Open Mic Night
Everyone has a talent! Student Demetrius Johnson will provide at least two venues for students, faculty and staff to showcase their acting, music, poetic and other talents through the LTU Open Mic Night project. Working with guide Dr. Jason Barrett in the HSSC department, Demetrius will coordinate the planning, promotion and execution of these events.
Engine tuning guide for aftermarket Engine Management Systems
Guide: Holly Helterhoff
In this Quest project Alex Zarembo and Matt Antrobius (U of M) combine their passion for automotive technology with their careers in computer science and electrical engineering. This project will cover aspects of engine management tuning and calibration. A variety of skills are needed to complete this project including: fabrication, computer, time management, collaboration, research and technical writing. As a proof of their concept toward the end of the project they will be taking the compiled information and applying it by tuning their own vehicles on Lawrence Tech's chassis dynamometer. The end result will be a guide that details how to properly setup and tune an aftermarket engine management system for maximum performance. This guide will be posted electronically so that their automotive peers can benefit from their knowledge and research. Currently Alex and Matt have three outside sponsors for this project: Hondata, ECMTuning and RC Engineering.
In this project Arts and Sciences (psychology) student Andrew Miller used the LTU library and other resources to research the history, science and legal aspects of polygraph testing. He then developed and tested a polygraph laboratory module to be used in our Forensic Summer Science Institute. At FSSI, Andrew presented his polygraph research and led the students through his laboratory exercise with each student getting the chance to record and analyze their own polygraph. As the final piece of his project, Andrew will present a seminar at an upcoming LTU symposium. Through this project, Andrew gained valuable insight into literature searches, experimental design, data analysis, and research dissemination.
In this project computer science student Mark Avenius will prepare a paper for publication in the Journal of Visual Communication and Image Representation. The purpose of this research is to prepare a journal paper in the area of Mobile Multicast Communications (MMC). Dr. Roshanaei will work with the student to write a journal paper from two completed ITU-T X.mmc-1| ISO/IEC 24793 standard drafts. The title of the paper is "Mobile Multicast Communications (MMC)": Mobile Multicast Communications (MMC) is used to support a variety of multimedia multicasting services in the IP-based wireless mobile networks as well as the wired fixed networks. The MMC is targeted at the real-time one-to-many multicast services and applications over mobile communications networks. This implies that the MMC will focus on the multicast services rather than the broadcast services, and only the authenticated users could be allowed in the multicast session. The MMC will also consider the one-to-many multicast session, in which a single multicast sender is allowed in the session, rather than the many-to-many multicast services. In addition, the MMC will be targeted at the real-time multicast session rather the reliable multicast session, and the timely delivery of multicast data will be considered as a key factor.
In this project Environmental Chemistry major Johanna Dolch is seeking to improve the world by reducing pollution and by finding low cost alternative energy solutions to expensive foreign petroleum. Excessive growth of cladophora in the Great Lakes has become a cause for concern that threatens to upset the delicate ecosystem of Michigan's Great Lakes. Because the Midwest is heavily polluted and also reliant on fossil fuels, Johanna is studying the effects of pollution on algae growth. After consulting the scientific literature, Johanna is working with the hypothesis that algae growth may be affected by absorption of pollutants produced by combustion of fossil fuels. Furthermore, if air pollutants do feed the algae, determining the lipid content (percentage) of harvested algae will tell us whether or not macroalgae are a viable alternative fuel that can be converted to biodiesel.
Compounds derived from living organisms, called natural products, have long served as an important source of inspiration in the quest to discover new therapeutic agents. Carbohydrates are integral constituents of many natural products and are particularly useful in the development of novel anti-cancer and anti-bacterial drugs. Warfarin, a commonly used anti-coagulant, is an interesting drug that was discovered at the University of Wisconsin-Madison. Recent research has shown that great therapeutic benefit is derived from adding a carbohydrate group to warfarin. In this Quest project, Ashley Croft and Joshua Wells will focus on expanding this synthetic research and testing new warfarin analogs for anti-cancer and anti-viral activity. Ashley will learn practical laboratory skills such as how to set up a synthetic reaction, characterize products, develop bioassays, and write scientific publications.
In this project, Computer Science Graduate student Emily Trudell and one or two computer science under graduate students will develop and maintain methodologies, procedures, and web-based database tools to assess the impact of autonomous robotics competitions in Science, Technology, Engineering, and Math (STEM) education. Competitions can drive students to work harder resulting in better acquired skills. We believe that students participating in robotics competitions will improve STEM skills as well as demonstrate skills they would not have gained outside of the competitions. To prove this we need measurable data to quantify the student's experiences. We can use this data to highlight successes and determine areas of improvement. The purpose of the research is to quantify and analyze students' improvements in STEM skills through autonomous robotics competitions that require computer programming as a major work. The result will also show how effective a robotics competition is at educating them. The students would be assessed before and after a competition to see if their skills change. Another group of students who did not participate in the competition would act as a control group, and also take the pre and post assessments. To accomplish these tasks, a set of web-based database tools is needed to allow for easy test creation, collecting data, and data analysis. This research will be published in a journal on educational technologies.
The objective of this research is to develop a hands-on labs instruction for Wireless networking. Christopher Casciano will research for the development of this lab's instruction. The main area of these hands-on labs includes but not limited to the following: Comparing wired and wireless systems, exploring the differences between Bluetooth and Wi-fi, Wireless LAN devices and standards, IEEE 802.11 physical layer standards, Media access control and network layer standards, Planning and developing a wireless LAN, Wireless LAN security, Managing a Wireless LAN, Network Setting and wireless LAN troubleshooting.
In this project, computer science student Christopher Harris will work with Dr. Maryam Roshanaei to develop a contribution on wireless sensor networks, based on Technical document of International Standard organization (ISO), International Electrotechnical Commission (IEC), and joint technical Study Group on Sensor Networks (SGSN). The purpose of this research is to establish standards for all aspects of SN applications and services that are accepted by the international SN community and industry. In addition, this project will involve identifying and studying SN standardization need areas with industry experts, in an effort to develop the international SN standards.
In this Quest research project, John Camardese and Alexander Prescott will enroll in Chemical Sciences Project 1 (CHM4912) or Physics Project 1 (PHY4912), and under the close supervision of GM research Dr. Adam Timmons, and Lawrence Tech faculty Dr. Anthony Sky, will use the principles and practices of materials science to develop a better understanding of electrode materials for advanced lithium-ion batteries. Students will work six hours per week on-site (at GM R & D Center and/or Lawrence Tech) and two hours per week at home. Since the preparation of materials for the Li-ion batteries and the conditions under which the batteries work affect both the durability of those materials and the performance of the battery, potential Quest projects could involve electrochemical, structural/compositional, physical or surface characterizations, or any combination thereof. As part of the Quest requirements, students will make a presentation at Lawrence Tech to faculty and students at the conclusion of the project.
In this project, Tristan Maerz is working on an injectable, environmentally-responsive hydrogel for the localized and sustained delivery of proteins aimed at encouraging the regeneration of fibrocartilagenous tissues once the hydrogel is injected into the body. This work is being performed in collaboration with the Orthopaedic Research Laboratories and Department of Orthopaedic Surgery at Beaumont Hospitals. The long term goal of our research is the repair of soft tissues such as cartilage. The project entails the submission of a research proposal, the extensive research on the use of hydrogels as drug-delivery media, vast project management, the chemistry-intensive synthesis of the hydrogel, as well as the analysis of its effectiveness in an in vitro cell culture and an in vivo animal model. The cooperation between Lawrence Tech's Life Sciences Division and William Beaumont Hospital Departments makes the project a perfect example of team work in large institutions besides being a frontier-research Biomedical Engineering project.
In this project Lindsey Mitchell will research the literature on photovoltaic panels. Lindsey will record the her sources in a research journal. After being introduced to the equipment she will collect data measurements of voltage and current that is supplied to the panels. This data will be taken many times at different angles with different temperatures indoors and outdoors. The time spent working with the photovoltaic equipment will be logged on a record sheet. She will also review data that has been taken over the past several years and correlate any similarities or dissimilarities. She will complete a final portfolio summarizing her results, and then present her project at LTU's Open House in April.
In this project Meagan Richardson-Frazzitta will work on a variety of projects pertaining to various subjects within the field of Orthopaedics at Beaumont Hospital. In the first few months of her project, she will be cleaning, classifying, and analyzing failed orthopedic implants/devices, and becoming acquainted with the lab. Following this, she will be participate in studies on improving orthopedic devices by discovering and repairing their flaws, and even designing new devices. Once she becomes well acquainted with the study and design process, she become a main contact for studies with the guidance of the staff in the lab. She will gain valuable experience in public relations, analytical skills, the engineering design processes, working in orthopedics, and much more. This experience will give Meagan a cutting edge when seeking employment near graduation.
Plant pathogens are microbes which cause diseases in plants. They are an important economic and environmental problem. Study of the basic biology of plant pathogens should help us to predict and possibly prevent large infections of crop plants. It could also reveal new targets for pesticides. Pseudomonas syringae pv. tomato strain DC3000 (Pst DC3000) is a bacterial plant pathogen. It can infect both the economically important crop plant tomato as well as the model plant species Arabidopsis thaliana. Although other factors may be involved, it is known that Pst DC3000 virulence is dependent upon both the phytotoxin coronatine and the proteins secreted by the type III secretion system. Neither coronatine production nor the secretion of proteins by the type III system is constitutively active. While we are beginning to understand the regulation of these important processes, many factors remain unknown. Previous work has suggested that the SOS response may be involved in regulation of virulence. In this project, Derek Waterstradt proposes to generate additional mutants which lack components of the SOS pathway. The virulence, UV tolerance and general stress response of these mutants will then be evaluated.
In this Quest project Anna Vantsevich and Ryan Hollingsworth will develop accessible laboratory experiments that can be easily imitated in a classroom environment to showcase the efficiency of green chemistry, while lowering the use and generation of toxins. This will be accomplished by performing four or more experiments exploring the concepts of molecular modeling, solventless reactions, chemical kinetics, recrystallization, crystal engineering, and photochemistry. The evaluation and comparison of these experiments will be done using the twelve principles of green chemistry enumerated by Paul Anastas and John Warner in 1998. These experiments are beneficial for students because the new subject of green chemistry provides an alternative career pathway to those who want to preserve the environment and improve the quality of life. This project will provide students and the Quest audience with practical knowledge about the emerging field of green chemistry.
Competitions improve students' science, technology, engineering, and math skills. To prove the unique benefit of interdisciplinary robotic competitions we need measurable data that quantifies the student's experiences. This can be acquired through short assessments given to a group of students before and after a robotics competition. Another group of students, who did not participate in the competition, act as a control group by also taking the same pre- and post-assessments. Methodologies including assessment questions, procedures and web-based database tools were developed to aid in this research. User friendliness was a key requirement. Robofest (www.robofest.net), an annual autonomous robotics competition for 5th to 12th grade students, was used to complete this research. Robofest challenges teams of students to design, build, and program robots. In this Quest Project, Emily Trudell developed a web-based assessment tool, allowing her to anonymously gather assessment data and analyze the students' performance, and integrate it into the website Robofest.org. This tool included functions for contacting competition coaches using the Robofest database, posting online assessments, gathering data, and analyzing results. The tool also generated unique codes to insure full anonymity for students.
Daptomycin and Tobramycin are antibiotics mixed into PMMA bone cement to kill bone infections. In this Quest project Tyson DeLandsheer is studying the amount of the antibiotics that elute from the bone cement over time, and whether these two different antibiotics effect elution levels. High Performance Liquid Chromatography will be used to find the amounts of antibiotic that are eluted form each bone cement sample. This information will be processed to find any trends between the different initial values of the antibiotics. The same experiments will be run under strain. This will more accurately represent a joint.
Dental Product for Consumer Use -- Materials Science
Guide: Yawen Li, Shannon Timmons, Daniel Boorstein
Students Joshua Wells and Erik Devito will research applications for specific areas of materials science to determine how to create an innovative new dental product aimed at consumers. The industry guide hopes to patent the resulting product. Wells and Devito will gain hands-on research and applied science skills.