@onu.eduThomas Stickeny Ohio Northern University Department of Mechanical Engineering Ada, Ohio45810 t-stickney@onu.eduAbstractHydroturbines provide a valuable source of renewable energy when flowing water is available,offering an efficient way to harness the natural movement of water for power generation. Tosupport hands-on learning in renewable energy and fluid dynamics, a mechanical engineeringprofessor teaching a Renewable Energy course has requested the development of experimentalequipment that will allow students to evaluate the performance of various types of turbinesunder different hydraulic conditions.This capstone project involves the design, fabrication, and testing of turbine modulesrepresenting the three main types of hydroturbines: radial
Senior Capstone ProjectAbstract: This paper presents the results of a real-world design project involving both undergraduateengineering and business students. The project involves the design, development, andprototyping of a next generation pallet rack column guard. The guard allows for the engagementand protection of a storage rack upright (column) from an impact force by an external objectsuch as a forklift. The guard protects the storage rack by absorbing and damping the resultingimpact force. The guard is constructed from an injection-molded thermoset elastomer.Elastomers can store and release more potential energy per unit mass (or volume) than steel andplastic guards. This translates to greater energy absorption which will help preserve
Paper ID #49437Improving Statistics Education at Wright State University with Design ProjectBased Learning, Problem Solving, and Peer ReviewDr. Trevor Joseph Bihl, Wright State UniversityDr. Terry Lynn Oroszi, Wright State UniversitySubhashini Ganapathy, Wright State UniversityJeffrey B. Travers, Wright State University ©American Society for Engineering Education, 2025 Improving Statistics Education at Wright State University with Design Project Based Learning, Problem Solving, and Peer ReviewAbstractWidespread knowledge of statistical methods is essential in engineering and medical disciplines,primarily for experiment
Approach to Sustainable Material Selection Balancing Trade-Offs with Ashby ChartsAbstractThis paper explores the integration of Ashby charts into a Mechanics of Materials laboratorysession to enhance systems thinking and promote sustainable material selection amongundergraduate engineering students. The activity was designed around the EntrepreneurialMindset principles of Curiosity, Connection, and Creating Value while leveraging resourcesfrom the Engineering for One Planet framework. Students engaged in a two-week project toevaluate construction materials for a structural element, balancing trade-offs between propertiessuch as strength, density, stiffness, cost, and environmental impact. By creating Ashby charts,analyzing
of increasing the number of women in STEM and creating effective methods for introducing young children to CS concepts and topics. Dr. Coffman-Wolph’s research interests include: Artificial Intelligence, Fuzzy Logic, Software Engineering, STEM Education, and Diversity and Inclusion within STEM.Dax Amburgy, Ohio Northern University Dax is a Senior Computer Science Major with a Concentration in Cybersecurity. He has experience in many different programming languages including C++, Java/Kotlin, Python, and Powershell. Dax has worked in many different areas including data analysis, operating systems, task automation, networking/network security, and microcontrollers. His largest solo research project was Text To
Paper ID #49546Improving the use of online resources to enhance efficiency of the ProblemBased Learning in Engineering EducationRomain Kazadi Tshikolu, University of Detroit MercyDr. Alan S Hoback, University of Detroit Mercy Professor of Civil, Architectural & Environmental Engineering, University of Detroit Mercy ©American Society for Engineering Education, 2025Improving the use of online resources to enhance efficiency of theProblem/Project Based Learning in Engineering EducationRomain Kazadi Tshikolu, Loyola University of Congo, DRC, kazadiro@udmercy.eduAlan Hoback, Department of Civil, Architectural
Sardahi* 3 , Asad Salem4 , Sudipta Chowdhury5 , and Brian Gazaway6 1-5 Department of Mechanical and Industrial Engineering, Marshall University, Huntington, WV 25705, webb424@marshall.edu,farris33@marshall.edu sardahi@marshall.edu, asad.salem@marshall.edu, chowdhurys@marshall.edu 5 CMI2 - Civil-Military Innovation Institute,Morgantown, WV 26505, bgazaway@cmi2.orgAbstractThis paper presents a student-led research project, supervised by faculty and sponsored by theCivil-Military Innovation Institute (CMI2), focused on reducing the physical burden on
Paper ID #49603Academic Advising AppBenjamin P Starling, Ohio Northern University Ben Starling is a senior student pursuing a degree in Computer Engineering at Ohio Northern University. He is currently working on his capstone project, which focuses on developing an academic advising application to streamline communication and enhance advising processes for students and faculty. Ben’s academic interests span both hardware and software engineering, with a strong passion for developing integrated solutions that bridge the two fields. After graduation, he aims to pursue a career in both hardware and software engineering.Kento
Paper ID #49606PolarBear DSP Digital Effects PedalWesley Cole Hanson, Ohio Northern UniversityCody Beagle, Ohio Northern UniversityAaron Altstaetter, Ohio Northern UniversityAmari Shamar Patterson, Ohio Northern University ©American Society for Engineering Education, 2025 Polarized Sound (DSP Digital Effects Pedal)Introduction:This paper will detail a senior project in which the team design a digital effects pedal formusicians. This effects pedal will give a user the ability to experience a variety of guitareffects that they otherwise would have to purchase individually, all in the
a B.S. in Electrical Engineering. He currently works part-time as an Automation Engineering intern at Crown Equipment Corporation and has accepted an offer to go full-time in June. He is interested in researching automating software development for speeding up the development process. ©American Society for Engineering Education, 2025 Design of a Greeting RobotIntroductionThe Greeting Robot is a collegiate-level capstone design project aimed at developing astationary, humanoid robot capable of interactive engagement. The project consists of designingand building a robot that recognizes and responds to verbal interactions, answers questions aboutthe college it
. IntroductionThe increased use of microcontroller systems in solving industrial control problems has led to ageneral acceptance of microcontroller knowledge in other areas of engineering such asmechanical and biomedical engineering. An area that has normally been reserved for electrical orcomputer engineers is now multidisciplinary [1], integrating digital electronics, communications,and computing with a variety of systems ranging from medical to biological. With these newenhancements, microcontroller-based teaching has evolved over the past few decades. Thesechanges range from project-based microcontroller teaching that emphasize real worldapplications to the introduction of new educational tools such as robot kits. This new approach toteaching about
entities a starting point to learn and adapt for thesurvival tasks they need to complete. From there a task is given to them, in this case we are looking on two groupsto be established at random and for does groups to be compromised as runners and seekers. The task from does setgroups will be, seekers need to catch the runners and hiders must run from them in a limited amount of times. The 1seekers who caught their target get to survive, while does who did not die on the spot. As for the opposing team willapply the same principle but with the idea of preventing from getting caught. For developing this project as a whole, I developed the project using Unreal Engine. The idea behind using
for Engineering Education, 2025Work in Progress: A two-way learning street: Near-peer college students enhance highschool after-school STEM club opportunities.AbstractThis work-in-progress paper presents a novel way of teaching college and high school studentsby pairing groups of high school and college to help the high school students create a year-longcommunity-based research project (CBRP)as a requirement for the Health Science TechnologyAcademy (HSTA) in two high schools in West Virginia. The college students assist, teach, andguide the high school groups in organizing their CBRPs. Both peers and students learn thescientific method, survey and experimental design, data collection and cleaning, statisticalanalysis tools, presentation
System for Military Applications Erin Webb1 , Josie Farris2 , Lydia Hittle2 , Yousef Sardahi* 4 , Asad Salem5 , and Mallory Lind6 1-5 Department of Mechanical and Industrial Engineering, Marshall University, Huntington, WV 25705, webb424@marshall.edu,farris33@marshall.edu, hittle@marshall.edu sardahi@marshall.edu, asad.salem@marshall.edu 5 CMI2 - Civil-Military Innovation Institute, Morgantown, WV 26505, mcoleman@cmi2.orgAbstractThis paper details a student-led research project, supervised by faculty and funded by the Civil-Military Innovation
their detection and response. This paper is anindividualized development project of an AI-driven wildfire detection system that uses Bitcraze'sCrazyflie drones, where Bitcraze has developed supplemental hardware like the AI deck, flowdeck, and multi-ranger deck. The starting part of this project uses OpenCV-based image processingto identify potential wildfires. Currently, the implementation only looks at the use of a single droneand its capabilities, while, hopefully in the future, the work will integrate advanced AI-based objectdetection and autonomous swarm control for more advanced scenarios. This research, funded by****, shows potential for compact and affordable drones in wildfire response. The earlyapproaches show promise and practicality
undergraduate research and service learning. Brief highlights of bothof these two techniques are provided next. This paper later describes involving undergraduatestudents in a project in a highway engineering course using a combination of both undergraduateresearch and service learning. It will present some findings and provide some recommendations.Importance of Engaging Undergraduate Students in Research Projects:Engaging undergraduate students in research activities has long been proven to be an effectivemeans of learning. Although this movement started in scientific academic programs [1] likeengineering, it quickly expanded to include other disciplines as well like arts and humanities.The literature is saturated with articles which are testifying to
usingopen-source and off-the-shelf components that can convert old utility vehicles like golf carts intoautonomous SMVs, thereby making localized autonomous driving more accessible and offeringa solution for students with mobility issues across campuses nationwide.This project focuses on developing a computer-controlled sensor suite that retrofits an electricautonomous driving package into SMVs. The retrofit systems are primarily designed for golfcarts or other small utility vehicles. The system enables semi-autonomous driving onpredetermined routes. As a commercial product, it would be primarily intended for university orother campus-style facility use. Applications include aid for those with mobility impairments aswell as research and development
Paper ID #49569Office Message BoardMr. Brian Scott Downey, Ohio Northern UniversityAnthony MiddletonJared Timmerman, Ohio Northern UniversityTeagan Hendricks, Ohio Northern UniversityAiden Tallet, Ohio Northern University ©American Society for Engineering Education, 2025The Office Message Board Design and ImplementationAbstract This project aims to provide faculty at ONU with an efficient tool to communicatechanges in availability to students. Changes in availability can cause confusion between studentsand faculty. Our design will provide students with up-to-date information on their professors'whereabouts, letting them know when
engineering work, indicating that they had some initial level ofknowledge of the professor’s experience. As the university in question is relatively small, it islikely that they had heard some background on the professor from friends who had previously hadthem.In the category of Questions about professor’s current teaching career, students were mostinterested in the professor’s motivation to teach, favorite courses taught, and why they had chosen Table 2: Example Questions for Each Category Category Example Questions about professor’s I would learn more about what your controls engineering past industry experiences work looked like on a day-to-day or project basis Questions about professor’s
Paper ID #49489A Literature Review of Transdisciplinarity in Engineering EducationShuyu Wang, The Ohio State University Shuyu Wang is a Ph.D. student in the Department of engineering education at the Ohio state university. Currently, she is a graduate research associate in an NSF-funded project aiming to train students to become wicked scientists through transdisciplinary approaches. Shuyu is also a member of the Research on Identity and Motivation in Engineering research group, led by Dr. Rachel L. Kajfez, focusing on studying the intersection between motivation and identity to improve engineering students’ success.Dr
-reviewed publications. Dr. Narman has received several awards, including the Weisberg Service Award, Academy of Distinguished Teachers Award, and Marshall University Distinguished Artists and Scholars Junior Category Award. ©American Society for Engineering Education, 2025 Mindset Matters: Exploring Grit and Attitudes in Engineering and CS Undergrads in an NSF S-STEM funded program Cartwright, T.J., Snyder-Yuly, J., Yoo, W-K., Narman, H. Marshall UniversityThe Project-Based Work Studio (PWS) is designed to increase the participation of women andunder-privileged students in computer science, engineering, and technology disciplines. Itsfocus
delivered.IntroductionEnvironmental Engineering and Civil Engineering are among the top professions within theengineering field. Despite their high rankings and critical societal roles, both fields facesignificant workforce shortages projected to persist over the next decade. Addressing thischallenge requires collaborative outreach efforts by industry, academia, government, andnonprofit organizations to attract new talent.This paper presents a new collaboration among a nonprofit organization, a medium-sized for-profit engineering firm, a government agency, and an academic institution to support one of fourtracks in a major outreach event. The event is titled "Blue Planet Jobs: Careers in Water," and itis aimed to inspire high school students to explore careers related to
mayhappen.Also, beginning in 2021, several groups of students asked for permission to build capstoneprojects with both Robots and PLCs. Vision was also a consideration.Tying the two or three together as a unit was the primary goal. Developing programs in eachthat would control a process was seen as the next step in the development of projects that workedmost closely with those found in the workplace.Also, noticed was that students working on these projects tended to receive the best job offers,some approaching $100K and a few reaching this lofty goal. And they were successful in theirjobs once in the workforce.The course that was developed including Robots, PLCs and vision was a direct result of thesecapstone efforts. If students are asking for the
Research and Transportation. He also holds a B.Sc. in Civil Engineering from Khulna University of Engineering & Technology. Dr. Pasha’s research interests include, but are not limited to, operations research, optimization, simulation modeling, supply chain management, transportation systems, transportation safety, transportation economics, and natural hazard preparedness. He is actively involved with several committees of the Transportation Research Board and the American Society of Civil Engineers.Dr. Ikechukwu P Ohu Ikechukwu Ohu is an assistant professor of industrial engineering at Gannon University, Erie, PA. He works on projects relating to the (physical and cognitive) ergonomic support of grocery store
effectiveness of teaching topics such assustainability, LCA, and renewable energy4,5. A five-year research project was conducted toanalyze how sustainable development (SD) was introduced into technological universities6.Theresearch found a lack of teaching in the areas of social and attitudinal aspects of sustainability.Furthermore, the findings showed that courses applying a more community-oriented andconstructive, active learning pedagogical approach increased students’ knowledge of SD.The literature survey findings and emerging engineering ethics criteria of ABET and otherprofessional organizations paved the way to reevaluate the curriculum to respond and act. Thispaper highlights preliminary research conducted and the initiation of action to
first-year engineering students, which can be integrated into engineeringevents to enhance learning outcomes [7].Incorporating project management methodologies into educational initiatives can further enhancetheir effectiveness. O’Toole (2005) explored the parallels between event management andstandard project management, providing insights into the logistical and pedagogical planningrequired for successful engineering festivals [8]. These frameworks ensure that events are notonly engaging but also deliver measurable educational outcomes. In this case, graduate teachingassistants from the department are learning a variety of project management skills through theimportant behind the scenes activities and duties as well as organizational skills
prepares learners for the complexities of the modern world.2.2 Strengthening Practical Application of KnowledgeTraditional education provides a strong theoretical foundation, but students often struggle toconnect abstract concepts to real-world applications, particularly in STEM fields [5].Foundational knowledge is essential, yet integrating hands-on learning, internships, and project-based activities reinforces understanding and prepares students for practical challenges.Experiential learning offers students direct engagement with real-world problems, bridging thegap between theoretical knowledge and practical application. This approach, when integratedwith structured traditional methodologies, enhances student comprehension and retention
fill these gaps, the present study aims to evaluate the influence of participation ofstudents in automation, robots, and coding clubs on their academic excellence and preferencestoward STEM fields as careers in the future.4. Methodology The STEM catalyst cohort model is best suited for this project because it aims to providehands-on training, information, and new learning to marginalized students. Middle and high schoolstudents will be grouped in cohorts in this club. Each cohort will be supervised by a competentteacher with teaching and working experience in STEM fields. In each cohort, mentors will giveequal attention to all students and they guide them to their particular area of interest in STEMfields. In the club, game-based
was a Virtual Design and Construction (VDC) manager at an engineering design firm in Chicago, where he managed multi-million projects (i.e., Wrigley Field restoration and expansion project). Dr. Alzarrad is a PMP©, CPEM©, and the Director of The Engineering Management Graduate Program at Marshall University.Sungmin Youn, University of Texas at El Paso I am an Associate Professor at the University of Texas at El Paso, focusing on environmental engineering and nanotechnology. My research involves the fate and transport of contaminants in engineered systems and sustainable developments for cementitious materials. I have published impactful articles and secured several external grants for projects from the EPA, NSF
© 2025American Society of Engineering Education 1AbstractWritten communication is an essential skill for civil engineers working in the consulting field. Theresults of field and laboratory investigations typically include a report, and, in some cases, thereport is the entire artifact of the work. The clients are broad, ranging from other professionals inthe field to persons with no technical background. The engineers writing the reports need toidentify the possible audiences for the report and write for that audience or audiences. Theengineers writing the report need to know the technical aspects of the project; however, this is theprice of entry to the consulting industry. The engineers writing the report also need to