <strong>the</strong> study<br />
of biology, medicine, behavior, or health.<br />
Bioengineering develops materials, processes,<br />
implants, devices, and informatics approaches for<br />
<strong>the</strong> prevention, diagnosis, and treatment of<br />
disease, for patient rehabilitation, and for<br />
improving health.<br />
ELECTRICAL<br />
Electrical engineers are prepared to work in a<br />
wide spectrum of activities, including avionics,<br />
process control systems, information processing,<br />
instrumentation and measurement systems,<br />
digital systems and power systems. Our<br />
graduates can concentrate on electives in<br />
communications and signal processing, control<br />
systems, digital systems, electric power systems<br />
and electronics.<br />
COMPUTER<br />
Computer engineers are focused on computer<br />
architecture and computer networks and <strong>the</strong><br />
design of digital hardware to implement<br />
computers and networks. Our graduates are<br />
required to take computer programming and are<br />
proficient as computer programmers. The<br />
curriculum is oriented to <strong>the</strong> operating systems<br />
and algorithmic processes.<br />
COMPUTER SCIENCE<br />
Computer science is “<strong>the</strong> systematic study of<br />
algorithmic processes that describe and<br />
transform information – <strong>the</strong>ir <strong>the</strong>ory, analysis,<br />
design, efficiency implementation, and<br />
application.” Underlying all computing are <strong>the</strong><br />
fundamental questions: “What can be<br />
automated?” and “How can <strong>the</strong> automation best<br />
be accomplished?”<br />
INDUSTRIAL<br />
Industrial engineers solve problems in<br />
manufacturing and service organizations (such<br />
as banks, hospitals, social services and<br />
government agencies), focusing on productivity<br />
improvement through better use of human<br />
resources, financial resources, natural resources<br />
and man-made structures and equipment.<br />
MANUFACTURING<br />
Manufacturing engineers engineer products as<br />
well as <strong>the</strong>ir production, in an integrated manner.<br />
The goal of design and manufacturing activities is<br />
<strong>the</strong> cost effective conversion of raw materials and<br />
intermediate products into higher value products<br />
through <strong>the</strong> use of various design, processing,<br />
assembly, automation, and mass-production<br />
techniques.<br />
MECHANICAL<br />
Mechanical engineers are vital team members in<br />
virtually any industrial activity ranging from<br />
concept to design, and analysis to manufacturing<br />
from aircraft and automotive to consumer<br />
products and building equipment. In <strong>the</strong>se jobs,<br />
mechanical engineers design products,<br />
machines, and develop processes for<br />
manufacturing.<br />
ENGINEERING TECHNOLOGY<br />
The engineering technology program is a handson<br />
program focused on current engineering<br />
technology issues and applications used in<br />
product design, testing, installation and<br />
maintenance to prepare students for careers in<br />
manufacturing, construction, healthcare,<br />
education and technical services or sales.#There<br />
are four concentrations: Aircraft Maintenance<br />
Technology, Engineering Technology<br />
Management, Mechatronics Technology, and<br />
Renewable Energy Technology.
Index of Projects by Title<br />
A Hybrid Inference Approach for Multi-Sensor Health<br />
Diagnostics with Unknown Faulty <strong>State</strong>! ..................... 12<br />
A Microburst Response and Recovery Scheme Using<br />
Advanced Flight Envelope Protection! ........................... 9<br />
A Physics of Failure-Based Approach for Dye-sensitized<br />
Solar Cells Degradation Prognostics! .......................... 13<br />
A Simulation Framework for PV System Power<br />
Management! ............................................................... 13<br />
AE 628 - Prop Shox! ............................................................. 8<br />
AE 628 - Shuffle Alliance DVC Team! ................................... 8<br />
AE 628 - Team AA! ............................................................... 8<br />
AE 628 - The B-10 Shockin Stingray (DVC)! ........................ 8<br />
AE 628 DBF Team Gold! ....................................................... 8<br />
AE 628-Rain Destruction! ..................................................... 8<br />
AE 628: Operation Prang! ..................................................... 8<br />
AE 628/Team Bomba O'Riley! .............................................. 8<br />
AE-628, Team Atomic Shocker! ............................................. 8<br />
Aerodynamic Characteristics of Box Wing Configurations! .. 8<br />
Aircraft Control Through Brain-Computer Interface! ............. 9<br />
Appointment Scheduling Analysis<br />
in an Academic Pediatric Clinic! ................................... 13<br />
Augmented Storytelling! ...................................................... 10<br />
Bicycle-Powered Generator! ............................................... 10<br />
Bluetooth Tap Shoes! .......................................................... 10<br />
Bombardier Learjet Engineering Drawing Release<br />
Improvement! ............................................................... 11<br />
Cash-Flow Optimization in a Multi-Project Environment! ... 13<br />
Cessna CJ4 FDR Control Wheel Position Sensor! ............. 14<br />
Cessna Non-Destructive Inspection Scheduling and<br />
Performance Measurement Tool Design! ..................... 12<br />
CIC Window Frame Team! .................................................. 12<br />
Combined Renewable Energy Technology! ........................ 15<br />
Cost Benefit Modeling and Analysis of<br />
Condition Monitoring System for<br />
Optimal Maintenance Decision Making! ...................... 13<br />
Cyclometrics! ...................................................................... 10<br />
Delaying Boundary Layer Transition by<br />
Blowing Effect of Free Stream Air! ................................. 9<br />
DoorTextChecker! ............................................................... 10<br />
Electric Chair Safety Lighting System! ............................... 10<br />
End Effector Racking System! ............................................ 15<br />
Energy Consumption in <strong>the</strong> Delivery of Magnetic<br />
Resonance Imaging (MRI)! .......................................... 13<br />
Exploration of Low Cost Autopilot Systems in Academia! ..... 9<br />
Fluid Structure Interaction (FSI) Simulation a Mechanical<br />
Heart Valve! ................................................................... 9<br />
High Voltage Audio Modulation! .......................................... 10<br />
Improving Pros<strong>the</strong>tic Device Supply at <strong>the</strong><br />
Robert J. Dole VA Medical Center! ............................... 11<br />
LaundryMate! ...................................................................... 10<br />
Life Cycle for Engineering <strong>the</strong> Healthcare<br />
Service Delivery of Imaging! ........................................ 13<br />
MEDS (Medicine Expiration/Refill Date System)! ............... 10<br />
Metal Bond Process Improvement Analysis! ...................... 12<br />
Money Savings Through Energy Efficiency<br />
in Industrial Sector! ...................................................... 13<br />
Motion Control RC! ............................................................. 10<br />
Multiple Asset Parallel Replacement! ................................. 12<br />
My Home Audio! ................................................................. 10<br />
NuvaRing Class Action Lawsuit Study! ................................. 9<br />
Operation: Tight Ship ! ......................................................... 12<br />
Problem Definition as Complex Adaptive System! ............. 13<br />
Process improvement in Healthcare using<br />
FMEA Analysis Approach! ........................................... 14<br />
RC Mind Control! ................................................................ 10<br />
Real-time Rolling Element Bearing Diagnostics through<br />
Vibration-Based Health Monitoring and Analysis! ........ 14<br />
Reliability-Based Design for System Time-Dependent<br />
Performance Deterioration! ......................................... 14<br />
Reliability-Based Robustness Design for<br />
<strong>the</strong> Biodegradable Medical Devices! ........................... 14<br />
RF Signal Enhancer! ........................................................... 10<br />
Rolled Lead Strip Cutting Device! ....................................... 15<br />
Rowing T-Stand and Racking System! ............................... 15<br />
Shock & Awe! ........................................................................ 9<br />
Shocker High Altitude Rocketry Project 2! ............................ 9<br />
Shocker Racing - Formula SAE! ......................................... 15<br />
Shocker Racing - Mini-Baja! ............................................... 15<br />
Shoulder Pain Pump Redesign! ............................................ 9<br />
Smart Mailbox! .................................................................... 11<br />
Smart Shopping Cart! ......................................................... 11<br />
Social Learning System: A Reference Model! ..................... 14<br />
Statistical Analysis to Analyze <strong>the</strong> Relationship<br />
Between Radiation Consumption and<br />
Energy Usage on a Hospital X-Ray Room! ................. 12<br />
Steering Wheel Sensor! ....................................................... 11<br />
Sustainable Single-Machine Scheduling Problem<br />
with Reliability and Energy Consumption! ................... 14<br />
Team Decision Skills Development with MBTI! ................... 14<br />
The Retractable Table for Wheel Chair! ............................... 11<br />
The Smart Mailbox! ............................................................. 11<br />
Triumph Structures - <strong>Wichita</strong> Facility Layout! ..................... 12<br />
TweetDuino! ........................................................................ 11<br />
Variable Refrigerant HVAC Redesign for<br />
HCC's Lockman Hall! ................................................... 15<br />
Washing Machine Autobalancer! ......................................... 11<br />
Wheelchair Curb Sensor! ..................................................... 11<br />
Wheelchair Obstacle Avoidance System! ........................... 11<br />
Who Should Help me with this Code?! ................................ 11<br />
Wind Turbine Variable Pitch Control! .................................. 15<br />
Wireless GPS Tracker! ........................................................ 11<br />
7
8<br />
Senior Design & Graduate Research Projects<br />
AEROSPACE<br />
AE 628 - Prop Shox<br />
Wallace Hall 2nd Floor<br />
Grant Rudd, Kushal<br />
Koirala, Ngigalile Kyando,<br />
Kazuhiro Umetani, Jose<br />
Villavicencio<br />
This aircraft Udaan<br />
(Sanskrit for flight), was<br />
designed and constructed<br />
by a team of seniors for<br />
<strong>the</strong>ir capstone class (AE<br />
518/628). It <strong>the</strong>n<br />
participated in <strong>the</strong> WSU<br />
DVC (Design, Validate,<br />
Compete) and Bronze<br />
Propeller competitions.<br />
AE 628 - Shuffle Alliance<br />
DVC Team<br />
Engineering Research<br />
Laboratory Building Lobby<br />
Bang Vo, Dan Le, Thanh<br />
Thuy Tran, Jonathan<br />
Mayagoitia, Meng-Ting<br />
Hsieh<br />
The purpose of this project<br />
is to compete in <strong>the</strong><br />
2011-2012 Design,<br />
Validate, and Compete<br />
(DVC) competition. A<br />
lightweight remote<br />
controlled aircraft is<br />
designed and built to fly<br />
several laps and drop a<br />
payload of tennis balls<br />
onto a target.<br />
AE 628 - Team AA<br />
Engineering Research<br />
Laboratory Building Lobby<br />
Jeff Fisher, Allison<br />
Ronning, Mahdi Bakri,<br />
Robert Varriano, Dominic<br />
Heincker<br />
The goal is to design,<br />
validate, and build an<br />
airplane to excel in <strong>the</strong><br />
Bronze Propeller<br />
Competition. A t-tail, high<br />
wing configuration was<br />
chosen as <strong>the</strong> optimal<br />
design.<br />
AE 628 - The B-10<br />
Shockin Stingray (DVC)<br />
Engineering Research<br />
Laboratory Building Lobby<br />
Tawny Blumenshine,<br />
Alfredo Gimenez, Wesley<br />
Lambert, Mitchell Nord,<br />
James Winkel<br />
This project is an<br />
Aerospace Engineering<br />
Senior Design project. A<br />
remote control flying wing<br />
designed and built for <strong>the</strong><br />
<strong>Wichita</strong> <strong>State</strong> Bronze<br />
Propeller competition.<br />
AE 628 DBF Team Gold<br />
Engineering Research<br />
Laboratory Building Lobby<br />
Jeff Breedlove, Adam<br />
Koenig, Gavin Smith,<br />
Stephen Turner, Nick<br />
Tygard<br />
Team Gold's aircraft is<br />
designed to win <strong>the</strong><br />
2011-2012 AIAA/Cessna/<br />
Ray<strong>the</strong>on Missile Systems<br />
Design/Build/Fly<br />
Competition. The aircraft<br />
completes three different<br />
missions at <strong>the</strong> lightest<br />
weight possible.<br />
AE 628-Rain Destruction<br />
Wallace Hall 2nd Floor<br />
Vu C. Hoang, Prabesh<br />
Karki, Lukas Long,<br />
Suranjith Perera, Roshan<br />
John Rasiah, Hasith<br />
Thewarawe<br />
Our team, Rain<br />
Destruction, competed in<br />
<strong>the</strong> Bronze Propeller<br />
competition. Our mission<br />
was to design and build an<br />
electric powered aircraft<br />
that would drop tennis<br />
balls onto a target during<br />
flight.<br />
AE 628: Operation Prang<br />
Wallace Hall 2nd Floor<br />
Amy Vest, David Knak,<br />
Peyton Singer, Adam New,<br />
Shekhar Dhakal<br />
Team Prang built a custom<br />
designed battery powered<br />
remote control aircraft to<br />
compete in <strong>the</strong> Bronze<br />
Propellor and Design,<br />
Validate, and Compete<br />
competitions.<br />
AE 628/Team Bomba<br />
O'Riley<br />
Engineering Research<br />
Laboratory Building Lobby<br />
Dustin Blosser, Scott<br />
Ferentz, Adam<br />
Guetersloh, Jake Russell<br />
Team Bomba O'Riley<br />
presents: "Magic Bus." We<br />
boast to carry <strong>the</strong> most!<br />
AE-628, Team Atomic<br />
Shocker<br />
Engineering Research<br />
Laboratory Building Lobby<br />
Dean Simkins, Boon<br />
Guang Lua, Prince<br />
Yengbe, Ugochukwu<br />
Njoku, Awah<br />
Sabwemkeze<br />
Elegantly plying <strong>the</strong> warm<br />
spring winds, dipping<br />
down to release a cluster<br />
of bright yellow bomblets,<br />
and at last gently touching<br />
terra firma, <strong>the</strong> Atomic<br />
Shocker Design Validate<br />
and Compete aircraft is<br />
not one to miss. We!ve<br />
created a one of a kind<br />
aircraft for <strong>the</strong> aerospace<br />
senior design course, so<br />
come listen to <strong>the</strong> trials,<br />
tribulations, and elations of<br />
designing a small-scale<br />
remote control bomber.<br />
Aerodynamic<br />
Characteristics of Box<br />
Wing Configurations<br />
Wallace Hall Hallway East<br />
(3x4 Wind Tunnel)<br />
L.T. Honse, T.J. Jayaratne,<br />
Chris Keeler, Amanda<br />
Premer, Brennen Sheldon<br />
This project tested <strong>the</strong><br />
aerodynamic<br />
characteristics of two box<br />
wing configurations: a<br />
typical box wing and an<br />
elliptical box wing, with <strong>the</strong>
Senior Design & Graduate Research Projects<br />
same airfoil, span, and<br />
chord lengths. They were<br />
tested through a range of<br />
angles of attack, sideslip<br />
angles, and different<br />
Reynolds Numbers in <strong>the</strong><br />
<strong>Wichita</strong> <strong>State</strong> <strong>University</strong><br />
3x4 Low Speed Wing<br />
Tunnel.<br />
Delaying Boundary<br />
Layer Transition by<br />
Blowing Effect of Free<br />
Stream Air<br />
Wallace Hall Hallway East<br />
(3x4 Wind Tunnel)<br />
Long Huynh, Viet Do,<br />
Micheal Mai, Felipe<br />
Grijalva, Muhammad Tahir<br />
The basic idea is to use<br />
<strong>the</strong> free stream air coming<br />
in at <strong>the</strong> leading edge of<br />
<strong>the</strong> airfoil to produce a<br />
blowing effect which<br />
delays transition from<br />
laminar to turbulent.<br />
Shock & Awe<br />
Engineering Research<br />
Laboratory Building Lobby<br />
Austin Fawcett, Matt<br />
Wedel, Andy Yeager,<br />
Travis Moyer, Courtney<br />
Ford<br />
Team Shock & Awe built<br />
an aircraft to compete in<br />
<strong>the</strong> Design, Validate,<br />
Compete challenge as<br />
well as <strong>the</strong> Bronze<br />
Propeller Challenge. The<br />
Team designed a simple,<br />
light, and efficient aircraft<br />
capable of winning both<br />
competitions.<br />
Shocker High Altitude<br />
Rocketry Project 2<br />
Wallace Hall 2nd Floor<br />
Camille Moore, Paul Dees,<br />
Mary Maneth, Tyler<br />
Peden, Kevin Elledge,<br />
Alex Ferm, Caleb Gimar,<br />
Jacob Hart-Lane, Shahla<br />
Pourkaram, Fernanda<br />
Quezada, Chris Senn,<br />
Tyler Smalley, Amanda<br />
Smith, Christina Wilson<br />
The <strong>Wichita</strong> <strong>State</strong> Rocket<br />
Club designed, built and<br />
recovered a reusable, high<br />
powered rocket with a<br />
scientific payload.<br />
A Microburst Response<br />
and Recovery Scheme<br />
Using Advanced Flight<br />
Envelope Protection<br />
Engineering Research<br />
Laboratory Building<br />
Balcony<br />
Melvin Rafi<br />
This research presents an<br />
advanced flight control<br />
system for general<br />
aviation aircraft, that is<br />
capable of responding to<br />
and recovering from<br />
adverse wea<strong>the</strong>r and flight<br />
conditions, such as<br />
microburst and wake<br />
vortex encounters.<br />
Aircraft Control Through<br />
Brain-Computer<br />
Interface<br />
Engineering Research<br />
Laboratory Building<br />
Balcony<br />
Phillip Meikel<br />
The use of Brain-<br />
Computer Interface in an<br />
artificial neural network<br />
controller could allow for a<br />
pilot to learn to fly an<br />
aircraft with using only<br />
brainwaves.<br />
Exploration of Low Cost<br />
Autopilot Systems in<br />
Academia<br />
Wallace Hall Hallway East<br />
(3x4 Wind Tunnel)<br />
Bryan Kissack<br />
The purpose of this project<br />
is to develop a low cost<br />
autopilot system that is<br />
capable of completing fully<br />
autonomous flights. The<br />
end goal is to incorporate<br />
this autopilot system into<br />
<strong>the</strong> undergraduate<br />
aerospace academe,<br />
enabling aerospace<br />
students to graduate with<br />
hands on autopilot<br />
experience.<br />
Fluid Structure<br />
Interaction (FSI)<br />
Simulation of a<br />
Mechanical Heart Valve<br />
Engineering Research<br />
Laboratory Building Lobby<br />
Omid Sirous<br />
In this project, <strong>the</strong> pulsatile<br />
blood flow interaction with<br />
<strong>the</strong> moving leaflets of a<br />
mechanical heart valve<br />
was numerically<br />
simulated. This<br />
computation is based on a<br />
strongly coupled implicit<br />
fluid-structure interaction<br />
(FSI) method which is<br />
newly organized based on<br />
<strong>the</strong> Arbitrary-Lagrangian-<br />
Eulerian (ALE) approach.<br />
BIOENGINEERING<br />
NuvaRing Class Action<br />
Lawsuit Study<br />
Engineering Research<br />
Laboratory Building Lobby<br />
Teal Scott, Paige Feikert,<br />
Pie Pichetsurnthorn,<br />
Nguyet Le, Albert Wyss,<br />
Jasmine Mallonee<br />
9<br />
This project reviewed an<br />
open class action lawsuit<br />
of NuvaRing. We used<br />
techniques used in Design<br />
of BioMedical Devices to<br />
analyze <strong>the</strong> product and<br />
propose solutions to <strong>the</strong><br />
problem.<br />
Shoulder Pain Pump<br />
Redesign<br />
Engineering Research<br />
Laboratory Building Lobby<br />
Mary Kellerman, Ian<br />
Burford, Jordan Bontrager,<br />
Hea<strong>the</strong>r Hall, Michael<br />
Oum, Kenny Louis<br />
Shoulder pain pumps have<br />
faced many lawsuits due<br />
to several factors. This<br />
project is a redesign of <strong>the</strong><br />
shoulder pain pump to<br />
prevent adverse side<br />
effects that have been<br />
experienced with <strong>the</strong><br />
current design.
10<br />
Senior Design & Graduate Research Projects<br />
ELECTRICAL,<br />
COMPUTER,<br />
COMPUTER<br />
SCIENCE<br />
Augmented Storytelling<br />
Wallace Hall 3rd Floor<br />
James Seymour<br />
A system designed to<br />
augment storytelling<br />
through <strong>the</strong> use of lighting<br />
and sound effects. The<br />
performer interacts with<br />
<strong>the</strong> system in real time<br />
through natural gestures.<br />
Bicycle-Powered<br />
Generator<br />
Engineering Research<br />
Laboratory Building Lobby<br />
Eric Kampling, Alexander<br />
Trofimuk, Adrian Love,<br />
Stephen Wiemeyer<br />
Our project is a<br />
standalone bicyclepowered<br />
generator that is<br />
capable of charging small<br />
devices and portable<br />
appliances. It is designed<br />
to accommodate <strong>the</strong><br />
residents at CPRF.<br />
Bluetooth Tap Shoes<br />
Wallace Hall 1st Floor<br />
Joe Vargas, Patrick<br />
Afrifah, Aaron Wirtz<br />
The Bluetooth Tap Shoe<br />
System sends pressure<br />
data from <strong>the</strong> toes and<br />
heels of <strong>the</strong> user's shoes.<br />
The pressure data <strong>the</strong>n<br />
triggers sound samples<br />
and visual effects from a<br />
PC for a revolutionary new<br />
experience in dance and<br />
music performance.<br />
Cyclometrics<br />
Wallace Hall 1st Floor<br />
Kevin Elledge, David<br />
Nguyen, Braden<br />
Schoenthaler, Farman<br />
Khan<br />
The function of our project<br />
is to provide riders<br />
valuable data to improve<br />
<strong>the</strong>ir cycling performance.<br />
Users are able to view<br />
power output, speed,<br />
distance, and much more<br />
on our external display.<br />
DoorTextChecker<br />
Wallace Hall 1st Floor<br />
Jordan Castillo, Matt<br />
Price, Todd Thimmesch<br />
A do-it-yourself security<br />
system that is operated by<br />
a mobile device. Can be<br />
accessed and installed<br />
anywhere <strong>the</strong>re is internet<br />
access.<br />
Electric Chair Safety<br />
Lighting System<br />
Engineering Research<br />
Laboratory Building Lobby<br />
Nate Farney, Hengky Tjie,<br />
Darko Komadina,<br />
Emmanuel Massawe<br />
This is a wea<strong>the</strong>rproof<br />
LED safety light system for<br />
electric wheelchairs that<br />
will be powered and<br />
controlled through <strong>the</strong><br />
existing wheelchair control<br />
system.<br />
High Voltage Audio<br />
Modulation<br />
Wallace Hall 3rd Floor<br />
Chris Eldridge<br />
This project uses high<br />
voltage to ionize air. The<br />
vibrations of <strong>the</strong> arc <strong>the</strong>n<br />
play <strong>the</strong> sound of <strong>the</strong> input<br />
signal.<br />
LaundryMate<br />
Wallace Hall 3rd Floor<br />
Jason Hennessy, Shawn<br />
Westervelt, Jo Palmer,<br />
Lucas Burson<br />
Retrofit laundry cycle<br />
monitoring device that<br />
notifies users via email or<br />
text message of when<br />
laundry cycle is complete.<br />
MEDS (Medicine<br />
Expiration/Refill Date<br />
System)<br />
Engineering Research<br />
Laboratory Building Lobby<br />
Julio C. Jimenez-Arguello,<br />
Ryan Shumaker, Gahssan<br />
Ahmed, Ahmed Jookhap<br />
MEDS will assist patients<br />
by notifying <strong>the</strong>m when a<br />
medicine in <strong>the</strong>ir personal<br />
cabinet is about to expire<br />
or needs refill.<br />
Motion Control RC<br />
Wallace Hall 1st Floor<br />
Giang Tran, Haymar<br />
Hlaing, Phuong Nguyen,<br />
Hyder Malhi<br />
Our project will redefine<br />
how people will control RC<br />
cars. With just a wave of<br />
your hand, you can put <strong>the</strong><br />
car in motion.<br />
My Home Audio<br />
Wallace Hall 3rd Floor<br />
Cameron Porter, Ahmed<br />
Abdelaziz, Ryan Brown,<br />
Andrew Juby<br />
Have complete control<br />
over all of <strong>the</strong> audio in<br />
your home with <strong>the</strong> touch<br />
of your phone. Let music<br />
follow you, and regain<br />
access to your personal<br />
music library.<br />
RC Mind Control<br />
Wallace Hall 3rd Floor<br />
Kaylen Kovac, Eric<br />
Berman, Ifeanyi Bruno<br />
Umeadi<br />
Use an EEG headset to<br />
control an RC vehicle.<br />
RF Signal Enhancer<br />
Wallace Hall 3rd Floor<br />
Bart Voegeli, Eric Nyaga,<br />
Shaun Golden, Guner<br />
Yilmaz<br />
The goal of this project is<br />
to provide <strong>the</strong> user with<br />
information regarding <strong>the</strong><br />
working conditions of <strong>the</strong><br />
bulb and ballast of a light<br />
assembly. Using a noninvasive<br />
technique, <strong>the</strong><br />
user is able to more<br />
accurately correct (in<br />
regards to <strong>the</strong>se<br />
components) light fixtures<br />
when <strong>the</strong>y go out.
Senior Design & Graduate Research Projects<br />
Smart Mailbox<br />
Wallace Hall 3rd Floor<br />
Murtada AlAdaab, Dhreen<br />
K. Tulsiani, Tetteh Hyde,<br />
Murtada AlAdaab, Glen<br />
Patterson<br />
Our smart mailbox is<br />
cheap and affordable<br />
solution that notifies<br />
mailbox owners whenever<br />
<strong>the</strong>y have mail to be<br />
picked up. It targets a wide<br />
range of consumers from<br />
people living in remote<br />
areas to people with<br />
disability.<br />
Smart Shopping Cart<br />
Wallace Hall 1st Floor<br />
Taylore Eisenhauer,<br />
Stephen Janzen, Mimosa<br />
Nguyen, Veena Shyam<br />
Krishna<br />
A cart that uses <strong>the</strong> Xbox<br />
Kinect to follow a person<br />
around.<br />
Steering Wheel Sensor<br />
Wallace Hall 3rd Floor<br />
Mitchel Davon,<br />
Christopher Cenatiempo,<br />
David Djobo<br />
The steering wheel sensor<br />
should be able to engage<br />
itself when <strong>the</strong> car is put<br />
into drive, sense that <strong>the</strong><br />
drivers hands are on <strong>the</strong><br />
wheel and when hands<br />
are removed from <strong>the</strong><br />
wheel, be able to alert <strong>the</strong><br />
driver when hands are<br />
removed from <strong>the</strong> wheel.<br />
The Retractable Table<br />
for Wheel Chair<br />
Engineering Research<br />
Laboratory Building Lobby<br />
Sushila Tamang, Richard<br />
Bazuaye, Rami Alwazani,<br />
Peng Wang<br />
This project includes fully<br />
automated, retractable<br />
table attached to <strong>the</strong><br />
wheelchair for <strong>the</strong> people<br />
with disabilities.<br />
The Smart Mailbox<br />
Wallace Hall 3rd Floor<br />
Said Alyami, Festus<br />
Okoth, Thao Ta<br />
A mailbox that notifies <strong>the</strong><br />
owner about new mail<br />
though e-mail and with a<br />
picture from inside.<br />
TweetDuino<br />
Wallace Hall 1st Floor<br />
Polina Osipova<br />
A toy that checks your<br />
mood and updates twitter<br />
based on <strong>the</strong> obtained<br />
results.<br />
Washing Machine<br />
Autobalancer<br />
Wallace Hall 1st Floor<br />
James Davis, Polina<br />
Osipova, Ravi Wijeseker<br />
This device balances<br />
washing machines.<br />
Specifically while in spin<br />
cycle.<br />
Wheelchair Curb Sensor<br />
Engineering Research<br />
Laboratory Building Lobby<br />
Samuel Ky, Nhat Nguyen,<br />
Bana Muhamane<br />
The purpose of this<br />
project is to detect a curb<br />
and automatically stop <strong>the</strong><br />
wheelchair.<br />
Wheelchair Obstacle<br />
Avoidance System<br />
Engineering Research<br />
Laboratory Building Lobby<br />
Pravin Maharjan,<br />
Dipendra Khatiwada,<br />
Suman Gautam, Santosh<br />
Shrestha<br />
Our project is about<br />
obstacle avoidance<br />
system for powered<br />
wheelchair. This project<br />
will help increase mobility<br />
and feelings of<br />
independence by ensuring<br />
safety to those who are<br />
worried about accidents<br />
caused by obstacles.<br />
Wireless GPS Tracker<br />
Engineering Research<br />
Laboratory Building Lobby<br />
11<br />
Abdullah Alrowaili, Mihingu<br />
Wahappulige, Rebecca<br />
Hettikankanange<br />
"Wireless GPS tracker" is<br />
designed for a user to<br />
send a message with his<br />
current location's GPS<br />
coordinates in case of an<br />
emergency, just by<br />
pressing a button.<br />
Who Should Help me<br />
with this Code?<br />
Wallace Hall 3rd Floor<br />
Md. Kamal Hossen,<br />
Hoang Dang<br />
INDUSTRIAL &<br />
MANUFACTURING<br />
Bombardier Learjet<br />
Engineering Drawing<br />
Release Improvement<br />
Engineering Building 2nd<br />
Floor<br />
Aaron Robbins, Jose<br />
Hernandez, Shiran Liu,<br />
Tuan Truong<br />
Engineering drawings are<br />
released through an<br />
electronic online database.<br />
In order to meet<br />
scheduling demand, <strong>the</strong><br />
cycle time to review and<br />
approve drawings needs<br />
to be reduced.
12<br />
Senior Design & Graduate Research Projects<br />
Cessna Non-Destructive<br />
Inspection Scheduling<br />
and Performance<br />
Measurement Tool<br />
Design<br />
Engineering Building 2nd<br />
Floor<br />
Dan Clifford, Ayoub<br />
Chitachni, Abhishet Pratap<br />
Singh<br />
The objective of this<br />
project is to develop and<br />
implement a robust and<br />
automated resource<br />
allocation tool that will<br />
implement a sorting and<br />
scheduling metric for<br />
incoming parts, measure<br />
and report progress and<br />
productivity metrics and<br />
allow for continuous<br />
improvement.<br />
CIC Window Frame<br />
Team<br />
Engineering Building 2nd<br />
Floor<br />
Huan Nguyen, Kimberly<br />
Bowman, DeAnn Larson<br />
We are working with<br />
Center Industries<br />
Corporation to reduce<br />
cycle time of <strong>the</strong> Boeing<br />
737's Passenger Window<br />
Frame to meet <strong>the</strong> future<br />
demand increasing by<br />
30%<br />
Improving Pros<strong>the</strong>tic<br />
Device Supply at <strong>the</strong><br />
Robert J. Dole VA<br />
Medical Center<br />
Engineering Building 2nd<br />
Floor<br />
Emily Longhofer, Ahmad<br />
Hamada and Harto<br />
Suseno<br />
Currently, <strong>the</strong> Pros<strong>the</strong>tic<br />
Department at <strong>the</strong> Robert<br />
J. Dole VA Medical Center<br />
takes a long and an<br />
unpredictable amount of<br />
time to process consults.<br />
The objective of this study<br />
is to provide <strong>the</strong> hospital<br />
with recommendations<br />
that will improve <strong>the</strong><br />
processing time of <strong>the</strong><br />
consults.<br />
Metal Bond Process<br />
Improvement Analysis<br />
Engineering Building 2nd<br />
Floor<br />
Chris Cox, Ri Sheng Tham<br />
This paper presents <strong>the</strong><br />
results of a project to help<br />
Cessna analyze and<br />
develop process<br />
improvements for <strong>the</strong><br />
Metal Bond Areas:<br />
Phosphoric Acid Anodize<br />
line and bond primer<br />
routing process. The team<br />
established a bottleneck<br />
process, reduced cycle<br />
times and increased<br />
capacity of <strong>the</strong> line, and<br />
developed a reliable labor<br />
flexing computer program<br />
to efficiently allocate labor<br />
resources in real time.<br />
Multiple Asset Parallel<br />
Replacement<br />
Engineering Building 2nd<br />
Floor<br />
Tate Lampe, Abhishek<br />
Singh<br />
This project aims to give a<br />
formula for determining<br />
efficient replacement<br />
scheduling for multiple<br />
assets and asset types. It<br />
takes into account<br />
technological change and<br />
deterioration and allows<br />
for a value of unmet<br />
demand that is <strong>the</strong>n<br />
penalized.<br />
Operation: Tight Ship<br />
Engineering Building 2nd<br />
Floor<br />
Emily Longhofer, Skyler<br />
Martinez, Bernie Kohman,<br />
Dale Le Bar<br />
Through <strong>the</strong> use of<br />
Industrial Engineering<br />
tools, Operation: Tight<br />
Ship is able to increase<br />
throughput and capacity<br />
in <strong>the</strong> stretch press cell at<br />
Spirit AeroSystems. Tools<br />
utilized include facilities<br />
planning, lean<br />
manufacturing, <strong>the</strong>ory of<br />
constraints, and material<br />
handling optimization.<br />
Statistical Analysis to<br />
Analyze <strong>the</strong> Relationship<br />
Between Radiation<br />
Consumption and<br />
Energy Usage on a<br />
Hospital X-ray Room<br />
Engineering Building 2nd<br />
Floor<br />
Fernando Valenzuela<br />
This is a simulation of an<br />
X-ray exam, going from<br />
<strong>the</strong> X-ray generation, Xray<br />
attenuation from<br />
source to target, and X-ray<br />
interaction with <strong>the</strong> patient.<br />
The goal is to obtain<br />
relationship of energy and<br />
radiation production.<br />
Triumph Structures -<br />
<strong>Wichita</strong> Facility Layout<br />
Engineering Building 2nd<br />
Floor<br />
Valeriano Alvarez Ozuna,<br />
Jacob Berning, Chris Cox<br />
This project is aimed to<br />
design an effective and<br />
useful facility layout for a<br />
new product line of<br />
Triumph Structures -<br />
<strong>Wichita</strong>. Along with <strong>the</strong><br />
Layout, cost-effective<br />
material handling methods<br />
for material transportation<br />
throughout <strong>the</strong> facility is<br />
considered.<br />
A Hybrid Inference<br />
Approach for Multi-<br />
Sensor Health<br />
Diagnostics with<br />
Unknown Faulty <strong>State</strong><br />
Engineering Building 2nd<br />
Floor<br />
Prasanna Tamilselvan,<br />
Ramkumar Jayaraman<br />
Real time health<br />
diagnostics requires<br />
automatic detection of<br />
unknown faulty states<br />
through <strong>the</strong> sensory<br />
signals to avoid sudden<br />
catastrophic system<br />
failures. The proposed<br />
hybrid inference approach<br />
is able to identify and<br />
isolate <strong>the</strong> unknown faulty<br />
states through interactively<br />
detecting <strong>the</strong> deviation of<br />
sensory data from <strong>the</strong><br />
known health states and<br />
forming new health states<br />
autonomously.
Senior Design & Graduate Research Projects<br />
A Physics of Failure-<br />
Based Approach for<br />
Dye-sensitized Solar<br />
Cells Degradation<br />
Prognostics<br />
Engineering Building 2nd<br />
Floor<br />
Nita Yodo, Tianglong Xu<br />
A dye-sensitized solar cell<br />
(DSSC) simulation model<br />
is developed in COMOSL<br />
multiphysics software to<br />
study <strong>the</strong> solar cells! lifecycle<br />
degradation<br />
phenomena.<br />
A Simulation Framework<br />
for PV System Power<br />
Management<br />
Engineering Building 2nd<br />
Floor<br />
Tianlong Xu, Nita Yodo,<br />
Nnennaya Udochu<br />
The trend of changing<br />
photovoltaic (PV) systems<br />
from isolated individuals to<br />
scalable grid-connected<br />
power plants has led to a<br />
growing concern of <strong>the</strong><br />
long-term power losses<br />
due to system degradation<br />
in <strong>the</strong> solar energy<br />
industry. The development<br />
of a solar energy system<br />
reliability model could<br />
provide important<br />
information to <strong>the</strong><br />
understanding of such<br />
power losses and facilitate<br />
system wide decision<br />
making.<br />
Appointment Scheduling<br />
Analysis in an Academic<br />
Pediatric Clinic<br />
Engineering Building 2nd<br />
Floor<br />
Farnaz Ghazi Nezami<br />
Appropriate prediction of<br />
visit lengths in order to<br />
propose a better<br />
scheduling system to use<br />
various resources such as<br />
rooms, physicians and<br />
nurses more efficiently is<br />
of great importance. As a<br />
result of this project, <strong>the</strong><br />
visit length can be<br />
estimated more accurately<br />
which can reduce patient<br />
waiting time and provider!s<br />
idle time, and increase<br />
patient satisfaction and<br />
system capacity.<br />
Cash-Flow Optimization<br />
in a Multi-Project<br />
Environment<br />
Engineering Building 2nd<br />
Floor<br />
Hessamedin Vali<br />
This research helps Client<br />
Companies who manage<br />
multi projects in a same<br />
time to improve <strong>the</strong><br />
accuracy of total cash<br />
flows. This is applicable<br />
for all industries.<br />
Uncertainty in <strong>the</strong> projects<br />
activities and environment<br />
has been considered <strong>the</strong><br />
heuristic proposed model.<br />
Finally A dynamic linear<br />
model has been<br />
developed to maximize <strong>the</strong><br />
designed cash flows<br />
effectiveness.<br />
Cost Benefit Modeling<br />
and Analysis of<br />
Condition Monitoring<br />
System for Optimal<br />
Maintenance Decision<br />
Making<br />
Engineering Building 2nd<br />
Floor<br />
Yibin Wang<br />
The advantages of<br />
condition monitoring<br />
system (CMS) have not<br />
been fully recognized for<br />
<strong>the</strong> optimal maintenance<br />
decision making. A Non-<br />
Homogeneous Poisson<br />
Process (NHPP) model<br />
will be developed for <strong>the</strong><br />
modeling of occurrence of<br />
<strong>the</strong> system-wide failure<br />
events and study <strong>the</strong><br />
potential benefits provided<br />
by <strong>the</strong> CMS in preventing<br />
system component failure<br />
events.<br />
Energy Consumption in<br />
<strong>the</strong> Delivery of Magnetic<br />
Resonance Imaging<br />
(MRI)<br />
Engineering Building 2nd<br />
Floor<br />
Seyed Alavi Soltani,<br />
Mohammad Amin<br />
Esmaeili, Sumaiya Islam<br />
The work presented here<br />
quantifies indirect energy<br />
(energy embodied in<br />
materials) and direct<br />
energy consumed by <strong>the</strong><br />
MRI machines and<br />
ancillary equipment.<br />
Life Cycle for<br />
Engineering <strong>the</strong><br />
Healthcare Service<br />
Delivery of Imaging<br />
Engineering Building 2nd<br />
Floor<br />
Amin Esmaeili, Seyed<br />
Soltani, Fernando<br />
Valenzuela, and Sumaiya<br />
Islam<br />
This work represents <strong>the</strong><br />
first environmental life<br />
13<br />
cycle information reported<br />
in healthcare for <strong>the</strong><br />
service delivery of<br />
imaging.<br />
Money Savings Through<br />
Energy Efficiency in<br />
industrial Sector<br />
Engineering Building 2nd<br />
Floor<br />
Ashraf Hammouri, Farnaz<br />
Ghazi Nezami<br />
Reducing energy<br />
consumption for<br />
environmental and<br />
economic purposes has<br />
turned to gain more<br />
attention for companies.<br />
This project provides two<br />
case studies in two<br />
manufacturing companies<br />
which illustrate how <strong>the</strong><br />
companies can save<br />
money in <strong>the</strong>ir utility bills<br />
and decrease <strong>the</strong><br />
environmental impacts by<br />
implementing energy<br />
assessment tools.<br />
Problem Definition as<br />
Complex Adaptive<br />
System<br />
Engineering Building 2nd<br />
Floor<br />
Olga Devkota<br />
Defining a complex illdefined<br />
problem is a<br />
challenging, tedious, and<br />
somewhat neglected<br />
aspect in practice, and yet<br />
a good problem definition<br />
may be a key difference<br />
between successfully<br />
resolved problem and a<br />
never ending mess.
14<br />
Senior Design & Graduate Research Projects<br />
Process Improvement in<br />
Healthcare using FMEA<br />
Analysis Approach<br />
Engineering Building 2nd<br />
Floor<br />
Farnaz Ghazi Nezami,<br />
Hessam Vali, Ahmet<br />
Akgun, Halil Cobuloglu<br />
One of <strong>the</strong> major problems<br />
in healthcare systems is<br />
large waiting times which<br />
can impact overall system<br />
cost and capacity and<br />
quality of care. In order to<br />
assure delivering <strong>the</strong><br />
appropriate service at <strong>the</strong><br />
right time to <strong>the</strong> patients,<br />
Failure Mode Effect<br />
Analysis method is utilized<br />
to determine major system<br />
failures and a simulation<br />
model is performed to<br />
investigate <strong>the</strong> impact of<br />
proposed corrective<br />
actions on <strong>the</strong> system.<br />
Real-time Rolling<br />
Element Bearing<br />
Diagnostics through<br />
Vibration- based Health<br />
Monitoring and Analysis<br />
Engineering Building 2nd<br />
Floor<br />
Ramkumar Jayaraman,<br />
Wade C. Hansen<br />
A rolling element bearing<br />
health diagnostics tool<br />
based on <strong>the</strong> nonlinear<br />
independent component<br />
analysis (ICA) and support<br />
vector classifier is<br />
developed for real-time<br />
bearing fault detection and<br />
failure severity<br />
assessment.<br />
Reliability-Based Design<br />
for System Time-<br />
Dependent Performance<br />
Deterioration<br />
Engineering Building 2nd<br />
Floor<br />
Zequn Wang<br />
A primary concern in<br />
practical engineering<br />
design is ensuring high<br />
system reliability<br />
throughout a product lifecycle<br />
subject to timevariant<br />
operating<br />
conditions and component<br />
deteriorations. This project<br />
is to design reliable<br />
product under uncertainty<br />
considering degradation.<br />
Reliability-Based<br />
Robustness Design for<br />
<strong>the</strong> Biodegradable<br />
Medical Devices<br />
Engineering Building 2nd<br />
Floor<br />
Abdulaziz T. Almaktoom,<br />
Liang Xu<br />
Biodegradable medical<br />
devices such as stents<br />
contribute a wide variety of<br />
tools that are not only<br />
valuable for human health<br />
and welfare but also<br />
significant in achieving<br />
minimum invasive surgery<br />
and lowering health care<br />
costs while speeding up<br />
<strong>the</strong> time period required<br />
for recovery. In this study,<br />
a reliability-based robust<br />
design (RBRD) approach<br />
is developed for <strong>the</strong><br />
design of biodegradable<br />
medical device under<br />
uncertainty.<br />
Social Learning System:<br />
A Reference Model<br />
Engineering Building 2nd<br />
Floor<br />
Pin Pin Schunk<br />
Today <strong>the</strong> real<br />
differentiator among<br />
players in a given market<br />
is <strong>the</strong> organizations! ability<br />
to manage change and<br />
produce knowledge for<br />
reuse and renewal. This<br />
project presents a socially<br />
defined learning system<br />
that is capable of using<br />
and creating knowledge.<br />
Sustainable Single-<br />
Machine Scheduling<br />
Problem with Reliability<br />
and Energy<br />
Consumption<br />
Engineering Building 2nd<br />
Floor<br />
Farnaz Ghazi Nezami<br />
In this project, a multiobjective<br />
model is<br />
proposed to minimize<br />
energy consumption, total<br />
completion time, and<br />
maximize reliability<br />
simultaneously on a single<br />
machine manufacturing<br />
environment. As a result of<br />
this model, one can decide<br />
if turning off/on <strong>the</strong><br />
machine or keeping it<br />
running idle during interarrival<br />
time between jobs<br />
will be more beneficial in<br />
terms of total energy<br />
consumption and machine<br />
reliability, since idling and<br />
turning off/on operations<br />
affect <strong>the</strong> machine!s<br />
reliability differently.<br />
Team Decision Skills<br />
Development with MBTI<br />
Engineering Building 2nd<br />
Floor<br />
Parisa Nazaran<br />
This Assessment provides<br />
an explanation of <strong>the</strong><br />
transition between stages<br />
among team members by<br />
using MBTI © Step II. Also<br />
how every individual's<br />
contribution affects o<strong>the</strong>rs'<br />
progress is discussed.<br />
MECHANICAL<br />
Cessna CJ4 FDR Control<br />
Wheel Position Sensor<br />
Engineering Building 2nd<br />
Floor<br />
Christopher Downing,<br />
Giup Nguyen, Evan<br />
Johnson, Keoki Waipa,<br />
Christopher Downing,<br />
Edward Harrison, Temmuz<br />
Coskun<br />
Cessna Aircraft Company<br />
wants to improve <strong>the</strong><br />
accuracy of <strong>the</strong> flight data<br />
recorder control wheel<br />
position sensor. The<br />
purpose of this sensor is<br />
to provide <strong>the</strong> angular
Senior Design & Graduate Research Projects<br />
displacement<br />
measurement of <strong>the</strong><br />
control wheel which is<br />
used by <strong>the</strong> flight data<br />
recorder system.<br />
Combined Renewable<br />
Energy Technology<br />
Engineering Building 2nd<br />
Floor<br />
Miles Atughonu, Aaish<br />
Jaiswal, Sagun<br />
Shrestha,Toan Dinh, Mohit<br />
Talreja, Anuruddha<br />
Ransilu Pattiyage Peiris<br />
This project aim is to<br />
generate enough power to<br />
drive a car with its main<br />
source of energy will be<br />
sunlight and hydrogen.<br />
End Effector Racking<br />
System<br />
Engineering Building 2nd<br />
Floor<br />
Joseph Burdette,<br />
Biyanwilage Perera,<br />
Chiran Kulasena, Cody<br />
Nguyen, Mat<strong>the</strong>w<br />
Hoppock<br />
This design project is an<br />
end effector racking<br />
system to be used in <strong>the</strong><br />
NCAT advanced joining<br />
lab. The racking system is<br />
required to hold and<br />
transport <strong>the</strong> robotic end<br />
effects used in friction stir<br />
welding.<br />
Rolled Lead Strip<br />
Cutting Device<br />
Engineering Building 2nd<br />
Floor<br />
Debay Woldeyesus, An<br />
Truong Nguyen, Bing<br />
Tzuan Goh, Hien Ngoc Vo,<br />
Song Tuong, Xuan Mai<br />
Nguyen Dao<br />
Improving safety,<br />
increasing efficiency and<br />
avoiding product<br />
contamination are <strong>the</strong><br />
compelling issues that<br />
characterize this design<br />
project for Exide<br />
Technologies, Salina. This<br />
design attaches to existing<br />
equipment on a Lead-acid<br />
battery production line and<br />
is tasked with discarding<br />
defective Lead strip by<br />
means of diversion,<br />
cutting, chipping and<br />
dispersion.<br />
Rowing T-Stand and<br />
Racking System<br />
Engineering Building 2nd<br />
Floor<br />
Kevin Mar, Anthony<br />
Bronke, Adam Freking,<br />
Jeremy Lindgren, Ven Vo<br />
The T-Stand will be used<br />
during Regatta meets to<br />
hold <strong>the</strong> boats while <strong>the</strong>y<br />
are not being used.<br />
Racking system is<br />
designed for permanent<br />
storage inside a building.<br />
Shocker Racing -<br />
Formula SAE<br />
Engineering Research<br />
Laboratory Building<br />
Sidewalk<br />
Abhishek Singh, Amit Roy,<br />
Dakota Pellegrino, Dustin<br />
Jacbonson, Eric Zuelke,<br />
Evan Pistora, Jared Yunk,<br />
Jessica Crumrine,<br />
Jonathan Conklin, Joran<br />
Matson, Justin Miller, Keith<br />
Schmutz, Kingsley Umoh,<br />
Kristopher Stewart, Louis<br />
Reichenberger, Neil Maki,<br />
Nic Wentling, Nick<br />
Deneault, Nick<br />
Reichenberger, Rana<br />
Zayed, Scott Banman,<br />
Scott Lorg, Abhi<br />
Sryarathne, Tatiana<br />
Arends, Zach Banick,<br />
Jordan Miller, Robert<br />
Gooswilligen, Vladyslav<br />
Holovan<br />
Formula SAE, a division<br />
of Shocker Racing, is a<br />
student organization<br />
dedicated to designing,<br />
manufacturing, testing,<br />
tuning, and racing of a<br />
single seat formula style<br />
race car in an international<br />
engineering design<br />
competition sponsored by<br />
<strong>the</strong> Society of Automotive<br />
Engineers.<br />
Shocker Racing -<br />
Mini-Baja<br />
Engineering Research<br />
Laboratory Building<br />
Sidewalk<br />
Tanner Lampe, Colin<br />
Smith, Tate Lampe, Will<br />
Briggs, Samantha Russel,<br />
Josh Ruhl, Ivy Fattig, John<br />
Wright, L. Tyler Peden,<br />
Adam Knolla<br />
Baja SAE consists of three<br />
competitions that simulate<br />
real-world engineering<br />
design projects and <strong>the</strong>ir<br />
related challenges.<br />
15<br />
Engineering students are<br />
tasked to design and build<br />
an prototype off-road<br />
vehicle that will survive <strong>the</strong><br />
severe punishment of<br />
rough terrain and water.<br />
Variable Refrigerant<br />
HVAC redesign for<br />
HCC's Lockman Hall<br />
Engineering Building 2nd<br />
Floor<br />
Clinton Crager, Andrew<br />
Sandlin, Jesse Nininger,<br />
Justin Ghere, George<br />
Osborn, Galen Werth<br />
An historic building on <strong>the</strong><br />
campus of HCC is to be<br />
refitted with a new,<br />
variable refrigerant<br />
technology HVAC system.<br />
The system eliminates <strong>the</strong><br />
necessity of vast amounts<br />
of ductwork, and allows<br />
individual room<br />
temperature control in<br />
addition to efficiency<br />
gains.<br />
Wind Turbine Variable<br />
Pitch Control<br />
Engineering Building 2nd<br />
Floor<br />
Dara Kek Walker, Huyen<br />
Vo, Tuan Tran,<br />
Vasanthathiban<br />
Periasamy, Wei Hong<br />
Chin, Yi Yang Tay<br />
Design and Development<br />
of Wind Turbine Braking<br />
System for High Wind<br />
Condition
16<br />
Awards Banquet Program<br />
Introduction! ........................................................................................ Jordan Martin<br />
Engineering Council President<br />
Welcome & Introduction of Special Guests! ............................... Zulma Toro-Ramos<br />
Dean, College of Engineering<br />
Recognition of Sponsors! .................................................................... Megan Smith<br />
Director of Development for Engineering, WSU Foundation<br />
Dinner<br />
Chicken Piccata or Vegetarian<br />
Three-Cheese Mashed Potatoes -- Chef"s Choice of Vegetable<br />
Chocolate Spoon Cake<br />
Keynote Speaker! .................................................................. Captain Mike Carriker<br />
Chief Pilot, Boeing 787 Program<br />
WSU Alumni, BSAE !78<br />
Introduced by Jennifer Gessler, BSAE !04<br />
Awards<br />
Polished Professor Award<br />
Shocker MINDSTORMS Awards<br />
Professional Society Awards<br />
Student Organization Awards<br />
Departmental Awards<br />
Sponsor Awards<br />
Clark Beck Excellence in Communication Award<br />
Engineering Council Recognition! ...................................................... Jordan Martin<br />
Engineering Council President<br />
Closing Remarks! ....................................................................... Zulma Toro-Ramos<br />
Dean, College of Engineering
Awards<br />
Polished Professor Award<br />
Shocker MINDSTORMS Award<br />
Student"s Choice Awards, 1st & 2nd<br />
1st Place Course for Quality and Build<br />
Professional Society Awards<br />
Ad Astra Kansas Initiative Foundation<br />
AIAA <strong>Wichita</strong> Section<br />
American Society for Quality <strong>Wichita</strong> Section<br />
APICS <strong>Wichita</strong> Professional Chapter<br />
IEEE <strong>Wichita</strong> Section<br />
SAE International <strong>Wichita</strong> Section<br />
Society of Manufacturing Engineers Chapter 52<br />
Society of Women Engineers <strong>Wichita</strong> Section<br />
WSU High Performance Computing Center<br />
Student Organization Awards<br />
APICS Student Chapter<br />
Society of Hispanic Professional Engineers WSU Section<br />
Society of Women Engineers WSU Section<br />
Departmental Awards<br />
Aerospace<br />
Bioengineering<br />
Electrical Engineering & Computer Science<br />
Industrial & Manufacturing<br />
Mechanical<br />
Sponsor Awards<br />
Garmin<br />
Airbus<br />
MKEC Engineering Consultants, Inc.<br />
Professional Engineering Consultants, P.A.<br />
Koch Industries<br />
Cessna Aircraft Company<br />
Bombardier Learjet<br />
Spirit AeroSystems, Inc.<br />
The Boeing Company<br />
Clark Beck Excellence in Communication Award<br />
Mr. Clark Beck, BSAE '54, awards a $500 Excellence in Communication prize for <strong>the</strong> project<br />
with <strong>the</strong> best combination of written abstract, visual displays and oral presentation.<br />
17