Program
Welcome and Introductions (3:00 - 3:20 pm)
Otto Miller room 109
Oral Presentations (3:30 - 5:10 pm)
Biochemistry and Biology: OMH 118
| 3:30 pm - 3:50 pm | Preventable Adverse Safety Events and Measured Teamwork in Pediatric Simulations Presented by: Simone Herzberg Advised by: Dr. Jeanne-Marie Guise, OHSU [abstract]Serious adverse safety events and errors caused by the healthcare system are the leading cause of preventable death in the U.S. We examined the association between adverse safety events and measured teamwork. Our goal was to examine the relationship between measured teamwork and adverse safety events in the prehospital emergency care of children. |
| 3:55 pm - 4:15 pm | Identification of Stem-loop Motifs in the Secondary Structure of RNA Presented by: Elizabeth Knodel Advised by: Dr. Daniel Schofield, Chemistry [abstract]This project used a computational approach to analyze the frequency of various motifs within the secondary structure of RNA. Different loop sizes and the patterns of nucleotides within those loops were compared in terms of their relative prevalence and energetic stability. |
| 4:20 pm - 4:40 pm | Characterization of a novel RNA tertiary interaction found in THF riboswitches Presented by: Charles Mitchell Advised by: Dr. Wade Grabow, Chemistry [abstract]To validate a naturally occurring ribonucleic acid (RNA) motif, we created tectoRNA based on a long-range interaction identified in the tetrahydrofuran (THF) riboswitch. By analyzing these sequences’ propensity to form dimer assemblies, we were able to ascertain the overall binding affinity of each loop-receptor sequence for future nanotechnology application. |
| 4:45 pm - 5:05 pm | Examining the role of candidate genes in early intestinal development of the nematode Caenorhabditis elegans Presented by: Valerie Chieng, Denali Dudgeon, and Ashton Perry Advised by: Dr. Jenny Tenlen, Biology [abstract]Utilizing a genetic screen to determine important developmental genes, the genes klp-3, klp-15, klp-16, and klp-17 were chosen due to their involvement in spindle alignment in embryos of the nematode C. elegans. Experimental results suggest significant data for the klp-15 and klp-17 single knockout genes, inconclusive data for the klp-3/klp-17 double knockout, and insignificant results for klp-16. * Best Oral Presentation awardee |
Biology: OMH 109
| 3:30 pm - 3:50 pm | Survivorship of Columbian black-tail deer (Odocoileus hemionus columbianus) on Blakely Island, WA Presented by: Alia Zieg and Randall Jones Advised by: Dr. Eric Long, Biology [abstract]We are looking at the survivorship of the population of black-tail deer on Blakely Island, WA. After constructing a survivorship curve, we will be able to compare the Blakely Island population to populations of deer on the mainland. |
| 3:55 pm - 4:15 pm | The island rule and developmental heterochrony in black-tailed deer (Odocoileus hemionus columbianus) on Blakely Island, Washington USA Presented by: Karissa Courtney and Trevor Hildebrand Advised by: Dr. Eric Long and Dr. Cara Wall-Scheffler, Biology [abstract]We are studying black-tailed deer from Blakely Island. We quantified the size difference between the Blakely deer and mainland deer, and determined their age of tooth eruption, which we compared to the mainland deer. We have found that tooth development is heavily constrained due to microRNAs. |
| 4:20 pm - 4:40 pm | Effects of ZooTunes Concert Decibel Levels on the Behavior of Five Species at Woodland Park Zoo Presented by: Michaela Rubenstein Advised by: Dr. Janet Bester-Meredith, Biology [abstract]The behavior of five species, gray wolf (Canis lupus), common wallaroo (Macropus robustus), red-necked wallaby (Macropus rufogriseus), snow leopard (Uncia uncia), and emu (Dromaius novaehollandiae), were observed and corticosterone levels were measured during Woodland Park Zoo’s ZooTunes summer concerts to determine how elevated decibel levels affected behavior and stress levels. * Best Oral Presentation awardee |
| 4:45 pm - 5:05 pm | Female-biased sex ratio in Peromyscus californicus Presented by: Anh Tran Advised by: Dr. Janet Bester-Meredith, Biology [abstract]Many rodent species are capable of altering the sex ratios of their offspring and distributing resources in a way that maximizes fitness in stressful environments. Preliminary observations indicate that Peromyscus californicus displays a female-biased sex ratio. This presentation will examine this phenomenon and explain its implications. |
Molecular Biology: OMH 128
| 3:30 pm - 3:50 pm | ProC gene evolution and virulence advantage Presented by: Christopher Huber, Diana Cabrera, Paisley Schulze, and Truc Nguyen Advised by: Dr. Derek Wood, Biology [abstract]Agrobacterium tumefaciens is a soilborne bacteria that causes crown gall tumors in plants and is widely used in biotechnology to generate transgenic plants. Virulence is mediated in part by genes on the Tumor inducing (Ti) plasmid. A. tumefaciens living near plants can lose this plasmid which should impact the ability of the population to cause disease. In response to infection, plants produce GABA, an immuno-molecule which degrades a quorum sensing (QS) signal made by Agrobacterium that regulates Ti plasmid conjugal transfer. There is evidence to suggest that proline inhibits GABA uptake by Agrobacterium through competitive binding of a venus flytrap receptor protein. We hypothesize that with increasing ratios of proline:GABA, GABA activity will be inhibited increasing the transfer of the Ti plasmid between agrobacteria. To test this hypothesis, we developed and are conducting a conjugation efficiency assay to determine if proline can enhance Ti plasmid transfer. If true, this may explain why several Agrobacterium species contain multiple copies of the proC gene involved in proline biosynthesis. |
| 3:55 pm - 4:15 pm | CRISPR-Cas9 cleavage in Agrobacterium tumefaciens C58 to investigate the role of a duplicated functional ProC gene Presented by: Mariah Conley, Anne Macy, Genny Roberts, and Kara Paolisso Advised by: Dr. Derek Wood, Biology [abstract]Agrobacterium tumefaciens C58 has two functional copies of the proC gene, but the reasons behind this duplication are unknown. We used CRISPR-Cas9 to precisely target a proC gene (Atu-3985) and induce a double-stranded break, inserting a reporter gene into the break site. We selected for successful cleavage with antibiotic resistance. * Best Oral Presentation awardee |
| 4:20 pm - 4:40 pm | Epigenetics of Host-Pathogen Interaction: Case Study of Agrobacterium tumefaciens C58 Presented by: Genny Roberts Advised by: Dr. Derek Wood, Biology [abstract]Considers how methylation patterns change on C58's Ti plasmid in response to the plants wound signal, acetosyringone. Patterns of methylation and significant gene expression changes will be discussed. |
4:45 pm - 5:05 pm | Proline Quantification in Agrobacterium Tumefaciens C58 Presented by: Christine Nghiem, Cibelle Nassif and Braeden Wiebe Advised by: Dr. Derek Wood, Biology [abstract]We quantified the amount of proline produced by E. coli BW13635 containing plasmids containing the Agrobacterium proC genes. This was done by using nitrosation to prevent amino acid interference and a ninhydrin assay to give a relative proline level of the supernatant of the bacteria. |
Engineering and Physics: OMH 246
| 3:30 pm - 3:50 pm | Seastar: Lifeguard Drone Presented by: Sean Muir, Max Osgood, Ian Grissom, Barrett Estep, and Nathaniel Freed Advised by: Dr. Kevin Bolding and Dr. Adam Arabian, Engineering [abstract]Seastar presents their concept for an autonomous lifeguard drone and how it can used at both guarded and unguarded beaches |
| 3:55 pm - 4:15 pm | HEB^3 Pill Dispenser Presented by: Douglas Hansen, Bryan Emanuel, Christopher Baak, Steven Banin, and Jeanina Botis Advised by: Dr. Kevin Bolding, Engineering [abstract]HEB^3's automated pill dispenser aims to increase patient independence by simplifying daily medication regiments. This pill dispenser includes remote caretaker dosage monitoring, controlled substance protection, and improved quality of life for patients. |
| 4:20 pm - 4:40 pm | Wind Tunnel and Wind Turbine Blades Presented by: Doug Hansen, Amy Sprossig, Eric Bryant, Kevin Snyder Advised by: Dr. John Lindberg, Physics [abstract]This research project consists of two parts. First, we designed and built a cost effective wind tunnel specifically for testing wind blade designs. It is optimized for average wind speeds that are experience at our testing facility at Camp Casey (Whidbey Island). Second, we are testing the 3 most common wind blade designs for efficiency across a range of wind speeds. * Best Oral Presentation awardee |
| 4:45 pm - 5:05 pm | The Corrosion of Stainless Steel due to Exposure to Molten Solar Salt Presented by: Donley Cormode Advised by: Dr. William Cooke, College of William & Mary [abstract]Molten solar salt has potential for thermal energy storage in concentrated solar plants, but it is corrosive. To characterize the corrosion, researchers exposed stainless steel coupons to molten salt for short time periods. This research was done at the College of William and Mary for a physics REU program. |
Engineering: OMH 225
| 3:30 pm - 3:50 pm | Junior Design - CNC Plasma Table Presented by: Michelle Louie, Nathan Anselmi, Tristan Sanders, Aaron Coe, and Jon Casarrubias Advised by: Dr. Daniel Keene, Engineering [abstract]The SPU machine shop has a hand-held plasma cutter for which we will be building a computer controlled table and carriage that performs precise, computer designed cuts on sheet metal. |
| 3:55 pm - 4:15 pm | GravRadio Presented by: Daniel Houser, Nicholas Gustin, Mark Steinke, and Abdulrahman Alabbasi Advised by: Dr. Daniel Keene, Engineering [abstract]Exploring the potential of a durable transistor radio that is powered by gravity for emergency relief. |
| 4:20 pm - 4:40 pm | Solaris Presented by: Erin Rowand, Logan Bryan, Noi Brown, and Joe Waldher Advised by: Dr. Daniel Keene and Prof. Don Peter, Engineering [abstract]A solar-powered, portable, easy-to-operate battery that will allow users to charge devices via 12V and 5V outlets. This device aims to be low-cost while supplying sufficient amounts of power, in a wide range of applications, including benefiting developing countries and disaster zones effectively. |
| 4:45 pm - 5:05 pm | Simply Radishing Presented by: Courtney Shaw, Stephanie Ellis, Hugo Ramiro, and Garrett Berkey Advised by: Dr. Daniel Keene, Engineering [abstract]We set out to build a small personal self-automated collapsible modular greenhouse. One of the main facets is that each greenhouse unit is modular, where one can connect multiple greenhouses together to create a larger community of greenhouses and gardening, fostering many different fruits and vegetables. * Best Oral Presentation awardee |
Mathematics (Session 1): OMH 245
| 3:30 pm - 3:50 pm | The Untold History of Ancient Chinese Mathematics Presented by: Emma McAndrew Advised by: Dr. Steve Johnson, Mathematics [abstract]Ancient Chinese mathematics has long been over shadowed by European mathematics in literature and in classrooms. This presentation highlights the top Chinese mathematicians and their discoveries as well as the most influential mathematical texts in China from 200 B.C. to 1320 A.D. |
| 3:55 pm - 4:15 pm | Spatial Reasoning: A topological focus Presented by: Jasmine Pitzler Advised by: Prof. Russ Killingsworth, Mathematics [abstract]I take a in depth look at the study of general (or point-set) topology and then relate it to the study of spatial reasoning. |
| 4:20 pm - 4:40 pm | A Visual Approach to Teaching Algebra Presented by: Stefanie Swain Advised by: Dr. Jerilynn Lepak, Mathematics [abstract]I will discuss a unique approach to algebra that relies heavily on visual processing. With a self-developed virtual manipulative, this approach to algebra become available to all students. |
| 4:45 pm - 5:05 pm | Picture Perfect? An Analysis of Proof Without Words Presented by: Lanae Hollingsworth Advised by: Dr. John Hossler, Mathematics [abstract]The project analyzes Proofs Without Words for use in a high school or lower-level college math class. It also investigates whether the visual element constitutes proof for such an audience or for the general mathematicians, and how the Proof Without Words and theorem work together to elicit a belief in proof, or not, for the respective audience. * Best Oral Presentation awardee |
Mathematics (Session 2): OMH 244
| 3:30 pm - 3:50 pm | Biclustering of Gene Expression Data Presented by: Brittany Dygert Advised by: Dr. Wai Lau, Mathematics [abstract]Biclustering algorithms used on matrices of gene expression data. |
| 3:55 pm - 4:15 pm | Principal Component Analysis: Where Math meets Chemistry Presented by: Dao Nguyen Advised by: Dr. Brian Gill, Mathematics [abstract]To learn how math is used in chemistry in determining relationships in large quantities of data. |
| 4:20 pm - 4:40 pm | Mathematically Modeling MH370 Potential Flight Paths Presented by: Laura Wood Advised by: Dr. Wai Lau, Mathematics [abstract]For my Applied Mathematics senior project, I researched and described the math used to estimate where the missing Malaysian flight of 2014 might have gone. * Best Oral Presentation awardee |
| 4:45 pm - 5:05 pm | The Capacity of Citizens to Compute Mathematics: What is the Measure of an Algebraically Numerate Mind? Presented by: Sean Ferrill Advised by: Dr. Steve Johnson, Mathematics [abstract]Where is algebra included in discussions of basic mathematical literacy? This project examines algebraic content in the Program for International Student Assessment 2012 and the Common Core in light of claims that students should not experience "advanced" algebra in their education. |
Poster Presentations (5:15 - 6:30 pm)
Otto Miller Lobby and 2nd Floor
Biochemistry
Elizabeth Knodel. Identification of Stem-loop Motifs in the Secondary Structure of RNA. Advised by Dr. Daniel Schofield, Chemistry. [abstract]This project used a computational approach to analyze the frequency of various motifs within the secondary structure of RNA. Different loop sizes and the patterns of nucleotides within those loops were compared in terms of their relative prevalence and energetic stability.
Jack O'Hara. Split Spinach Aptamer. Advised by Dr. Wade Grabow, Chemistry. [abstract]Our research monitors the assembly of a six-sided RNA nano ring utilizing the split spinach aptamer. We want to maximize florescent of full ring formation relative to partial ring formation. Our current focus is to change base pairs on nonessential sites of the split aptamer to achieve this maximization.
Biology
Aly Adams. Characterization of fungal diversity is forest habitats. Advised by Dr. Ryan Ferrer, Biology. [abstract]The dynamics of fungal reaction to logging activity is poorly understood. The activity of fungal colonies could significantly influence the succession of the forest after disturbance. Here we examine the population of a recently disturbed plot of land in the Pacific Northwest to an old growth forest.
Leah Bouterse. Costs of group locomotion: A cross-cultural examination of effects on walking speed of group composition and loading. Advised by Dr. Cara Wall-Scheffler, Biology. [abstract]We recorded the speed, load carriage, and group composition of pedestrians in of Central Uganda and the Pacific Northwest to assess their effects on locomotor energy expenditure and how these effects may be culturally influenced. We find that walker sex and the presence of children significantly influence locomotor velocity.
Diana Cabrera, Azariea Bonner-Harris, Annie Spaulding, Cibelle Nassif, and the Fall 2016 Genetics class. Analysis of varied genes contribution in the Wnt and Mes-1/Src Pathways in Caenorhabditis elegans. Advised by Dr. Derek Wood, Biology. [abstract]We ran RNAi experiments on different genes believed to be involved in C. elegans embryonic intestinal development through a role in the Wnt pathway.
Mariah Conley. Exploring the Impact of Olfaction on Short-Term and Long-Term Maternal Recognition in Peromyscus californicus. Advised by Dr. Janet Bester-Meredith. [abstract]To elucidate the relationship between olfaction and retention of maternal recognition, we induced anosmia in California mice, and analyzed their behavior with their own pups and with foreign pups. In this pilot study, mothers retaining their sense of smell demonstrated a stronger preference for their own pup than anosmic mothers.
Emma DeBoer. Soil metagenomic analysis of forested and deforested areas. Advised by Dr. Ryan Ferrer, Biology. [abstract]A molecular comparison of the biodiversity of eukaryotic microorganisms found in six different soil samples from Blakely Island, WA. The samples were obtained from a clear cut area of forest and an old growth area of forest. The ribosomal DNA of eukaryotic microorganisms was extracted and processed to acquire raw data that were analyzed for taxonomic biodiversity.
Cori L. Kruger Domes, Aimee D. Sokol and Ashley N. Blair. Visualization of putative synapses between interneurons of the pond snail Lymnaea stagnalis using dual fluorescent dye labeling. Advised by Dr. Rick Ridgway, Biology. [abstract]Specific localization of known synapses between interneurons within central ganglia of the Lymnaea stagnalis nervous system were identified using a dual labeling technique. Microelectrode injection of the highly fluorescent dyes Lucifer Yellow and AlexaFluor 568 hydrazide provides a superior method for synaptic zone visualization. * Best Poster awardee
Simone Herzberg. Preventable Adverse Safety Events and Measured Teamwork in Pediatric Simulations. Advised by Dr. Jeanne-Marie Guise, OHSU. [abstract]Serious adverse safety events and errors caused by the healthcare system are the leading cause of preventable death in the U.S. We examined the association between adverse safety events and measured teamwork. Our goal was to examine the relationship between measured teamwork and adverse safety events in the prehospital emergency care of children.
Rachel Johns and Marika McCue. Endocrine-induced stress response in the sea anemone, Anthopleura elegantissima. Advised by Dr. Ryan Ferrer, Biology. [abstract]We researched temperature and light based Aggregate sea anemone responses to the stress hormone anthropleurine.
Blake Metcalf and Zoë Shelton. Abnormal kidney parameters linked to satin disease in Cavia porcellus. Advised by Dr. Cynthia Bishop, Biology. [abstract]Our research focused on a disease known as osteodystrophy, or satin disease, found in satin guinea pigs. This is a calcium metabolism disorder with unknown pathophysiology. We collected and processed urine and blood samples from numerous satin guinea pigs to further investigate the cause of this disease.
Skyler Muchmore, Aly Adams, Vladislav Vlasenko, and Jeremy Lee. Replacement Series Assay of E. coli Variants Containing Different ProC Genes from Agrobacterium tumefaciens C58. Advised by Dr. Derek Wood, Biology. [abstract]Two E. coli variants containing Agrobacterium tumefaciens C58’s two redundant proline genes were grown together at different concentrations to elicit competition in a manner that may demonstrate one genes superiority. Results showed that ProC2 would outcompete in the short-term, but in the long term no competition was shown.
Kara Paolisso. Troubleshooting a UV-Vis Assay used to Quantify Dopamine Released by the Marine Alga, Ulvaria obscura. Advised by Dr. Rick Ridgway, Biology. [abstract]Dopamine can be reacted in the presence of p-aminobenzoate to form an adduct measurable by UV-Vis spectroscopy. We hope to apply this assay to quantify dopamine released by Ulvaria, but have had issues obtaining consistent data comparable to HPLC assays. Here we report possible ways to minimize discrepancies in data collection to move the project forward.
Hannah Rodrigues. The Effects of Isolation on the Genetic Variation in the Black-tailed Deer Population of Blakely Island, WA. Advised by Dr. Jenny Tenlen, Biology. [abstract]The purpose of this research is to assess the genetic variation in the isolated black-tailed deer population of Blakely Island, WA, to determine if there is evidence that the deer are inbred. DNA was collected and sequenced from deer blood samples, then analyzed and compared in order to determine levels of genetic diversity and how inbreeding may be effecting this population.
Annelise Shrader and Elayna Boot. Effects of Training on Optimal Running Speed. Advised by Dr. Cara Wall-Scheffler, Biology. [abstract]We are currently in the preliminary stage of investigating the effects of different training programs on optimal running speed. Participants are given a training schedule that includes either speed or endurance training. We are hoping to see a significant difference in improvement of optimal running between the two training groups.
Annie Spaulding. Comparison of Nitrogen Content with Salinity of Ulvoid Algae in the Puget Sound Region. Advised by Dr. Tim Nelson, Biology. [abstract]Nitrogen content of Ulvoid algae was compared to the salinity of the water that it was taken from across the Puget Sound Area. Samples were taken and compared across two time periods, one month apart, during the late summer of 2016.
Braeden Wiebe. Identifying homologs of Notch signaling pathway genes in the tardigrade Hypsibius dujardini. Advised by Dr. Jenny Tenlen, Biology. [abstract]As an emerging model organism, studying development in tardigrades can give novel insight into the evolution and function of highly conserved processes. The Notch signaling pathway is one such process and is used to control cell identity during germline development. Isolating sequences for genes in this pathway has allowed us to analyze their phylogenetic relationship with other organisms.
Chemistry
Heidi Bacorn. Synthesis and Spectroscopy of Substituted Dibenzylidine Ketones. Advised by Dr. Kevin Bartlett, Chemistry. [abstract]Variously substituted dibenzylidene ketones have been synthesized by reaction between substituted benzaldehydes and a symmetrical ketone (acetone, cyclopentanone, or cyclohexanone). Both symmetrically and unsymmetrically di-substituted condensation products have been synthesized, as well as some mono-benzylidene derivatives. UV-Vis and/or fluorescence spectroscopy has been performed on selected compounds, to investigate the effects of the various substituents (-NMe2, -OCH3, -CH3, -X, -NO2) on absorbance and fluorescence wavelengths. Spectra have also been acquired in various solvents and pH in order to investigate the effects of polarity and protonation.
Joseph Heindel. Many-Body Decomposition of the Local-Mode Vibrations of Water Clusters. Advised by Dr. Daniel Schofield, Chemistry. [abstract]We predict the vibrational frequencies of strongly hydrogen-bonded systems based on the many-body interactions present within the system. Various water clusters are used as a proof of concept.
Emma Honeyman. The vibrational spectra of potential atmospheric aerosol precursors . Advised by Dr. Daniel Schofield, Chemistry. [abstract]The thermodynamics of several thioformic acid-water dimers have been investigated using explicitly correlated coupled cluster theory. The SH-stretching vibrational frequencies and intensities of the clusters and the parent monomers were calculated with a local mode approach. Clusters of thioacetic acid and other thiol containing molecules were also considered. The calculated vibrational frequencies will be used to guide future experimental efforts to detect these dimers in the gas phase.
Austin Mencke and Caleb Thompson. Exploring the reactivity of first-row metal complexes with redox non-innocent ligands. Advised by Dr. Samantha Robinson, Chemistry.[abstract]The condensation reaction between a pyridine starting material and a primary amine generates an iminopyridine ligand capable of binding first-row transition metal ions. We are studying the thermodynamic and electrochemical properties of these new complexes as redox-active catalysts for the reduction of C-O bonds. * Best Poster awardee
Computer Science
Charlie Ang, Jeannie Lee, Yonathan Yonathan and Addy Tran. HeartHopeHelp. Advised by Dr. Aaron Dingler & Prof. Elaine Weltz, Computer Science. [abstract]HeartHopeHelp is a location-based application on Android that pinpoints homeless individuals and share their stories to the public. Our main goal is to educate the public on homelessness around Seattle and hopefully have users contribute to the homeless.
Matthew Bowden, Zak Crabtree, Isaac Gutierrez, and Evan Wiederspan. Cell Swiper. Advised by Dr. Aaron Dingler & Prof. Elaine Weltz, Computer Science. [abstract]Cell Swiper is an image annotation software that will allow researchers who want to annotate large numbers of images for various purposes to do so quickly and efficiently. * Best Poster awardee
Matt G Hall, Brandon Duncan, and Gino Sahagun. Savour and Sip. Advised by Prof. Elaine Weltz and Dr. Aaron Dingler, Computer Science. [abstract]Our team has built a system called Savour and Sip (S&S); a tool for consumers to search for local restaurants, cafes, and bars. Our system will allow users to find various eating establishments by using different filters which separate restaurants based on whether they are locally owned, locally sourced, socially impactful, or have a low environmental impact.
Luke Hollenback, Sam Hoover, Evan Garcia, and Jacob Lindstrom. AKTVE. Advised by Prof. Elaine Weltz, Computer Science. [abstract]AKTVE is a mobile application that connects users of similar location, interest, and experience in the pursuit of an active lifestyle.
Elbethel Kelemu. Programming for motor controllers. Advised by Dr. Aaron Dingler, Computer Science. [abstract]I focused on comparing two programming languages (C# and Python) and how to use them for motors and graphical user interfaces.
Joe McMullin, Jared Williams, Ruby Wenzinger, and Jennie Martin. Hairball. Advised by Dr. Aaron Dingler, Computer Science. [abstract]We built a 2-D game for the Android platform. Our main character is a hairball and is able to run and jump as it navigates through different themed levels. The camera moves at a constant speed and the user has to keep a fast pace while avoiding enemies and obstacles along the way. The goal was to make a family friendly game that requires a low learning curve, and provides enjoyment for short bursts of game play.
Michael Reese, Nick Zamora, Farshad Ghodrati, and Joe Waldher. STEMschedule. Advised by Prof. Elaine Weltz and Dr. Aaron Dingler, Computer Science. [abstract]Advised by Dr. Melani Plett, Professor and Chair of the Electrical Engineering department at Seattle Pacific University, has consulted Sisyphus to construct a system that will allow schedule/room coordination among future professors of STEM departments at SPU.
Delsey Sabu, EJ Poulsen, and Napon Krassner. Grammar Crammer. Advised by Prof. Elaine Weltz, Computer Science. [abstract]Grammar Crammer is a simple web-application developed by FalconSoft for Software Engineering Series. It is designed for students to get helped on Grammar in addition to what is provided in class. * Best Poster awardee
Carlos R. Sahagun. Unreal Engine Game AI Research Project. Advised by Dr. Aaron Dingler, Computer Science. [abstract]Using core features from Nintendo's Bomber-Man, I made a game entirely from scratch using the free assets and resources at my disposal to making an unreal engine game of Bomber-Man. With a focus on Artificial intelligence, I made an algorithm that can beat human players.
Engineering
Eric Bryant, Michaela Fraser, Jordan Kollars, Brannon Molvik, and Jenifer Pitts. The Cataclysm 2000. Advised by Dr. Kevin Bolding and Dr. Adam Arabian, Engineering. [abstract]The Cataclysm 2000 is a system intended for delivering supplies to people in need after disasters in coastal locations. The system can be installed on a landing craft and will be able to transport and offload supplies using remote controlled operations.
Max Gettles, Alex Leitch, Andrew Weber, and Hussain Alhabeeb. Automated Coffee Preparation Machine. Advised by Dr. Daniel Keene, Engineering. [abstract]Many individuals enjoy coffee drinks and making a high quality, gourmet cup can be a time and labor intensive process. We are designing a machine to cut down on the preparation time needed to perform this task of making coffee.
Douglas Hansen, BryanEmanuel, Christopher Baak, Steven Banin, and Jeanina Botis. HEB^3 Pill Dispenser. Advised by Dr. Kevin Bolding, Engineering. [abstract]HEB^3's automated pill dispenser aims to increase patient independence by simplifying daily medication regiments. This pill dispenser includes remote caretaker dosage monitoring, controlled substance protection, and improved quality of life for patients.
Joseph Hey, Drew Stang, Yunwoo Choi, Edgar Soares, and Mohammad Almotaileq. Portable Water Filtration System. Advised by Dr. Daniel Keene, Engineering. [abstract]Our projects is a portable water filtration system. Our system is powered mechanically and forces contaminated water though a series of filters to get contaminates out. Our project is meant to help people in developing worlds gain access to clean water.
Daniel Houser, Nicholas Gustin, Mark Steinke, and Abdulrahman Alabbasi. GravRadio. Advised by Dr. Daniel Keene, Engineering. [abstract]Exploring the potential of a durable transistor radio that is powered by gravity for emergency relief.
Yuri Koval, O'Connor Griffith, Brandon Holper, and Elbethel Kelemu. TRICERATOPS. Advised by Dr. Adam Arabian, Engineering. [abstract]Fully enclosed, electrically assisted 3 wheeled vehicle
Matthew Leavens, Calvin Ibrahim, Caleb Meyer, Amy Sprossig, and Wylie Louie. K.G.A.G.. Advised by Dr. Kevin Bolding and Advised by Dr. Adam Arabian, Engineering. [abstract]K.G.A.G. is partnering with Shalom Ormsby, founder of the Luke hand project and father of our first client, Theo. Our hope is to create an effective, technologically advanced prosthetic so that people can look past the disability. Furthermore, all research and development will be open source.
Tyler Loeber, Natalie Holmstedt, Ali Al-Thani, and Luke George. Falcon Tennis Trainer. Advised by Dr. Daniel Keene, Engineering. [abstract]The Falcon Tennis Trainer is a tennis ball-dispensing machine intended for use by the tennis player in training who wants to receive an immersive practice experience but may not be able to afford a country club membership.
Michelle Louie, Nathan Anselmi, Tristan Sanders, Aaron Coe, and Jon Casarrubias. Junior Design - CNC Plasma Table. Advised by Dr. Daniel Keene, Engineering. [abstract]The SPU machine shop has a hand-held plasma cutter for which we will be building a computer controlled table and carriage that performs precise, computer designed cuts on sheet metal.
Hunter McSwain, Josh Haugen, Jacob Young, and Rega Bamouni. Acoustic Listening Platform. Advised by Dr. Adam Arabian, Engineering. [abstract]Senior design team Wax On, Wax Moth, has designed an acoustic listening platform to be used in conflict areas which will be able to discern the type of aircraft and heading in order to give civilians an early warning of a potential airstrike.
Sean Muir, Max Osgood, Ian Grissom, Barrett Estep, and Nathaniel Freed. Seastar: Lifeguard Drone. Advised by Dr. Kevin Bolding and Dr. Adam Arabian, Engineering. [abstract]Seastar presents their concept for an autonomous lifeguard drone and how it can used at both guarded and unguarded beaches
Erin Rowand, Logan Bryan, Noi Brown, and Joe Waldher. Solaris. Advised by Dr. Daniel Keene and Prof. Don Peter, Engineering. [abstract]A solar-powered, portable, easy-to-operate battery that will allow users to charge devices via 12V and 5V outlets. This device aims to be low-cost while supplying sufficient amounts of power, in a wide range of applications, including benefiting developing countries and disaster zones effectively.
Courtney Shaw, Stephanie Ellis, Hugo Ramiro, and Garrett Berkey. Simply Radishing. Advised by Dr. Daniel Keene, Engineering. [abstract]We set out to build a small personal self-automated collapsible modular greenhouse. One of the main facets is that each greenhouse unit is modular, where one can connect multiple greenhouses together to create a larger community of greenhouses and gardening, fostering many different fruits and vegetables.
Josiah Zering, Andrew Erne, Kyra Brannan, Kevin Snyder, and Daniel Berendsen. OttoBox. Advised by Dr. Kevin Bolding and Dr. Adam Arabian, Engineering. [abstract]Security mailbox to reduce package theft.
Mathematics
Sierra Decker, Brittany Dygert, and Laura Wood. Autonomous Automobiles: Data-Driven Cellular Automota Models. Advised by Dr. Wai Lau, Mathematics. [abstract]Solution to Mathematical Contest in Modeling Problem C: modeling the impact of self driving cars on Seattle traffic.
Xiaoxue Hu, Rebecca Lampman, and Elise Bishoff. Modeling Airport Security Lines. Advised by Dr. Wai Lau, Mathematics. [abstract]Using different mathematical techniques, this project models the wait times and flow of flight passengers through TSA security checkpoints.
Jennie Martin, Dao Nguyen, and Mary Kate La Bar. Moving to Mars: Creating a Sustainable Society with Optimal Happiness and Economic Output. Advised by Dr. Wai Lau, Mathematics. [abstract]Our MCM competition paper deals with determining the best policies and make-up for “Population Zero” that will be going to Mars (as given by the problem statement.) The goal was to create a Utopian society that maximized economic output and societal happiness by considering factors of income, education, and equality.
Leslie Mavrakis. Knot Theory: A Polynomial for Unoriented Links. Advised by Dr. Sandy Ganzell, St. Mary's College of Maryland. [abstract]The Jones Polynomial is a well known invariant used by knot theorists to tell some mathematical knots apart. However, when studying links, a change in orientation can cause the Jones Polynomial to yield different polynomials for the same link. Seeking to resolve this inconsistency, we create the U-Polynomial which offers an alternate invariant for unoriented links. Further, we compare the Jones Polynomial and the U-Polynomial, and what each can tells us about the knot being studied. * Best Poster awardee
Theresa Maloney, Delsey Sabu, and Caroline Buck. Skyrocketing Wait Times. Advised by Dr. Wai Lau, Mathematics. [abstract]We model passenger flow through airport security checkpoints. We identify bottlenecks in the current security process and develop potential modifications to the current process to increase throughput.
Physics
Matthew Bowden. Visualizing Vector Geometry . Advised by Dr. Kara Gray, Physics. [abstract]I worked on a tool to visualize divergence and curl, specifically for application in Electricity and Magnetism classrooms. http://bowdenm.cs.spu.edu/construct/divcurl
Sierra Decker. Shifts in Students Views about Diversity in Physics. Advised by Dr. Abigail Daane, Physics. [abstract]In introductory physics, we taught a weeklong equity unit, attempting to explicitly highlight the underrepresentation of people of color in physics. In this presentation we share pre and post student reflections about their thoughts regarding inequity that demonstrate a shift in students’ views about the importance of diversity in physics.
Eun-Hee Shin. Fabry Perot Interferometer. Advised by Dr. John Lindberg, Physics. [abstract]An investigation into the Fabry Perot Interferometer for use as a wavelength selective device.
Keynote Address (7:30 - 8:30 pm)
Otto Miller room 109
Our keynote speaker is Dr. Richard Feely, Senior Scientist at NOAA Pacific Marine Environmental Laboratory in Seattle, who will discuss "Ocean Acidification: What are its impacts now and in the future?"