humanitarian senior design projects 2011-2017 · humanitarian senior design projects 2011-2017...

Humanitarian Senior Design Projects 2011-2017

Project name Description Students Prof./Coordinator Year Faculty Location Surgical Fire Safety and Prevention SystemSurgical fires are a rare but very real risk of

electrosurgery procedures, which can result inserious trauma or even death. The SAFirE deviceis an intelligent system designed to improve safety and reduce the risk of such occurrences.

West Askew, Michelle Bohner Paul Davison 2011 BIOE None

Detection of Pathogens UsingElectrochemical DNA Sensors forResource-Limited Settings

Development of a microfluidic diagnostic device capable of determining local water safety by incorporating a high-throughput concentratorand an electrochemical DNA sensor to rapidlyconcentrate, lyse, and detect the presence ofpathogens in a given water sample without theneed for expensive and bulky lab equipment.

Sarah Ghanbari, Nick Giustini Unyoung Kim 2011 BIOE None

SEED: Sustainability Energy Engineeringthrough Digestion

Using the process of anaerobic digestion in asmall scale biodigester, the goal is to createusable biogas. By feeding the digester withon-campus food waste from the Benson diningcommons, we aim to create a cost-effectivesource of renewable and sustainable energy.

Todd Bruschwein, Jenna Fong, Katie Kurtz;

Business students: Jonathan Mari Codilla,Chloe Michelle Halstead

Craig Stephens 2011 BIOE None

Sustainable Design in Ghana Research and implement a new building materialinto a sustainable and economical residence forthe people in Northern Ghana. Our new materialeliminates the need for a brick press, simplifyingproduction. A catenary arch creates simple andeasy-to-build structures that can serve as aresidence and other functions.

Daniel Lawrie, William Sommer Mark Aschheim, Sukhmander Singh

2011 CIVIL Ghana

New Design for Haiti This project includes the design of structurallyinsulated panels implemented for quick and easyconstruction and fabrication of an affordablesingle family home in an effort to rebuild Haiti.This design would promote economic growth,improve living quality, and address the right toshelter that is vital to all individuals.

Danielle Locklar, Kelli Oura, Lauren Reinnoldt

Reynaud Serrette 2011 CIVIL Haiti

EBNet Haiti Natural Masonry Program Working with the Ecological Building Networkon the Haiti Native Reconstruction Project, wewill focus on designing low-cost, sustainablyminded housing options to rebuild Haiti. Ourproject will require the research, fabrication, andtesting of ecologically designed concrete blocks,incorporating recycled concrete rubble and otherlocal building materials.

Maura Cyrus, Nicholas deCesare,Alvaro Lacayo

Mark Aschheim, Sukhmander Singh

2011 CIVIL Haiti

EBNet Haiti Bamboo Connections Our project addresses the bamboo framingportions of a housing system developed incollaboration with the Ecological BuildingNetwork for post-earthquake reconstructionin Haiti. Experimental research focuses onvalidating a new bamboo lateral-load-resistingsystem for withstanding earthquakes andhurricanes, as well as a bamboo roof trusssystem.

Jake Echeverria, Chris Sampson Mark Aschheim, Tonya Nilsson 2011 CIVIL Haiti

Sustainable Design ofan Outdoor Classroom

The purpose of this project was to designa sustainable and cost-effective outdoorclassroom for the Santa Clara CommunityGarden. Multiple design options were analyzed,which utilized different materials such as tensionfabric and bamboo. A final design was chosenbased on cost and environmental impact.

Anne Drinkward, Jeanine Ruffoni Mark Aschheim 2011 CIVIL Santa Clara, CA

Outdoor Classroom Design forthe Santa Clara Bronco Garden

A lightweight structure for an outdoor, open-airclassroom in the Santa Clara Bronco Gardenswill incorporate sustainable materials and agreen roof linked to a water catchment system.The water collected will irrigate the garden duringthe summer and will heat up the classroomthrough the use of solar heating in the winter.

Enli Li, Rojil Peralta Edwin Maurer, Tonya Nilsson 2011 CIVIL Santa Clara, CA

Gravity-Fed Water Distribution Systemin Malawi

This project involves creating a water distributionsystem for the people in the Mlowe Watershedof Malawi, Africa. This system utilizes gravity tobring water from two rivers down to villages atlower elevations. The main goal is to improvethe distribution and quality of water for the localpeople.

Marian Price Steven Chiesa 2011 CIVIL Malawi

Low-Tech Coconut Shell ActivatedCarbon Filter

This activated carbon filter is made from coconutshells readily available in Bluefields, Nicaragua.This rural town suffers from bacteria- andpesticide-infested waters, leading to a highmortality rate in children and the elderly. Wehope to make an impact by using a low-techmethod to filter their drinking water.

Ami Cobb, Mikell Warms Steven Chiesa, Edwin Maurer 2011 CIVIL Bluefields, Nicaragua

Redesign of NASA’s Sustainability Base Redesign of the structural components inNASA’s Sustainability Base to utilize less steel,by weight, while implementing core concepts ofgreen building and sustainability. Comparisonof four designs in an attempt to present astructure that, by comparison, best exemplifiessustainable building practices.

Maria Campbell, Luis Orea, Juan Vargas Tonya Nilsson, Reynaud Serrette

2011 CIVIL None

Residential Hill-Top Design: Phase Two Provide an efficient and inexpensive structuraland geotechnical design using a mixture ofsustainable and economical materials for abasement of a two-story residential hilltop home.This hilltop design will serve as an alternative forurbanization and encourages the preservation ofSan Joaquin agricultural lands.

Jonathan Perez Reynaud Serrette, Sukhmander Singh

2011 CIVIL San Joaquin Agricultural Lands

Sustainable Subdivision Design The project entails a sustainable subdivisiondesign for the Kumuhau and Kakaina parcelsin Waimanalo, Hawaii. The 19.52 acres ofundeveloped agricultural land, owned by theDepartment of Hawaiian Home Lands, has beendesigned to accommodate residents with theintent of establishing a healthy, community-based environment.

Colin Kodama, Jonathan Okada,Chelsea Unemori

Steven Chiesa 2011 CIVIL Waimanalo, HI

Sustainable Residential Development The project incorporates sustainability intoa 30-acre plot of land located in San Jose,California. The goal is to minimize the residentialdevelopment’s impact on earth by followingenvironmentally responsible and sustainabledevelopment practices.

Ernesto Araica, Matt Paolercio Steven Chiesa 2011 CIVIL San Jose, CA

Multimodal Traffic Management SystemDesign for Recurrent and EmergencySituations

Development of a traffic management model forthe City of Santa Clara using Paramics Modellerto study the current traffic flow and determinethe best course of action to take in emergencyevacuation situations.

David Kojima, Jake Roths Rachel He 2011 CIVIL Santa Clara, CA

Traffic Control and PedestrianBridge Design

The consistently high rate of vehicular volumeon Stevens Creek Boulevard presents hazardsfor both pedestrians and bicyclists, makingcrossing the street by foot a dangerous task.Our proposed solution is the placement of apedestrian bridge in order to improve trafficvolume by faster signal timing.

Leanna Elserougi, Gabriela Mercado Rachel He, Reynaud Serrette 2011 CIVIL Santa Clara, CA and San Jose, CA

The Future Is Green The Future Is Green project, for the Girl Scoutsof Northern California, teaches young girls aboutgreen technologies. We laid the foundation forthe website which works as a learning tool,incorporating information about sustainabletechnologies, and teaching the advantagesof these technologies through interactivesimulations.

Melissa Conlin, Michael Truong Rani Mikkilineni 2011 COEN Northern California

GPRS + Paramics: Low-Cost Traffic SignalSynchronization

Across the United States, incorrect timings ontraffic signals waste millions of gallons of gasolineand hours of travel time. GPRS + Paramicsconnects powerful traffic modeling software withlow-cost microcontrollers via cellular modems,cheaply and effectively providing system-widetraffic signal monitoring and control to cities ofany size.

Nick Bergseng, Riccardo Franchi JoAnne Holliday, Rachel He 2011 COEN United States

Organic Polymer Solar Cells This design project seeks to improve the efficiencyof solar cells made with organic semiconductorsby leveraging recent discoveries in the field oforganic photonics.

Mark Loiseau Mahmud Rahman 2011 COEN None

Fuel Efficient Cook Stove Design, build, and implement a fuel-efficientcook stove for use in impoverished communitiesof Nicaragua by incorporating the use ofthermoelectric power generation to produce aforced air flow.

Abimael Bastida, Miguel Gomez, Saul Hernandez,Alejandro Lobato

Hohyun Lee 2011 MECH Nicaragua

Make It Rain Our team partnered with Walden West ScienceCenter for this project to design a sustainabledrip irrigation system for their garden. Excesspower from the solar panels will be stored forgeneral use. This project will be explained to thestudents at the camp in order to educate them onsustainability.

Dean Hoang, Kenneth Murata, Geoffrey Zen

Timothy Hight, Shoba Krishnan

2011 MECH None

Mud Brick Press Create and implement a mud brick press usingan injection molding method. The brick itself willhave two hollow sections to conserve materialand reduce weight. This design will be used indeveloping nations to build houses.

Miriam Rodriguez, Lawson Tong Mark Aschheim 2011 MECH Developing Countries

Solar-Powered Water Purification SystemBrackish water and salt water are purified usinga vapor distillation process. The energy requiredfor the system is primarily provided by solarpower. The system generates a maximum of25L of pure water/day.

Ryan Hinds, Megan Ingemanson,Jason Santiago

Drazen Fabris, Hohyun Lee 2011 MECH None

Solar-Powered Regenerative Fuel Cell This project focuses on developing a hydrogenPEM fuel cell for storing energy from PV panels.

Joseph Baini, Jacob Becker, Michael Calcagno,Jensen Machathil, Michael Ryan, Sapaan Shah;Business student: Tyler Richard Johnston

Timothy Healy, Daniel Strickland

2011 MECH None

Blades of Power Our project involves educating young childrenabout wind energy. Our focus is to analyze andtest two different types of wind turbines and thenintegrate them together. We have also created aninterface to compare and display the amount ofenergy being produced from each turbine.

Ayesha Ahmad, Christina daSilva, Zaireen Razzak

Shoba Krishnan 2011 MECH None

ECHO: Ergonomic Chair forHealth Optimization

The purpose of the ECHO project is to designand build an affordable, revolutionary ergonomicchair that will be available to anyone who currentlysuffers or may eventually suffer from back paincaused by extensive periods of sitting.

Natasha Ahuja, Chris Lord, Kristen Stieger,

Christian Zempel

Timothy Hight 2011 Interdisciplinary None

Omoverhi Team Omoverhi developed a low-cost,low-maintenance, solar-powered incubatorfor premature infants in Nigeria. A solar thermalsystem heats the incubator through pipescontaining hot water while a control systemmonitors the heat depending on the needsof the infant.

Collin Burdick, Katherine Fazackerley,Ben Frederiksen, Nick Greos, Katherine Mardula,Simi Olabisi, Matt Renner; Business students:Maria Veronica Lleva Bass, Kristen Lee

Shoba Krishnan, Hohyun Lee 2011 Interdisciplinary Nigeria

Pathogen Detection by Two-DimensionalPaper Networks

The objective of our research is to developan inexpensive, automated, rapid pathogendetection system without the use of electricityor cold storage. We plan to achieve this goalby using a two-dimensional paper network withspecific base pair recognition.

Ian Nova, Samuel Pontrelli, Miller Bauer;Business students: Luis Carillo, Marc Nguyen,Kirtan Patel

Unyoung (Ashley) Kim 2012 BIOE None

Detection of Waterborne Pathogens for theDeveloping World

One of the most prevalent issues inunderdeveloped areas is the lack of accessto clean water. Our microfluidic device, whichutilizes a lysis chamber and an electrochemicalDNA sensor, can provide a reliable, fast, andsafe method for waterborne pathogen detectionin underdeveloped areas.

Jennifer Batara, Anusha Ravikumar Unyoung (Ashley) Kim 2012 BIOE None

Downtown Bike Lane Design There is a severe lack of bicycle lanes in San Josemaking the commute difficult for pedestrians andbicyclists. Currently, bicycle transportation is notat its safest, being geared more toward motorists.Streets have been analyzed to incorporate bikelanes and to complete the streets that appealmost to pedestrians, bicyclists, and motorists.

Phillip Linarte, Maung Lay Maung, Gabriel Peralta

Rachel He, Henry Servin 2012 CIVIL San Jose, CA

A Sustainable Approach to Disaster ReliefHousing

A Sustainable Approach to Disaster ReliefHousing fuses traditional bamboo constructiontechniques with modern structural engineeringconcepts to yield a permanent single-familyresidential structure that is environmentallyfriendly, economical, and strong.

Quinn Peck, Scott Wallace Reynaud Serrette 2012 CIVIL None

Sustainable Design Solutions for Housingin Ghana

In the Upper East region of Ghana,overpopulation and inadequate buildingpractices have led to deforestation and poorhousing for the local communities. Previoussustainable building methods were examinedand refinements investigated to determine theleast expensive and most effective method forhomebuilding in Ghana’s remote villages.

J. Matt Jansen, Nathan Rogers Mark Aschheim, Sukhmander Singh

2012 CIVIL Ghana

El Pital, Honduras, Water Purification/Distribution Design

The project entails the design of a peakingtank, chlorination device, and pipe system. Allshould accommodate the appropriate volume offlow for a rural town with a projected maximumpopulation growth.

Ashley Ciglar, Lilya Ouksel Steven Chiesa 2012 CIVIL El Pital, Honduras

Design for Community Improvements inSabana Grande, Nicaragua

Our design consists of three components. Thefirst will be a washing station that will implementwater catchment systems and a solar pumpingsystem. The second component is a bio-digesterthat produces bio-gas used for cookingpurposes. The third component will be a designfor double composting latrines.

Hildaisabel Garcia, Kyle Magazu,Elizabeth Mercado, Agustine Perez-Rojas,Lisa Yabusaki

Steven Chiesa, Sukhmander Singh

2012 CIVIL Sabana Grande, Nicaragua

Water Pathogen Detection App We are working with electrical andbioengineering students to create a probe thatcan detect bacteria in water for developingcountries. We will be creating the Androidapplication.

Connor Carey, John Seubert Silvia Figueira 2012 COEN None

Get Me There An iPhone application that will allow individualswith learning disabilities to travel through theircommunities independently. Our primary usergroup currently consists of the students at theSanta Clara Adult Education Center.

Monica Camorongan, Joe Schneider Silvia Figueira 2012 COEN None

Waterborne Pathogen Detector Our project addresses the issue of testingfor potable water. Current lab equipment islarge and costly, so our goal is to take this labequipment and make it portable and easilyaffordable. We also want our system to be userfriendly.

Michael Busch, Alexander Coffin, Lauren Yamauchi

Shoba Krishnan 2012 ELEN None

Project Omoverhi An economically viable thermal energy storagesolution utilizing a phase change material toprovide consistent and sustainable thermalenergy to people in developing countries.The main design applications include chickenbrooding and neonatal incubation.

Peter Graham, Alex Kranenburg, Tor Krog,Cameron Schwab

Tim Hight, Hohyun Lee 2012 MECH None

Solar Powered Water Purification SystemA solar powered water purification system hasbeen designed to produce clean water fordeveloping communities. This system uses adistillation process to desalinate ocean water,and falls in between reverse osmosis and solarstills in terms of price and performance.

Alina Carlson, Reece Kiriu, Andrew Nose,Chris Sugii, Erin Taketa, Alex Tamai

Monem Beitelmal, Drazen Fabris

2012 MECH None

Spartan Our current grid system has not been altered formany years, which implies there is potential formore blackouts due to future technology. Ourproposed solution is a prototype for an electricalpower control mechanism based on theoreticalresearch to build more robust and efficientpower management systems.

Arun Koshy, Siddharth Parmar, Anirudh Rao

Ahmed Amer, Shoba Krishnan 2012 Interdisciplinary None

Passive Unitized Regenerative Fuel Cell(PUReFC)

In off-grid settings, companies are using cleanenergy sources such as wind and solar. Due tothe intermittence of these technologies, thesecompanies turn to environmentally unfriendlybatteries to store surplus energy. The PUReFCteam has developed a regenerative fuel cell tooffer a cleaner energy storage alternative.

Sandeep Lele, Ross Pimentel, Jeff Schwartz,Michael Sizemore, Sutyen Zalawadia

Shoba Krishnan, Daniel Strickland,Abdie Tabrizi

2012 Interdisciplinary None

Heat Activated Wearable Technology (HAWT)A self-sustaining system has been developedusing human body heat to power a low-energybiomedical device. The battery life in low-poweredsystems can be greatly increased by utilizing thisalternative energy source. Additionally, biomedicalreadings are transferred and displayed on aniPhone.

Sonny Gandhi, Marcia Leung, William Rosario,Lauren Shishido, Brian Tseng

Ahmed Amer, Shoba Krishnan,Hohyun Lee


Roverwerx: RoboMedic for Triage (RMT):Triage Function

Roverwerx has been redesigned to function as arobotic remotely-operated triage system designedto be used in mass casualty disasters to minimizethe risk to emergency rescue workers whilemaximizing the number of victims assisted. Thedesign includes biometric sensors and a triagecentered user interface to facilitate safer triage.

Kelsey Brunts, Martin Chuang Christopher Kitts 2012 Interdisciplinary None

Affordable, Self-Contained andQuantitative Microfluidic Devicefor the Detection of ArsenicContamination in GroundwaterSamples

Our electrochemical solution utilizes athree-electrode system with modifiedcarbon-ink electrodes printed onto adisposable substrate to determine traceamounts of arsenic in water. We intendthis device to meet the World HealthOrganization’s (WHO’s) ASSURED criteriafor third-world diagnostic devices.

Kyle Perricone, Mary Reynolds Unyoung (Ashley) Kim 2013 BIOE None

Detection of Waterborne Pathogens We seek to develop a portable devicefor the developing world powered bycellular phone. Utilizing a biologicalsensor developed to detect RNA of thesewaterborne pathogens and mapping theelectrical output of this sensor furtherminiaturizes the device and decreases thepower needed to run it.

Allison Kamiya Unyoung (Ashley) Kim 2013 BIOE None

Design and Development ofEngineered Bamboo Shear Walls

We have aimed to develop a bamboo shearwall that will replace the standard timbershear wall in this year’s Solar Decathlonhouse and begin to pave the way fordeveloping an accepted set of codesand standards for bamboo constructionin the U.S., providing a more sustainablealternative.

Davin Chan, David Steenson Mark Aschheim, Tonya Nilsson 2013 CIVIL None

Radiant House – Structural Design Santa Clara University’s 2013 RadiantHouse uses structural engineering as acrucial element in showing new methodsof sustainable development and designlooked for in the U.S. Department ofEnergy’s Solar Decathlon competition.

Mey-Ling Leon, Katherine McKenzie Mark Aschheim, Tonya Nilsson 2013 CIVIL None

An Approach to Light-Frame NaturalDisaster Relief Housing

Proposed is a sustainable approach to ageotechnical and structural design of asingle-family home for a community in theNorthern Philippines. The solution studiesthe integration of a completely bamboostructure into an innovative foundationdesign. Flood, wind, and seismic loadswere considered in the implementation ofthe solution.

Katherine Busch, Megan Cronan,Hayley Dickson, Anne Walkingshaw

Reynaud Serrette, Sukhmander Singh

2013 CIVIL Northern Phillippines

Ghana Footbridge Project Our project features the design of afootbridge for a small village in the UpperEast Region of Ghana. The footbridge willallow villagers to cross a river that floodsevery wet season. The bridge will providesafe access to schools and an increase inlocal business.

Kevin Leatham, Justin Mogannam Mark Aschheim, Sukhmander Singh

2013 CIVIL Ghana

Lightweight Concrete Roof TileDesign

This project seeks to improve the coolroof tile that was designed last year. Thelightweight concrete roof tile aims to emitmore of the sun’s radiation, causing thestructure to be cooler, lowering energyconsumption, and reducing the Urban HeatIsland (UHI) effect.

Kristee Ogata, Jamie Wallis Tonya Nilsson 2013 CIVIL None

The Blue Plug This project involves a mobile interfaceplus central unit that communicates withmultiple households to designate whenelectronics run, for the purpose of reducingpeak energy usage.

Loquen Jones, Sahil Verma Ahmed Amer 2013 COEN None

Dewey: Social Media for Social Good Dewey is a social mobile app designed to(1) increase transparency of charities tothe public and (2) incentivize being a goodsamaritan within communities. Users areencouraged to post local causes in orderto draw awareness, donations, volunteers,etc. Points are awarded for participation inmeaningful ways.

Sophia Boettcher Ahmed Amer, Nam Ling 2013 COEN None

Dynamic Poverty Heat Map Working alongside HP and FundaciónParaguaya, we will be creating a Webapplication that will visually display datagathered in terms of graphs and a dynamicheat map. The sole purpose is to facilitatethe distinction between the areas ofmost need, and thus be able to allocateresources efficiently.

Jonathan Ahumada, Jasmine Farias,Kurt Jurgens

Silvia Figueira 2013 COEN None

Energy Made in Uganda In partnership with a community-basedorganization in Mpigi, Uganda, this projectaims to frugally design the electronicsfor a standalone Solar Home System. Toincrease technical capacity on a local-scaleand avoid market spoilage, this system isdesigned to be manufactured and servicedby community members using technologiesavailable in-country.

Jaqueline Barbosa, Kirsten Petersen Shoba Krishan 2013 COEN Mpigi, Uganda

M3– Phase Change Material inAutomated Window Shades

Molten Moon Mechanical (M3) is workingto develop window blinds that will providedaytime shading and extremely highefficiency nighttime heating. To realize thisgoal, the team is automating phase changematerial filled louvers to track the sunduring the day and release the collectedheat at night.

Quin Adler, Jake Gallau, Ali Nash, Alex Zatopa

Hohyun Lee 2013 MECH None

Thermoelectric Cookstove We are developing a cookstove optimizedfor Nicaraguan communities andcuisine, which will generate power usingthermoelectric generators that will increasethe fuel efficiency by providing better aircirculation during fuel burn. To meet theneeds of food vendors, our stove will havethe capability to boil, fry, and grill.

Christine Horman, Matt Lee, Mark Wagner Hohyun Lee 2013 MECH Nicaragua

QuikChill This project aims to integrate a coolingfeature to established water filtrationmethods. Low-powered thermoelectricmodules will be utilized to chill the wateras it is filtered. The proposed devicepresents an alternative to energy-inefficientrefrigerator water dispensers and Britapitchers by providing on-demand coldwater at the sink.

Franz Louies Chua, Brandon Oh’ara,Rachel Reid, Bernadette Tong


Omoverhi Low–cost premature infant incubator forimplementation in developing countries.

Richard Fong, Guillermo Gallardo, Will Jeffrey,Danny Maeda, Gabriel Romero

Robert Marks 2013 Interdisciplinary None

Wireless Impact Detection System(WIDS)

This project encompasses designing andimplementing a system to record impactsto the head sustained by youth footballplayers. The system consists of an impactdetection device mounted in the helmetand an Android application connected viaBluetooth. This project will aid concussionresearch and alert users to potentialproblems.

Shawno Auwae, Kyle Terriere Silvia Figueira, Sarah Kate Wilson


POSEIDON: Perennial Endograft SystemAbdominal aortic aneurysms (AAA)affect about 24 million people worldwideand are the cause of death of millions,including the world-renowned scientist,Albert Einstein. We are developing a novelstent-graft design that aims to modulatethe flow in the AAA and promote healing,and thus prevent AAA rupture.

James Brennan, Valerian Lee,Stepanus Widjaja

Gerardo Noriega 2014 BIOE None

Continent Prosthetic Reservoir Recepticol replaces functions of thelarge intestine and/or rectum in patientsrequiring a partial or total colectomy. Itserves as an internal reservoir for fecalmatter, drained by catheter insertion. Thisalternative to current treatment options willsignificantly improve patient quality of life,namely patient freedom.

Marissa Crosetti, Jeffrey Dunbar,Lia Vosti

Gerardo Noriega and Shane Rogers

2014 BIOE None

Electrolysis Powered MicropumpUtilizing Planar Check Valves

To address the growth of point of care(POC) diagnostics, we have developeda low-power, low-cost, and compactmicropump that easily integrates with lab-on-a-chip devices in POC applications.Powered by electrolysis and controlledby a planar membrane and check valves,this micropump supplies precise microliteramounts of fluid.

Aleen Michaelian, Connie Truong Unyoung (Ashley) Kim 2014 BIOE None

TALENs: Genome Surgery Utilizing a novel genome editingtechnology to elicit targeted geneintegration opens possibilities for a newand more effective approach to genetherapy. Using this approach to introducea GFP-tagged transcription factor at itsendogenous site will also allow for moreaccurate real-time monitoring of geneexpression.

Carson Harms, Serena Lerkantitham Leilani Miller 2014 BIOE None

3D Printing Toward the Study ofPotential Anti-MRSA Agents

At the intersection of bio-deviceengineering and bio-pharmaceuticalstudies, our purpose is twofold. We are3D-printing a hydraulic manifold to beused in isothermal titration calorimetry(ITC), with the ultimate goal of using ITCto study the thermodynamic bindingparameters of potential anti-MRSA agentsto our drug target, Sortase A.

Powell Fansler, Karla Geisse,Ryan Marshall

Zhiwei (Jonathan) Zhang 2014 BIOE None

Reverse Protein Engineering of LuciferaseLuciferase is a bioluminescent proteinobtained from fireflies (Photinus pyralis).Our goal is to reduce the size of luciferasewhile retaining its original function,characterize its active site, and increaseits applications in biomedical research.Further testing on the newly synthesizedprotein will compare its bioluminescentactivity to the original.

Kahler Bugtong, Skyler Herczeg,Abraham Munoz, Alexandra Obata

Zhiwei (Jonathan) Zhang 2014 BIOE None

Genome Editing of Human iPSCs usingthe Cas9 System

Human Induced Pluripotent Stem Cells(iPSCs) are important tools in bothregenerative medicine and diseasebiology. However, advancements in thefield are hindered by the inefficiency ofdetermining iPSC differentiation. Thisproject uses the Cas9 genome editing toolto engineer a reporter cell line that willhelp this process.

Cade Ellis Ito, James Wolfe Zhiwei (Jonathan) Zhang 2014 BIOE None

IAP Inhibitors as Potential Tools forOvarian Cancer Therapy

We aim to better understand epithelialovarian cancer by investigating asignaling pathway that allows tumor cellsto evade death. Our research examineshow agents that inhibit cells’ inherentpro-survival proteins can mediate theirsensitivity to drugs, especially in celllines that have developed a resistance tocertain chemotherapy regimens.

Aditi Bellary, Marko Buljan Zhiwei (Jonathan) Zhang 2014 BIOE None

Microchip Capillary Electrophoresis Many neuromuscular diseases can becaused by irregular amounts of bioamineneuromodulators. To this end, wedesigned and implemented a microfluidicdevice to quickly and precisely detectconcentrations of bioamines in a sample.Such a device could analyze hemolymphfrom the Cancer borealis crab, whichcontains many bioamines found inhumans.

Scott Hardy, Daniel Shull, Mark Vinopal John Birmingham, Unyoung (Ashley) Kim,Steven Suljak

2014 BIOE None

Electrochemical Detection of ArsenicUsing a Microfluidic Sensing Platform

Arsenic contamination of water sourcesis a global health concern affecting up to200 million people. This proposed device,consisting of a three-electrode system anddisposable substrate, allows for point-of-use detection of arsenic when integratedwith an electrochemical analyzer andmobile application.

Ben Demaree, Allie Sibole,Jessica VanderGiessen

Unyoung (Ashley) Kim 2014 BIOE None

EndoCATH® Occlusion BalloonCatheter Bubble Elimination duringPreparation

SentreHeart’s occlusion balloon catheterfor left atrial appendage ligation surgeryintroduces bubbles within the contrastduring preparation. Bubbles present asafety concern, potentially escaping andentering the bloodstream and posing riskof stroke for the patient during surgery.The goal is to find a solution by modifyingSentreHeart’s current product.

Adam Hall, Cameron Mar,Samantha Nguyen

Paul Davidson 2014 BIOE None

Design of Methane-to-MethanolConversion Device

Despite the abundance of natural gas,petroleum still remains the world’s mainsource of energy. This is because naturalgas is usually found in isolated reservesand is challenging and expensive totransport. We will address these problemsby inventing a low-energy, high-volumeprocess to convert methane to methanol.

Pankti Doshi, Jessica Garcia Prashanth Asuri 2014 BIOE None

Optimizing the Performance of anAlginate-Based Stent for MammalianCell Immobilization

Stent implantation is a commontreatment for atherosclerosis, but thereare problems with current metal stentdesigns. As a solution, our projectfocuses on optimizing the membranestability of biodegradable hydrogel-basedstents. Experimental testing allows us toenhance the membrane permeability andmechanical strength of our mammaliancell-encapsulated alginate stent.

Alissa Johnston, Jeffrey Kunkel,Samantha Meredith,Katherine Sapozhnikov

Prashanth Asuri, Maryam Mobed-Miremadi

2014 BIOE None

Mammalian Cell-EncapsulatedTransdermal Patch

Transdermal drug delivery is one of thefastest growing fields in the current drugindustry. Our group seeks to fabricatea human stem-cell-encapsulatedtransdermal patch by optimizingpreservation, durability, and diffusivity tocreate a novel method of efficacious drugtreatment.

Megan Anders, Jared Hara,Jordan Tottori

Prashanth Asuri, Maryam Mobed-Miremadi

2014 BIOE None

In Vitro Metastasis Platform Our project focuses on the developmentof an in vitro metastasis platform. We hopeto prove its utility for the study of migratingcancerous and noncancerous cells attissue interfaces, as well as for the testingof anti-metastatic compounds in cancerresearch and drug development.

Justus Carlisle, Mark-Phillip Pebworth Prashanth Asuri 2014 BIOE None

Rainwater Catchment System atWalden West Outdoor Science School

At Walden West, children learn scienceas it relates to the environment andsustainability. We designed a full-scalebioswale to capture and reuse therainwater runoff on the site. To providean educational tool for campers, we builta model bioswale and performed waterquality analyses.

Jessica Bolanos, Melissa Crapps,Alessandro Folchi

Steven Chiesa, Edwin Maurer 2014 CIVIL Walden West

Mission Well Design This project is designed to adequatelyirrigate a community garden located atthe Dominican Sisters Convent behindMission San Jose in Fremont, California.To meet the irrigation needs, a solar-powered water pump will be installed, andthe existing well on the property will bebrought up to city regulations.

Mary Foran, Nonda Kozas,Daniel Lafranchi

Steven Chiesa, Edwin Maurer 2014 CIVIL Fremont, CA

Life Water Design and implementation of a rainwatercollection, purification, storage, anddistribution system for an orphanage inKigali, Rwanda. Project team traveledto site for construction of systemcomponents. This water system will enablethe orphanage to become more self-sufficient and independent of municipalwater, which has proven to be unreliable.

Colin Boyle, Scott Hanson Edwin Maurer 2014 CIVIL Kigali, Rwanda

Design of a Low-Impact WastewaterTreatment Solution for Siladen Island inIndonesia

Design of a low-cost, centralizedwastewater treatment system for PulauSiladen, a tiny undeveloped island inIndonesia without a sustainable sanitationmethod. The chosen design was basedon technologies that can be used to solvesanitation issues in similar communitiesand potentially provide recycled water tooffset potable water demands.

Kyle Astill, Charles Rymer,Joseph Sarmiento

Steven Chiesa 2014 CIVIL Pulau Siladen, Indonesia

Design of an ANAMMOX Processto Treat Sludge Processing ReturnFlows at the San Jose–Santa ClaraWastewater Treatment Plant

The San Jose–Santa Clara RegionalWastewater Treatment Facility isplanning improvements to its sludgemanagement system. Digested sludgewill be dewatered with the production of anitrogen-rich centrate stream. This projectfocuses on designing an ANAMMOXprocess in a sequencing batch reactortreating the centrate stream and reducingammonia-nitrogen load.

Jocelyn Barragan, Marissa Tsuruda Steven Chiesa 2014 CIVIL San Jose, CA

Design and Evaluation of a Home-ScaleArsenic Removal System

Arsenic contamination in groundwater isa global health concern. Our goal was todevelop an affordable household arsenicfilter using electrocoagulation technologythat reduces arsenic concentrationsto safe levels. This may lead tomanufacturing the filter in Southeast Asiaand other regions, including the UnitedStates.

Megan Alferness, Alex Casares Steven Chiesa 2014 CIVIL None (Southeast Asia)

Cold Climate Solar ThermalGreenhouse

The design of a cold climate solar thermalgreenhouse at the Denali EducationCenter, utilizing a pre-existing solarthermal array to heat soil beds, therebyextending their growing season. Thegreenhouse will provide fresh produce toeducation center employees and visitors.

Samuel Heath, Ashley Husbands,Cora Lemar, Mariko Tollan

Tracy Abbott, Tonya Nilsson,Sukhmander Singh

2014 CIVIL Denali Education Center

Mixtlan’s Senior Community Center Our project features the structural designof a one-story building that will housethe elderly who have been left behind bytheir migrating families and will houseprograms that focus on improving livingconditions in Mixtlan, Jalisco, Mexico.Ultimately, we will maximize space usagewith the most economical materials anddesign.

Maria Guadalupe Perez,Priscilla Ramirez

Tracy Abbott,Sukhmander Singh

2014 CIVIL Mixtlan, Jalisco, Mexico

Youth StreetConnect Youth StreetConnect consists of twomobile applications that connect young,homeless women to health services andimprove their communication with healthproviders. One app will be used by theyoung women to locate and rate services,receive text messages, and accessinformation. The other app will be usedby service providers and contains tools,resources, and referrals.

Kelsey Dedoshka, Kaitlin Kirasich,Katie Le

Silvia Figueira 2014 COEN None

Greenmission: An Off-Grid EnergySystem

Sustainable and efficient, this climate-controlled greenhouse functions as aneducational tool for local pre–high schoolscience students. Wind turbines andphotovoltaics energize the structure year-round to cultivate a variety of selectedcrops.

Richard Dobbins, Andrew Izawa,Tyler Marting, John Nolan

Shoba Krishnan 2014 ELEN None

AkaBot: 3D Printing Filament Extruder The AkaBot is a machine that intakesground bits of waste plastic water bottles,melts them, and extrudes them as filamentfor a 3D printer. Our project is intended forVillage Energy, an electronics business inKampala, Uganda, which is experimentingwith 3D printing its enclosures.

Emily Albi, Kevin Kozel, Daniel Ventoza,Rachel Wilmoth

Panthea Sepehrband 2014 MECH Kampala, Uganda

Pure Water An off-the-grid water purification systemis designed to deliver clean drinkingwater. This system utilizes concentratedheat from solar parabolic troughs to boilbrackish water for the distillation process.The process of fabricating the parabolictrough and optimizing other systemcomponents (heat exchanger, controlsystem) will be presented.

Jasper Adamek-Bowers,Jamie Anderson, Peyton Harrod,Madison More, Alexander Thal

Monem Beitelmal, Drazen Fabris

2014 MECH None

Mobile Cooler for the Last MileDistribution of Vaccines in DevelopingNations

This project provides a way to safelytransport vaccines for an extended rangein a mobile form utilizing thermoelectricmodules. The device uses an activecooling system rather than passive,allowing the container to be opened andclosed while maintaining a specifiedtemperature range for the payload.

Paul Novisoff, Arturo Nunez Perez,Ryne Sitar


Solar Powered Absorption Chiller The Solar Absorption Chiller utilizesconcentrated solar power as a heatsource by collecting sun rays reflectedfrom a parabolic mirror. This device isintended for use in developing nationswith limited electricity.

Craig Carlson, Mark Coulter,Claire Kunkle, Patrick Watson


Poverty Crusher Our goal is to design and build a human-powered rock crusher, which is safe,efficient, ergonomic, and affordable. Thepurpose of the device is to improve thelives of widowed women in Birendranagar,Nepal, who make a living through gruelingrock crushing work.

Rob Golterman, Brian Hammond,Thien-Ryan Le, Arvin Lie

Timothy Hight 2014 MECH Birendranagar, Nepal

Smart Water Heater Controller Our project is to design an artificiallyintelligent controller to reduce theenergy consumption of domestic waterheaters. The controller will log datafrom wireless sensor networks poweredby thermoelectric modules and thenimplement a machine-learning algorithmto heat water based on homeowner usagepatterns.

Rebecca Barney, Rachel Donohoe,Xavier Moya, Kerbasi Ugarte,Russell Williams


Wireless Impact Sensing Headband Athletes who suffer repeated TraumaticBrain Injuries face severe long-term healthconsequences. In an attempt to find asolution to this issue, our project is todesign and test a device that can senseand alert an athlete of a dangerous headimpact.

Ryan Daly, Doug Furstinger,Tim Sashegyi, Nicklaus Schmidt,Mihir Shah

Christopher Kitts, Shoba Krishnan


Arsenic Detection Project: Electronics In order to address clean water concernsin the developing world, this projectdesigned a portable electronic interfaceto go with a sensor that will detect arsenicin groundwater. The electronics will powerthe test and present the results to the uservia a cell-phone application.

John Barth, Anthony Clemetson Silvia Figueira, Shoba Krishnan


Mobile Audiometry Application The Mobile Audiometry Applicationenables a mobile device to performaudiometric testing to detect users’hearing range. This project seeks to fulfillthe social need for increased access tohearing testing.

Kevin Nguyen, Shweta Panditrao Silvia Figueira 2014 Interdisciplinary None

Electrochemical Detection of Nitrate This project aims to develop a low cost,user friendly, accurate, and portabledevice for the electrochemical detectionof nitrate in drinking water, for use indeveloping countries where this problemis prevalent.

Monica De Lazzari, Kristina Howard,Lillian Tatka

UNYOUNG (ASHLEY) KIM 2015 BIOE None

ASSURED Bacterial Detectiontoward Paper-BasedMicrofluidic Chip forResource-Limited Areas

The World Health Organization estimatesthat over 3 million people die annuallyfrom waterborne illnesses. To addressthis, we propose a preventive diagnosticdevice that uses a paper-basedsandwich assay and a smartphoneapplication to detect the presence ofbacterial pathogens in water samples.

Willy Leineweber, Mallory Williams UNYOUNG (ASHLEY) KIM 2015 BIOE None

Redesigning Lp-PLA2 whileRetaining Catalytic Function

Our project focuses on redesigningthe enzyme lipoprotein-associatedphospholipase A2 (Lp-PLA2) into a novelenzyme of peptide size. Successfullyeliminating unnecessary amino acidsfrom the structure of Lp-PLA2 willproduce a smaller, functional enzyme.With this result, highly effectivetherapeutic protein drugs will gainfeasibility.

Kevin Cronin, Stacie Lim, Eddy Liu ZHIWEN (JONATHAN) ZHANG

2015 BIOE None

Insulin Pump HousingModification Project

In collaboration with Asante Solutions,the Insulin Pump Housing team isworking to change the method bywhich Asante Solution’s insulin pumpbodies are sealed. This will streamlinethe manufacturing process as well asincrease the consistency of sealing theinsulin pump bodies.

Matt Coleman, Kurt Holloway,Steven Long, John Tidwell

PRASHANTH ASURI 2015 BIOE None

Tongue Suspension Suturefor Obstructive Sleep ApneaPatients

Our goal is to create an elastic,biocompatible tongue suspensionimplant for patients with obstructivesleep apnea, one that eliminates theneed to be tethered to the mandible andincorporates Siesta Medical’s EncoreTongue Suspension System.

Erin Araj, Leah Karlsen,Abigail Kilkenny

UNYOUNG (ASHLEY) KIM, ERIK VAN DER BURG

2015 BIOE None

Micro Motion Controller We are developing a 2-D-of-freedomcontroller for micro-surgical proceduresincluding neurosurgery, retinal surgery,and vascular surgery. This is intendedto be further developed so that it maybe used by da Vinci robotic surgeons inmicro-surgical procedures.

Sandeep Adem, Cameron Chu,Karan Kapoor

ZHIWEN (JONATHAN) ZHANG, RAJEEV KELKAR

2015 BIOE None

Micro-Controller: Part 2 Our goal is to allow paralyzed childrenand adults the possibility to play chess.This requires additional construction ofa micro-controller, adding a motorizedthird axis and a finger gripper to pick upchess pieces.

Bergen Antell, Michael McNaul,Steve Shushnar


Sustainable Design in Ghana Our project explored the replacement ofa roof in Ghana using the Nubian Vaultconstruction method. While La VouteNubienne Association currently buildsphysically stable structures, we aim toprovide the technical data needed forinternational support of this method tofurther expand the NGO’s capabilities.

Anthony DeCosta, Amanda Laufer,Theresa McArdle

MARK ASCHHEIM 2015 CIVIL Ghana

Structural HousingImprovements in Oaxaca,Mexico, Using Arundo donax

This project researches Arundodonax—a type of giant, perennial caneplant—to examine its use as a viablestructural building material. Usedalongside other traditional buildingmethods, this material may offer newtechnologies for housing in developingcountries.

Greg O’Neill, Jonathan Tadros MARK ASCHHEIM, TONYA NILSSON

2015 CIVIL Oaxaca, Mexico

Interlocking CMU Geometry Design This project consists of the design ofinterlocking voided concrete block andthe evaluation of block wall strengths.We aim to find an inexpensive solutionfor wall construction that can be tailoredto work in different wind and seismicenvironments.

Raquel Avila, Nick Jensen TRACY ABBOTT, MARK ASCHHEIM

2015 CIVIL None

Designing with Bamboo:Frames and Connections inUnderdeveloped Areas

Our project focuses on the constructionand testing of a proposed structuralsystem in which bamboo and concretemasonry block are incorporated with aplastic hinge mechanism. This structurewould primarily be used in Haiti andother developing countries that areprone to seismic activity.

Bryson Kam, Andrew Spencer MARK ASCHHEIM, TONYA NILSSON

2015 CIVIL Haiti

Bannan Pedestrian Bridge The proposed pedestrian footbridgedesign is a project that aims to developand improve the quality of student lifeat Santa Clara University. Constructiondesign includes estimating, scheduling,and logistical analysis of the project,and structural design includes designcalculations and computer analysis ofthe columns.

Chris Banaga, Kevin Delos Santos,Tim Mort

TRACY ABBOTT, HISHAM SAID

2015 CIVIL Santa Clara, CA

Seismic Retrofit of Soft StoryBuilding in San Francisco

This project aims to analyze the existingconditions of a soft story residentialbuilding located in San Francisco todetermine the effectiveness of availablesoft story retrofit methods and to designan implementable and cost-effectiveseismic retrofit.

Maggie Jones, Alexei Sinkevich,Will Smithers

REYNAUD SERRETTE 2015 CIVIL San Francisco, CA

Homeless Garden Project This project includes the designof a gravity-fed water delivery anddistribution system for a 12-acre farm.The farm will be used by the HomelessGarden Project, a nonprofit organizationgeared toward helping the homeless inSanta Cruz, California.

John Miller, Tara Pozzi, Caroline Ruwe STEVEN CHIESA 2015 CIVIL Santa Cruz, CA

Low Environmental ImpactNeighborhood District in Gilroy,California

Our project involves the planning anddesign of a low environmental impactneighborhood in Gilroy, one whichincludes a mix of single-family andmulti-family homes with an integratedcommercial component. The designprocess consisted of establishing streetand lot layouts and designing utilitysystems with local connections. Thefinal product addresses the need forsustainable, family-friendly communities.

Ellen McKay, Kaelynn Willey STEVEN CHIESA, RACHEL HE

2015 CIVIL Gilroy, CA

Hearst Avenue Complete Street Design This project implements comparativestreet designs that incorporatesustainable features such as bikeand pedestrian accessibility, efficienttraffic signal sequences, and effectivestormwater management attributes alongHearst Avenue in Berkeley, California.

Nabilah Deen, Robbie Powell RACHEL HE 2015 CIVIL Berkeley, CA

Hayward Shoreline Levee Design This project encompasses the designof a section of levee in Hayward. A newlevee is needed to protect the shorefrom flooding due to rising sea levelsand future storm events.

Samuel Beering, Karissa Canonizado,Caleb Young

SUKHMANDER SINGH 2015 CIVIL Hayward, CA

Beacon Pack The British Airways-sponsored BeaconPack is a solar-powered data repositorythat stores educational and world newscontent accessible through SMS text.This product will provide informationto millions of individuals in developingcountries who have low-level cellulardevices.

Aiden Barbari, James Mack,James Terry

SILVIA FIGUEIRA 2015 COEN None

Wakabi: On-Demand Ride Service forRural Uganda

Wakabi is an SMS-based applicationdesigned to streamline the ride-sharingprocess currently existing in ruralUganda. The system allows individualsto connect with hired motorcyclists(Boda drivers) by texting a singlenumber. Wakabi will deliver morebusiness to Boda drivers and provideUganda with a unified, simple, on-demand transportation solution.

Michael Brew, Bryant Larsen SILVIA FIGUEIRA 2015 COEN Uganda

Sankara Eye Records: Eye-HealthTracker for Children in India

Sankara Eye Records is a mobileapplication created for Sankara Eye, anIndian social enterprise that provideseye care services in India. Our mobileapplication will make the process ofcreating and editing schoolchildren’seye health records quick and efficient forSankara Eye screeners.

Francis Cuenca, Amy Truong SILVIA FIGUEIRA 2015 COEN India

Using Virtual Reality for AnxietyTherapy

For our project, we are developing asystem that employs virtual reality asa tool for therapists to treat variousanxiety disorders, such as phobias,using exposure therapy. We will bedeveloping a small library of simulationscorresponding to the most prevalentphobias in our society.

Bryce Mariano, Paul Thurston MARIA PANTOJA 2015 COEN None

Low-Cost ECG for RuralPopulations of DevelopingCountries

Our device allows doctors to remotelyscreen patients for cardiovasculararrhythmias by sending them ECGdata via text message. Additionally,our device was built with mostly opensourced electronic components, and oursoftware will be made open source toencourage future development efforts.

J.P. Ertola, Michael Whalen DAN LEWIS 2015 COEN None

Smart Thermostat Our goal is to create a thermostat whichlearns user behavior and intelligentlymanages the temperature. Throughthis control, we can maintain a morecomfortable and energy efficientenvironment.

Matthew Wade Allen, Samuel HardyBillett, Kevin Michael Read

MARYAM KHANBAGHI 2015 ELEN None

Assistive Reminder Memory loss is enhanced by symptomsof autism, which is estimated to affect1 percent of the world’s population.Customizable and cost-effective,Assistive Reminder is a novel deviceaimed to remind users, such asindividuals with autism, to completetasks at various times of the day.

Jocelyn Tan RADHIKA GROVER 2015 ELEN None

Sunplanter Sunplanter, a modular, prefabricatedresidential solar-tracking system,provides a unique solution to high solarinstallation costs.

Matt Diaz, Joseph Gaither,Stephen Hight, Brandon Suehiro

TIMOTHY HIGHT 2015 MECH None

AkaBot AkaBot is an extrusion machine thatproduces 3D printing filament byrecycling PET plastic water bottles.This filament gives entrepreneursin developing countries the tools tocompete with foreign import filamentwhile using sustainable technology.

Jay Dubashi, Brian Grau,Alex McKernan

PANTHEA SEPEHRBAND 2015 MECH None

Backpack Cooler The project is a portable backpackcooler using thermoelectric modules tocool the chamber in order to providea refrigeration system for off-gridcommunities. The cooler will be poweredusing a battery that will be chargedusing solar panels installed in the home.

Sebastian Brisbois, Patrick Crane,Daniel Lee, Kaci McCartan,Connor O’Brien

HOHYUN LEE 2015 MECH None

Might-E Wheel The Might-E Wheel converts existingbicycles into electric bicycles by an easyand approachable installation. Througha rear wheel replacement containing themotor, batteries, and control system,efficient travel by electric bicycle ismade affordable and accessible.

Daniel Doke, Abby Grills,Zach Jesberger, Jared O’Rourke

TIMOTHY HEALY, ROBERT MARKS

2015 MECH None

Low Cost 3D Bioprinter We are repurposing a RepRap printerinto a low cost 3D bioprinter that will beprinting biomaterials and proteins.

Andrew Shi, Connor Smith,Victor O’Brien

PRASHANTH ASURI, CHRISTOPHER KITTS


AquaSift: Point-of-UseMicrofluidic Detection System

We present a simple, affordable, andportable system that works with a three-electrode device to detect contaminantsin drinking water. The system comprisesa potentiostat to perform voltammetricsweeps, an Android application tointerface with a smartphone, and adatabase application for the mappingof results.

Daniel Beyers, Jasper Tan,Brandon Young

SILVIA FIGUEIRA, SHOBA KRISHNAN


Innovations in TraumaticHemorrhage

This project seeks to develop novel methods with which to treat serious bleeding injuries. We hope to deveop aninjectable device that is functional and effective at treating both internal and external bleeding moieties. We further hope to target this developed solution to rural, military, and developing world EMS systems.

Joseph Choy, Nicholas Domek,John Tavelli

PRASHANTH ASURI,UNYOUNG (ASHLEY) KIM,MARYAM MOBED-MIREMADI

2016 BIOE None

Phosphate Contaminant Detection inWater through Electrochemical Biosensor

In order to detect phosphate contaminants in water sources and promote global health, we aim to createa portable microfluidic biosensor that will support a point-of-care platform. Through the combination of electrochemical and signal processingmethods, the sensor detects the presence of phosphate analyte concentrations in water samples.

Kelene Boyle, Zina Kurian,Xitlalic Soto-Sida


Intracranial Pressure Sensor Our goal is to develop an ultrasound read pressure sensor to be implanted along with intracranial shunts for patientswho suffer from Idiopathic Intracranial Hypertension. This will provide early detection of complications associated with this condition such as clogged shunts.

Matthew Murray, Jared Shimada EMRE ARACI 2016 BIOE None

Mitigation of Radiation-InducedBone Loss by Dried Plum

Working in collaboration with NASA Ames Research Center, the goals of our project are to study the molecularmechanisms by which radiation induces bone loss and by which dried plum protects bone and promotes its formation. Our findings may lead to better treatments for astronauts and patients with bone conditions.

Carlos Medina, Sonette Steczina PRASHANTH ASURI 2016 BIOE None

Bolstering the S. cervisiaeMembrane for EfficientBioethanol Production fromLignocellulosic Biomass

Lignocellulosic biomass is the most abundant carbon source used in biofuel production utilizing yeast. Unfortunately,this material requires pretreatment resulting in the release of several inhibitors that stunt the activity of yeast.Our project is to engineer yeast to make it resilient to this harsh environment to promote sustainable energy.

Matt Kubit, Conary Meyer MARYAM MOBED-MIREMADI,TERESA RUSCETTI

2016 BIOE None

Aptamer-Based Hybrid Assayfor Early Stage DiseaseDiagnosis

Our goal is to utilize aptamers, oligonucleotides with high specificity and affinity for protein targets, to create a novel methodology based on the traditional Enzyme-LinkedImmunosorbent Assay (ELISA). The ultimate goal of our project is to improve diagnostic methods for diseases, resulting in better prognoses.

Riley Parsons, Mari Ueno STEVEN SULJAK 2016 BIOE None

Frugal Vital Sensor In developing nations, people suffer from inadequate healthcare due in part to the high cost of medical diagnostic equipment. Our goal is to design a frugal vital sensor system to measure a patient’s blood pressure, heart rate and blood oxygen concentration, outputting the information to a terminal for diagnostic use.

Jonathan Bird, Travis McAuley,Conor McMahon


3D Printed Imaging Apparatusfor Monitoring IntraocularPressure Using SmartphoneCamera

We are designing a 3D printed apparatus for a smartphone that will allow its camera to take a magnifiedimage of an implanted intraocular lens sensor used to track changes in intraocular pressure (IOP) of glaucoma patients.

Gino Castillo, Christopher Gaines,Joshua Godfrey, Michael Zhao

EMRE ARACI 2016 BIOE None

Suture Passing Device forHyoid Suspension in SleepApnea Surgery

We will design a medical device suitable toward ameliorating the symptoms of sleep apnea in critical patients.Our primary focus is developing a highly efficient suture passer that will successfully pass a suture around the hyoid bone, which will be simulated in cadavers and other representative tissue material.

Corbin Craven, Solomon Mulugeta,Nicholas Leavengood

ZHIWEN (JONATHAN) ZHANG

2016 BIOE None

Nicaragua Water DistributionSystem Design

With the support of Dr. Chris Bacon in the Environmental Science Department and ASDENIC, this project explores the process of designing a water distribution system for a rural community in Nicaragua. The goal of the design is to increase efficiency and maximize access to potable water.

Leah Bensching, Jamie Monk LAURA DOYLE, EDWIN MAURER

2016 CIVIL Nicaragua

Regional Wastewater FacilitySystems Design

The San Jose-Santa Clara Regional Wastewater Facility’s water distribution systems are currently inadequate due to age and condition. This project proposes a redesign of the potable and ground water systems through hydraulicmodeling.

Sage Aoki, Joseph Calvo,Kayden Haleakala, Steward Yang

EDWIN MAURER 2016 CIVIL San Jose, CA and Santa Clara, CA

Green Roof Filtration andStorage System

Our project is a design of a green roof water filtration and storage system that will both collect rainwater and recycle gray water. Our research is focused in Salinas, Puerto Rico, where water supply issues are prominent.

Austin Rodrigues, Joel Scianna EDWIN MAURER 2016 CIVIL Salinas, Puerto Rico

Cleaning Up the Dirty 530 Due to the recent drought, Californiahas been realizing it is vital that weCalifornians carefully use what littlewater we have. We have designedhypothetical upgrades that can be madeto a wastewater treatment facility so thatits effluent stream can be recycled andused for irrigational purposes.

Troy Lopez, Fernando Teran,Daniel Villescaz

STEVEN CHIESA 2016 CIVIL California

Habitat for HumanityApartment Complex Redesign

This project includes the redesign ofan apartment building for a Habitat forHumanity complex in Walnut Creek, CA.The initial design exceeds the buildingheight limitation in the Walnut CreekBuilding Code, making a completestructural redesign of this timberstructure necessary.

Megan August, Molly Bencomo,Ashley Waite

TONYA NILSSON 2016 CIVIL Walnut Creek, CA

24th National Timber BridgeDesign Competition

This timber pedestrian bridge wasdevised, constructed, and tested forthe National Timber Bridge DesignCompetition. The bridge aims toshowcase the reliability and costeffectiveness of timber as a viableand sustainable material in ruralinfrastructure.

Marie McNamara, Andrew Porter,Martina Sbicca

TRACY ABBOTT 2016 CIVIL None

Bamboo Roofing System forEgyptian Houses

This project provides a sustainable,affordable, and easy to constructbamboo roofing system for marginalizedpeople in Egypt with inadequate roofs.Engineering guidelines were createdfor both spans and connections toaccommodate houses of varying sizes.This project is a proof-of-concept forfuture implementation in Egypt.

Zach Fielder, Joseph FitzPatrick,Kathleen Scheer

TONYA NILSSON 2016 CIVIL Egypt

Rise Above the Flood: BridgeBuilding in Ghana, Africa

This project involves the design of apedestrian footbridge for a rural villagenamed Gambibgo, located in NorthernGhana. The bridge will let villagers safelycross a river during the flooding seasonin order to reach the city of Bolgatangawhere they have access to jobs, cleanwater, and education.

Vanessa Diaz, Ariana Govan,Matthew Millsaps

TRACY ABBOTT,MARK ASCHHEIM, JAMES REITES, S.J.

2016 CIVIL Gambibgo, Ghana

Seismic Design of InterlockingConcrete Masonry Unit Blocks

This project addresses the need forimproved third world structural designsby researching mortar-less, interlockingCMU blocks. Our blocks will beconstructed into a reinforced wall thatwe have designed, and then will betested against earthquake-like forces.

Ryan Gokey, Phil Mirenda,Joe Papangellin

MARK ASCHHEIM 2016 CIVIL None

Analysis and Redesign ofPruneridge Avenue fromLawrence Expressway toPomeroy Avenue

Our goal is to decrease the trafficdensity on Pruneridge Avenue betweenLawrence Expressway and PomeroyAvenue. We will analyze alternativesusing manually recorded traffic dataand Synchro 6 simulation software. Webelieve a reversible lane on Pruneridgewill reduce traffic and promotepedestrian and bicyclist safety.

Tyler Isaac, Matthew Wong RACHEL HE 2016 CIVIL Santa Clara, CA

Looma Lesson Planning WebApplication for EducationTechnology

The Looma Lesson Planning Applicationimproves the usability of Looma, anoff-grid computer-on-a-chip deviceseeking to enhance the classroomexperience for children in rural Nepal.This web application organizes Looma’seducational content and allows the userto create customized lesson plans.

Elise Herrmannsfeldt, Suparna Jasuja,Kate Lassalle-Klein,Roshan Ramankutty

SILVIA FIGUEIRA, DON RICCOMINI

2016 COEN Nepal

Fix the City This application is for the citizens of SanJose to report when city property needsfixing. Citizens can send in photos of theproblem through the app, and then thosereports will be sent to a web databasefor the city government to view.

Amanpreet Dhoor, Melissa Portillo,Kevin Ta

SILVIA FIGUEIRA 2016 COEN San Jose, CA

Mobile Glaucoma DetectionApplication

Glaucoma is an asymptomatic diseasethat affects the lives of millions ofpeople. If left untreated, the diseasewill result in loss of vision or blindness.Our application will interface with aspecial contact lens to help detect thecommon characteristics associated withglaucoma.

Samuel Holeman, Ryan Lowe EMRE ARACI, SILVIA FIGUEIRA

2016 COEN None

Bringing Electricity to Alafiarou:The Solar Microgrid Project

97% of the 1.3 billion people who stilldo not have access to electricity livein Sub-Saharan Africa. To help solvethis problem, our team designed andinstalled a solar microgrid for 133 peopleliving in Alafiarou, Benin, so that theymay see in the dark and charge theirphones.

Jacob Leatherberry, Nicolas Metais TIMOTHY HEALY, JAMES REITES, S.J.

2016 ELEN Alafiarou, Benin

Infinity The project consists of designingeducational lantern kits with a solarcharging system. The project will havelesson plans along with assembly ofthe lanterns. The kits are intended to beused by the Lightyear Foundation withhigh school students in Ghana, Africa.

Alejandra Huitron, Nicholas Supan TIMOTHY HEALY 2016 ELEN Ghana

Smart Aquaponics System An aquaponics system with automaticlight, water, and temperature controlusing Direct Current components foroff-grid and micro-grid design flexibility.

Ryan Toal MICHAEL MCELFRESH 2016 ELEN None

Wireless Healthcare MonitoringSystem

The wireless healthcare monitoringsystem consists of two main partsthat communicate with each other viaBluetooth connection. Information isgathered on a user or patient throughseveral sensors. That data is thenprocessed and sent to a user’s laptopor phone where the information will bedisplayed.

Ryan Grzejka, Chan Lee, Justin Visas RAMESH ABHARI 2016 ELEN None

Energy Management ControlCenter

Our goal is to create a system to reducehome energy use without sacrificingcomfort of the occupants. Through acontrol strategy, we will manipulateHVAC and appliance use to maximizeoverall efficiency.

Francis Estacio, Ren Hirokawa,Devon Quaternik, MatthewSalmanpour

MARYAM KHANBAGHI 2016 ELEN None

Reactive Power Compensation Our project is to create a Matlabsimulation to increase the power factorof transmission lines thereby increasingthe efficiency of power transmission.Apart from the simulation, a small-scale device will measure the powerfactor of industrial loads and outputrecommended changes to increaseenergy efficiency.

Kimberly Meyers, Martin Prado MARYAM KHANBAGHI 2016 ELEN None

Wavefront Sensor We present a low-cost, functionalwavefront sensor that can determineoptical path length differences with anaccuracy of 40 nm. This device canbe used by future optics students toexperiment with Frenzel zone plates orto measure the phase introduced byvarious perturbations including turbulentairflow or transparent media.

Richard Mule CHRISTOPHER WEBER, SALLY WOOD

2016 ELEN None

Forge: ThermoelectricCookstove

In numerous parts of the world,necessities like adequate mealpreparation or access to electricityare not available. We plan to make acookstove for people in developingcountries, that will convert excess heatfrom the cooking process into electricity.

Austin Jacobs, John Maffeo,Jared Sheehy, Isaac Stratfold,Matt Nelson, Bradley Ydens

ROBERT MARKS, SALLY WOOD


RSL Rover: Disaster ResponseVehicle

The RSL Rover team upgraded adrive-by-wire Polaris ATV by integratingthe industry-standard Robot OperatingSystem (ROS) and custom sensingpackages targeted at post-fireenvironment assessment.

Patrick Barone, Giovanni Briggs,Aaron Burns, Zoe Demertzis,Hesham Naja

CHRISTOPHER KITTS 2016 Interdisciplinary None

STEF: Solar ThermoelectricEvaporative Fridge

STEF is a low power, low costrefrigerator for off-grid communities.Thermoelectric modules, a heatdissipation system, and evaporationare used to cool the refrigerator, while amicrocontroller monitors and maintainsthe internal temperature. A battery boxpowers the refrigerator, which attachesto any small solar array for off-gridpower.

Daniel Avalos, Viet Huynh,David Lyons, David Swan,Thomas Watson

HOHYUN LEE, WEIJIA SHANG


Microfluidic E. coli Detection Our project provides a method forpeople in developing countries todetect E. coli in their water sources. Amicrofluidic chip is used to mix a watersample with a binding agent and moveit past an optical setup, where imagesare collected for E. coli concentrationanalysis.

Scott Fukuoka, Andy Ly,Andres Maldonado-Liu, Kyle Pietrzyk

UNYOUNG (ASHLEY) KIM,ON SHUN PAK


Medical Screening Solutionfor Pregnant Women in RuralCommunities

This project decentralizes healthservices for pregnant women byintegrating medical screening and webtechnologies into a comprehensivesolution. The device analyzes urinesamples for biological markers indicativeof health complications, storing theresults and relevant patient informationto improve the consistency of healthcarefor women in rural, developingcommunities.

Blair Koeneman, Amy Miller,Joe Neumeyer, Jake Prince

UNYOUNG (ASHLEY) KIM,SILVIA FIGUEIRA


Gazelle: A Human-PoweredVehicle

Our goal is to create a vehicle thatcan be used for short distances ineveryday life that is safe, affordable, andcompletely human powered. We want tofocus on comfort of the rider and includeample amount of storage space, whichmakes our design very competitive withother HPVs.

William Fluharty, Werner Nistler,Amulya Rao, Brian Rice

CALVIN TSZENG 2016 MECH None

SAFER: Search and Find forEmergencies Rover

SAFER is a remotely operated searchand rescue rover for collapsedstructure disasters. It will provide usefulreconnaissance without risking the livesof search and rescue team members.

Zachary Agustin, Charles Lewis,Elizabeth McMahon, Cameron Pierce,Pranav Pradhan, Michael Tamshen

CALVIN TSZENG 2016 MECH None

Gravity Charger Nighttime treatment and the use ofsmall medical devices becomes difficultwithout reliable electricity. By harnessingthe potential energy of a hangingmass, the Gravity Charger provides areliable source of energy under anycircumstances. With this reliability,medical outreach programs can betterequip themselves to provide the bestcare.

Will Gonder, Luke Lindsay,George Montgomery

TIMOTHY HIGHT 2016 MECH None

Power Flame Thermoelectric phone charger designedspecifically for developing communitiesin Central America.

Don Bollard, Alan Johnson,Nicholas Wenzel, Peter Wilke

HOHYUN LEE 2016 MECH Central America

Cool Stove 1 Our aim is to create a reliablerefrigeration solution that caters to thespecific needs of individuals who liveoff-grid. We intend to do so by using theabsorption cooler method, which we willpower using the existing thermal energyemitted from a cook stove.

Paola Flores, Eduardo Melendez HOHYUN LEE 2016 MECH None

AquAdapt Our team’s project aims to create asmart sensor that will attach to anyexisting residential gas or electric waterheater, increasing its efficiency to matchthat of a state-of-the-art water heater.

Scott Jansen, Michael Simmons,Joseph Singer

HOHYUN LEE 2016 MECH None

Cool Stove 2 Our aim is to create a reliablerefrigeration solution that caters to thespecific needs of individuals who liveoff-grid. We intend to do so by using theabsorption cooler method, which we willpower using the existing thermal energyemitted from a cook stove.

Robert Bernal HOHYUN LEE 2016 MECH None

Solar Panel AutomatedCleaning Environment

The SPACE system seeks to maximizethe energy generated from existing solarpanels by removing dust and grime.Fully Autonomous, the SPACE systemwill provide a continuous clean at afraction of the cost of manual labor.

Matthew Burke, Ryan Greenough,Daniel Jensen, Elliot Voss

ROBERT MARKS 2016 MECH None

Low-Cost Sensor for theDetection of E. coli in DonatedHuman Breast Milk

The paper-based breast milk sensoris designed to test for the presenceof pathogenic E. coli in donatedhuman breast milk. The goal is toensure distributed human breast milkpost-pasteurization is safe for infants toconsume without the use of traditionallab culturing methods.

Nina Morrison, Samantha O’Connor,Callie Weber

UNYOUNG (ASHLEY) KIM,MICHELE PARKER

2017 BIOE None

Detection of the ContaminantPhosphate in Drinking Water

Our project focuses on developing anaffordable and easy-to-use microfluidicsensor that can accurately detect andpinpoint water sources contaminatedwith phosphate. Our device integrateswith a hand-held analyzer and a mobileapp that automate interpretation andmapping of our detection results.

Brandon Miura, Alex Wagner,Philip Wu


Immunomagnetic Captureand Release of CirculatingTumor Cells for PersonalizedTreatment

Our project involves optimizing theimmunomagnetic capture and releaseof circulating tumor cells (CTCs). Theproject objective is to maximize theelution of captured circulating tumorcells from a magnetic sifter chip.This “liquid biopsy” would reduce theneed for invasive tumor biopsies forpersonalized cancer treatment anddiagnosis.

Nikita Bhatnagar, Abby Ribisi,Alanna Sewalt

EMRE ARACI 2017 BIOE None

Chimeric Antigen Receptor(CAR) Protein TaggedExosomes for TargetedLeukemia Cancer Therapy

We aim to add chimeric antigen receptor(CAR), a known Leukemia-localizationprotein, to cell-secreted nanovesiclescalled exosomes to create a carrierfor a safer, targeted Leukemia cancertreatment. This carrier constructexclusively targets cancer cells andeliminates the need for cellular carriers,resulting in fewer side effects.

Jacqueline Cummings, Nicole Jewett,Jennifer Yarp

BILL LU 2017 BIOE None

Exosome Membrane BoundTNF-Receptor for Treatment ofRheumatoid Arthritis

Rheumatoid arthritis (RA) is anautoimmune disease that causes painfulinflammation of the synovium of patients’joints. Current treatments for RA arelimited and have a variety of drawbacks.Thus, we are proposing a new treatment:TNF-receptors (TNFR) anchored onto thesurface of exosomes, naturally secretednanovesicles.

Kevin Curley, Natalie Duong BILL LU 2017 BIOE None

Engineering Synthetic Antibodywith Expanded Genetic Code

A peptide, predicted by an in silicolibrary screen, will be engineeredby site-specific incorporation of anunnatural amino acid to bind its cognateprostate cancer biomarker comparablyto a monoclonal antibody. This modularsynthetic antibody design creates acost-effective, stable, and ethical toolfor countless diagnostic and therapeuticapplications.

Elizabeth Batiuk, Casey Kiyohara,Tracy Nguyen

ZHIWEN (JONATHAN) ZHANG

2017 BIOE None

Pel-vise Every year, there are more than300,000 total-hip-replacement surgeriesconducted in the United States. ThePel-vise is designed to reduce therate of hip dislocations following thesesurgeries. In order to accomplish this,the device secures the initial orientationof a patient’s hips.

Jonathan Huber, Christopher Wright PRASHANTH ASURI 2017 BIOE None

Collagen Vitrigels for CornealReplacement

A severe shortage of donor corneashas led to millions of untreated blindpatients worldwide. We are working withEyegenix, LLC, to develop an efficientprotocol to create a biosynthetic corneathat can aid in the donor shortage andprovide alternative transplant options.

Alexandra Krmpotic, Wil Morrison,Kevin Vuong

PRASHANTH ASURI,JAMES GRAINGER

2017 BIOE None

Biologic Therapeutic Patch Our patch consists of three porousbiocompatible layers that will controlthe delivery of superoxide dismutase,which is responsible for breaking downfree radicals that result from cellularmetabolism. By inhibiting the freeradicals, we will be able to promotecell growth and enhance the beginningstages of wound healing.

Anjel Brown, Johnathan Der,Chloe Herczeg

MARYAM MOBED-MIREMADI 2017 BIOE None

Panelized, Pre-EngineeredLight Frame Structural System

Rising housing costs require innovativesolutions. Our structural system uses2'x10’ panels made of cold-formedsteel and sheathing. These wall andfloor panels are pre-engineered andprefabricated. Panelization lowersmaterial, labor, and design costs.

Jack Dinkelspiel, Joyce Fung,Anna Harris, Kara Horwald

REYNAUD SERRETTE 2017 CIVIL None

Garbage Beam This Senior Design Project aims toreplace expensive steel reinforcementfound in concrete with common,non-compostable waste to providea lightweight and less expensivereinforcement while addressing thegrowing waste management issue indeveloping countries. Concrete beamsreinforced with potential materials will bedesigned, built, tested, and analyzed.

Paula Back, Mariela Murillo TONYA NILSSON 2017 CIVIL None

Syrian Refugee Shelter DesignCompetition

We are participating in the DisasterShelter Competition hosted by JohnBrown University in which we designedand built a prototype shelter for refugeescoming from the Middle East intoGreece. We also created a budget andplans for housing 5,000 people in arefugee camp.

Julia Anderson, Katie Bipes,Antonio Gonzalez, Danny O’Malley,Colin Skaggs, La’akeaikawaiola Warren

TRACY ABBOTT, HISHAM SAID

2017 CIVIL None

Design of a Single FamilyEarthbag Home and RooftopRainwater Catchment Systemin Nepal

The 2015 earthquake in Nepaldestroyed villages, which remain unbuilt.Additionally, subsistence farmers inTakure, Nepal, struggle to provide fortheir families due to a long dry season.To address these issues, we designedand traveled to Takure to constructa single-family, seismically resistantEarthbag house and rooftop rainwatercatchment system.

Olivia Carreon, Nabila Farah,Makena Wong

EDWIN MAURER,

TONYA NILSSON, SUKHMANDER SINGH

2017 CIVIL Takure, Nepal

Pervious Concrete Design For our project, we are going to developa mixture of porous concrete that willnot only be functional, but also costeffective. By varying the aggregate,water-to-cement ratio and typesadditives, we hope to achieve maximumcompression strength while having acertain amount of permeability.

Jonathan Ang, Erik Lindahl EDWIN MAURER 2017 CIVIL None

Sustainable Recharge of FlintLake

This project will focus on designing apump and pipe system to bring waterfrom a groundwater well over a hillsideusing either wind or solar power. Thissystem will allow for the recharge andrehabilitation of Flint Lake, a dry pondlocated at the St. Francis Retreat, in SanJuan Bautista, California.

Melene Agakanian, Cathy Cantoni LAURA DOYLE, EDWIN MAURER

2017 CIVIL SanJuan Bautista, California

Denitrification Reactor Systemfor Removing Nitrate inContaminated Water

A bioreactor system will be constructedand tested for its effectiveness inreducing nitrate in contaminated watersupply for the St. Francis Retreat Centerin San Juan Bautista, California. The goalis to recharge a nearby pond with waterclean enough for human contact and tosustain the pond’s ecosystem.

Andrew Highlander, Patrick Johnson EDWIN MAURER 2017 CIVIL SanJuan Bautista, California

Vrishabhavathi ValleyWastewater Treatment PlantSystem Upgrade

The project aims to increase the existingsecondary treatment capacity of theVrishabhavathi Valley Wastewatertreatment facility in Bangalore, India. Byadding modular activated sludge andsecondary clarifier treatment options,the facility will be able to treat muchmore wastewater in order to meet thedemands of the growing population.

Vijay Chellaram, Christian Miller STEVEN CHIESA, HISHAM SAID

2017 CIVIL Bangalore, India

Decentralized WastewaterTreatment Plant in Bangalore,India

This project involved designing amedium-capacity decentralizedwastewater treatment plant for theKengeri region of Bangalore, India. Theplant was designed to handle sewageneeds of this area and to drain thetreated water into the VrishabhavathiRiver. Construction of the plant was thenplanned, estimated, and scheduled.

Cameron Akhavan, Simon Barbe,Alejandro Fernandez

STEVEN CHIESA, HISHAM SAID

2017 CIVIL Bangalore, India

Taking Afrobarometer Data Afrobarometer is an organization thatcollects data on African infrastructure.This project will make this dataavailable via tablets throughout Africa.Of particular interest to this project isdata caching to enhance performance.This application allows users to accesscomprehensible data. Future workconcerns the application’s compatibilityon commercial-size touchscreens.

Christen Nguyen, Sean Thomas, SILVIA FIGUEIRA 2017 COEN Africa

Conversation Station We are building a mobile application thatwill improve speed and personalizationin conversations for people strugglingwith verbal communication. Manypeople diagnosed with autism andother disorders face daily challengesinvolving communication due to speechimpediments. Our solution will speedup personalized communication byapplying machine learning principles.

Davis Allen, Robert Bayer YI FANG 2017 COEN None

EHRaS EHRaS is an inexpensive, mobile-first electronic health care recordmanagement system for ad hocsettlements such as refugee camps.EHRaS gets vital patient information tohealthcare providers in the field quickly,securely, and cost effectively, especiallyin locales where traditional healthcaresystems would be unfeasible.

Jack Kingsman, Evan Paul,Max Werner

AHMED AMER 2017 COEN None

Automating Libraries in RuralAreas of Africa

Friends of African Village Libraries(FAVL) is a nonprofit organization thatestablishes community libraries in ruralareas of Africa. Our project will providethe librarians with a mobile applicationthat automates librarian tasks such aschecking in and out books, with theintention of easing their workload.

Matthew Johnson, Jose Santillan,Michael Walsh

SILVIA FIGUEIRA 2017 COEN Africa

AmbientLife AmbientLife is a wireless sensorhub aiming to help patients who arerecovering from addiction by measuringand transmitting basic vital signs to asmartphone or laptop via Bluetooth,where the results can be viewed bypatient or physician. It also has thecapability of harvesting power throughradio frequency (RF).

Renee Bakker-Zenon, Ryan Scott,Shaun Suezaki

RAMESH ABHARI,LEYNA COTRAN

2017 ELEN None

Cmag—IoT Baby Monitor Our project is to design an IoT cameramonitor that can detect early symptomsof sudden infant death syndrome (SIDS)and alarm parents and caregivers inorder to decrease the response time andincrease the survival rate when SIDSoccurs.

Xiaoting Liu, Kyle Takeuchi TOKUNBO OGUNFUNMI,SHIVAKAUMAR MATHAPATHI

2017 ELEN None

Solar Microgrid in Togo We are designing a solar microgridfor a selected village in Togo, Africa,called Danyi Mempassem. We identifiedthe primary needs and desires ofthe villagers to be lights, cell phonechargers, and television. We aredesigning a system that will best providethem with electricity for their needs.

Alexander Mayorkis,Christian Jason Wintery

TIMOTHY HEALY,CONSTANT BOSSOU, S.J.

2017 ELEN Togo

Smart and SustainableAquaponics

We are building a sustainable andautomated aquaponics system, whichcombines aquaculture (raising fish) andhydroponics (soil-less growing of plants)to achieve greater food productiondensity and efficiency. We are usingsolar energy harvesting techniques andembedded systems to increase thesustainability and reduce the energyinvestment of the system’s user.

Kevin Claggett, Justin Goh, Ryan Toal MICHAEL MCELFRESH,SALLY WOOD

2017 ELEN None

Vital Sign Multi-Sensor Kitfor Use with Telemedicine inDeveloping Countries

Our objective is to develop a kitequipped with sensors that will be usedto take a patient’s blood pressure, heartrate, oxygen concentration, and bloodglucose concentration non-invasively.This kit will then allow doctors to haveaccess to a patient’s vital signs throughmost mobile devices.

Natalie Arrizon, Jose Hernandez,Antonio Maldonado-Liu,Alejandra Pacheco

UNYOUNG (ASHLEY) KIM,TOKUNBO OGUNFUNMI


SMS-Enabled EKG for Use inDeveloping Countries

To fully meet the screening needsof rural populations, we propose atwo-part solution involving a simplifiedelectrocardiogram device that will utilizecellular networks prevalent throughoutthe world to send and receive EKGwaves to be evaluated by doctors indeveloping nations.

Augustus Boling, Gabriel Christ,Shachi Kakkar, Michael McElroy

DANIEL LEWIS,SARAH KATE WILSON


SCUCube We have designed a small satellite(CubeSat) to provide communicationsservices to areas suffering from naturaldisasters, utilizing a semi-passive gravitygradient attitude control system.

Matthew Condino, Andrew Drape,Evan Eberheart, Cooper McDonnell,Brayton McKnight, Isaac McQuillen,James Olwell, Laura Tschudy

CHRISTOPHER KITTS,MICHAEL TAYLOR


Poly Pelletizer We are using recycled water bottles tocreate polyethylene terephthalate (PET)pellets. These pellets are to be utilizedfor a past Senior Design Project calledthe AKAbot, which will turn them intousable 3D printing filament.

Logan Costa-Smith, Ian Maltzer,James Martino

TIMOTHY HIGHT,PANTHEA SEPEHRBAND

2017 MECH None

Forge 2.0: Clean-BurningCookstove

The objective of this project is to builda clean-burning cookstove for ruralNicaraguans. The purpose for buildingthis stove is to help reduce respiratoryillness caused from cooking withbiomass. Our stove utilizes gasificationto burn off harmful emissions, reducingnegative environmental impact causedby burning wood.

William Gebb, Emily Gray-Gribble,Matthew Lee, Thai Ha Sloan

ROBERT MARKS 2017 MECH Nicaragua

Human-Powered ConcreteMixer

Amigos for Christ, based in Chinandega,Nicaragua, requires a mobile, cheap,and efficient concrete-mixing methodto replace the existing method ofhand-mixing with shovels. Our Human-Powered Concrete Mixer provides allof these features, allowing Amigos forChrist to complete projects—such asbuilding schools and feeding centers—more quickly.

Madelyn Bustard-Gustafson,Nathan Metzger, Connor McLoughlin,Nicholas Szychowski

ROBERT MARKS 2017 MECH Chinandega,Nicaragua

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