AC 2010-1120: REAL-TIME VIDEO TRANSMISSION FROM HIGH ALTITUDEBALLOON: AN INTERDISCIPLINARY SENIOR DESIGN PROJECTBrent Guenther, Wright State UniversityBruce Rahn, Wright State UniversityMark Falknor, Wright State UniversityAdam Kelly, Wright State UniversityBin Wang, Wright State University Dr. Bin Wang is an associate professor of computer science and engineering at Wright State University, Dayton, Ohio.Zhiqiang Wu, Wright State University Dr. Zhiqiang Wu is an associate professor of electrical engineering at Wright State University, Dayton, Ohio. Page 15.1016.1© American Society for Engineering Education
encouraged to broaden their perspective to consider the concerns and impact of theUAV architecture options on other stakeholders such as soldier-operators, battalion staffs, battalioncommanders, logistics and support units, the Army’s Training and Doctrine Command, and the R&Dcommunity. As they began to see the complex set of tradeoffs inherent in deciding whether to invest inthe development and deployment of an additional UAV system, many expressed greater understanding ofthe need for analytic tools to address other important decisions involving multiple objectives which mightbe in contention with one another, as well as a greater understanding of the uses of quantitative modelingtechniques. Student appreciation for the value of systems
encouraged to broaden their perspective to consider the concerns and impact of theUAV architecture options on other stakeholders such as soldier-operators, battalion staffs, battalioncommanders, logistics and support units, the Army’s Training and Doctrine Command, and the R&Dcommunity. As they began to see the complex set of tradeoffs inherent in deciding whether to invest inthe development and deployment of an additional UAV system, many expressed greater understanding ofthe need for analytic tools to address other important decisions involving multiple objectives which mightbe in contention with one another, as well as a greater understanding of the uses of quantitative modelingtechniques. Student appreciation for the value of systems
session.INTRODUCTIONStorytelling has pedagogical importance in education and has long been used in the classroom.Back when science was being developed and passed along Aristotle and his peers used thespoken word, i.e. stories to teach all that they knew. Medical education has long realized thesignificance of stories and anecdotes and more recently articles show the practice in computerscience education. Christos Papadimitriou an electrical engineer argues that “Stories are in acertain intrinsic sense interesting, in that they are attractive, high-priority memory fodder.Everything else being equal, we are much more likely to remember a story than a logicalargument.” Now think about our typical student of today. In particular, the under-representedstudents need a format
is managed by the course instructor and the BUG Coordinator.CBED student learning objectives are fulfilled when students are more aware of their targetcommunity and its particular wants and needs, are able to develop a design which meets thoseneeds, are successful in communicating their designs, and are able to satisfy the communitypartner with their project results. Project documentation for this course is recorded through useof an electronic portfolio. Students record information regarding their own biography, teammembership, community partner, and project information. The project information requestedincludes a weekly reflective log entry of their individual efforts towards the project, along withteam documentation such as team contracts
electricalengineering professor to sign on as a Project Shhh! mentor, as well as enlisting a computerscience and engineering professor to give a workshop on his research in computer modeling ofpeople’s movements in complex spaces. We decided to create a LibGuide, which served as a homepage for the contest [18]. OurLibGuide included tabs for Contest Parameters, Timeline and Prizes, Useful Resources, Judging,and Terms and Conditions. While most of these tabs were a reminder of contest rules anddeadlines, the Useful Resources tab included a variety of information sources, such as priorstatistics about Dibner Library, tools like free decibel reader apps, and related subject databases.We also included all of the mentors’ contact information on the LibGuide
2025 ASEE Northeast Section Conference, March 22, 2025, University of Bridgeport, Bridgeport, CT, USA. Wildfire Detection Using Vision Transformer with the Wildfire Dataset Gowtham Raj Vuppari[1], Navarun Gupta[2], Ahmed El-Sayed[2], Xingguo Xiong[2] [1] Department of Computer Science and Engineering, University of Bridgeport, 126 Park Avenue, Bridgeport, CT 06604, USA. [2] Department of Electrical and Computer Engineering, University of Bridgeport, 126 Park Avenue, Bridgeport, CT 06604
most Page 8.712.1undergraduate BME curricula include one or more formal courses in systems physiology. Proceedings of the 2003 American Society for Engineering Education Annual Conference & Exposition Copyright © 2003, American Society for Engineering Education SESSION 2230Learning systems physiology, undergraduate BME students should develop some of their uniquecompetencies: a specialized vocabulary in biology or medicine, a specialized knowledge of theproblem-solving techniques of biology or medicine, a capacity to
George’s Community CollegeNeeharika ThakurDr. Scott D. Johnson, Prince George’s Community CollegeScott A Sinex, Prince George’s Community College ©American Society for Engineering Education, 2024 Open Educational Resources for supporting engineering education.AbstractDiscussion of Open Educational Resources (OER) is often limited to textbook cost but it is theflexibility and customizability of OER that makes them a best choice for education. To trulysucceed OER projects need to provide not only textbooks but tools and other resources neededtoday and they need to do so in a way that makes it simple (or as simple as possible) forinstructors and students. Platforms for OER must and are becoming educational
through the undergraduate or graduate curriculum. Effective academicadvising is considered a core requirement for student success in engineering programs. It mayoccasionally involve mentoring students in areas and activities related to their professionalsuccess such as advising on internships, co-ops, and industry-institute collaborated curricularprograms.Several strategies have been developed over the years to streamline the process and make it lesstaxing for both faculty and students. Among them are degree planning software, databasemanagement, online resources portal, office of undergraduate advisor, on campus student supportservices, student wellness, and experiential learning opportunities, to name a few.With the recent COVID crisis, as the
developed incollaboration with a professor from the Department of Health Sciences who was able to act in aclient-customer role. Students reflect on the educational advantages of the unique characteristicsof this project, which include: clear client-customer relationship, having a client on-campusrather than a traditional industrial client, and participating in an interdisciplinary project. 2IntroductionFor engineering baccalaureate programs it is common to require students to complete a senior“capstone” project. In order for a Mechanical Engineering Program to receive ABETaccreditation, it must include “a culminating major design experience that 1
reliable and sustainable civil engineering infrastructures. Real-timehybrid simulation seamlessly integrates physical testing with numerical simulation, thusproviding a cost-effective technique to evaluate seismic performance of large or full-scalestructures in limited size laboratories1. Figure 1 presents the schematic concept for real-timehybrid simulation. The structure is divided into experimental substructures and analyticalsubstructures, where the experimental substructures are tested in laboratories and the analyticalsubstructures are numerically modeled by computer program.Actuator delay presents great challenge for real time hybrid simulation. Various procedures havebeen developed to compensate for these delays to improve the accuracy of
be used by instructors across many disciplines as a tool to improvestudent outcomes. In this paper, we explain our module development and course integrationprocesses and share selected results from a pilot integration in an engineering technology courseand a business course. The selected results include counts of awarded micro-credentials andresponses from a student perception survey. The findings will be useful for librarians and othereducators interested in scalable approaches to integrating information literacy content focused onthe university to workplace transition.IntroductionStudents graduating and entering today’s workforce encounter an information literacy (IL)landscape that is much different than the environment they experienced in
white students and students of color. Her professional interests include aerospace design and manufacturing as well as space policy.Michaella Ochotorena, California Polytechnic State University, San Luis Obispo Michaella Ochotorena is currently pursuing her B.S. in General Engineering with an individualized course of study in Sustainable Energy from Cal Poly, San Luis Obispo. She has been helping to develop inter- active and inquiry-based learning activities for mechanics courses. Additionally, she is working in the Cal Poly Mechanical Engineering Department researching thermal comfort and its relationship to energy usage and student success.Dr. Brian P. Self, California Polytechnic State University, San Luis Obispo
. To deal with these comments, the Dean instituted an avenue for all students in thecollege to develop these skills. As part of this initiative, new courses were developed. This paperwill discuss the various skills taught in these courses and their importance to the students and theindustry. This paper is a review of the literature on the need for teaching interpersonal skills toConstruction and Engineering (CE) Industry students. It also reviews qualitative data collectedover the period from 2015 to 2022. The qualitative results show that literature reinforceswhat industry has been saying for the past decade. CE students have been well prepared with thetechnical skills necessary to make their mark in the industry but, for the most part, are
2) is based on the knowledge andskills acquired in earlier course work. The second requirement is the course learning outcomes ofSenior Design I and II, that are mapped to the applicable student outcomes of ABET [1]Criterion 3. The course learning outcomes (CLOs) for the senior design courses at Mason areshown below with the recalibrated CLOs in the last section during the 2020 spring semester. Senior Design I (fall semester) 1. Develop a detailed design project proposal 2. Apply project management tool to establish goals, plan tasks, and meet objectives 3. Create system design, preliminary design and critical design reports 4. Present the project proposal and design reports to customer Senior Design II (spring semester) pre
students and two professors were involved in a five week project,where the first three weeks were spent gathering information about the challenges andopportunities of running a manufacturing company in Cambodia. A total of 37 companies weresurveyed on a variety of topics, including the practical details of operating their businesses, ofwhich most were small, family-run concerns. After completion of the initial three-week phase ofstudying the practical, social, and historical difficulties they face in this developing country, twosmall firms were chosen for a more in-depth study of manufacturing performance. The exercisesthat were carried out at these firms, and the results of evaluations conducted by 5 undergraduatestudents, will be discussed as a
develop the study reported in this paper.These stories underscored the inequities too often present in engineering teamwork, particularlyaround project management and communication. These inequities often mean women areburdened with the “menial tasks” of projects [1], thus undermining the message thatcommunication is as essential as technical work. Despite the field’s acknowledgments thatcommunication and teamwork skills are essential, technical skills are still more highly valued,and women are often asked to take up more management and communication tasks and blockedfrom the technical [2]. In fact, studies have found that these divisions often lead women inparticular to leave engineering: while making up 20% of all engineering graduates, “nearly
notpreparing students mathematically with the tools and ways of thinking which these problemsmandate. For example, class assignments might be more well- structured as opposed to the moreill-structured problems faced by engineers in the real world. Even before entering collegestudents also have differing experiences with ill-structured problems. Precollege engineeringexperiences typically do not mirror those experienced by students once they enter collegeengineering settings. Precollege engineering experiences offer great diversity of content, depth of Page 26.1135.2knowledge, use of the engineering design process and access to -or the
improved productivity, creativity, andorganizational profitability2,3,4 . Owing to such a disparity, it becomes imperative to investigatethe factors which lead to such an imbalance in the degrees earned.Learning about the challenges faced by the female engineering students is valuable because itwill help the policy planners to introduce changes in education so that it leads to an increase inthe number of women availing opportunities in STEM, thereby arming them with tools they needto succeed in the currently male dominated engineering fields. There are a few studies done onthe subject of women’s recruitment and retention in engineering. One of the efforts for fosteringretention of female undergraduate students5 was a student led mentoring program
of Informatics and Computing at Indiana University-Purdue University Indianapolis (IUPUI). Her scholarly goal is to broaden STEM participation for socially marginalized groups by designing constructionist learning envi- ronments and mobile technologies to empower youth, families, and informal educators. Previously, she worked as a project manager to develop smartphones. American c Society for Engineering Education, 2021 Motives, Conflicts and Mediation in Home Engineering Design Challenges as Family Pedagogical Practices (Fundamental) AbstractMuch is known about the importance of the family as
fraction of ASubscriptsb Bottomsd Distillatef Feedj CounterIntroduction and Literature SurveyAlthough modern process simulation packages (such as Aspen Plus or Pro/II) can quickly andefficiently perform distillation column calculations, they often confuse students who are justbeginning to learn distillation basics, leading to questions such as, “Why can’t the reflux ratio besmaller than the minimum reflux ratio?”, or “Why does increasing the product purity require alarger number of stages?”. Part of this confusion is due to the fact that these process simulationpackages do not produce McCabe-Thiele diagrams, which are indispensable tools for teachingbinary distillation as they graphically demonstrate the
andlimitations of the network. The TrixBox can also be configured for H.323 signalingprotocols. Using Ethereal, students can spend a good deal of time examining thedifference between H.323 and SIP signaling protocols and learn about their differencesand similarities. Another interesting extension to this laboratory experiment can besetting up VoIP gateway such that multiple VoIP networks are interconnected together.4 Experiment OutcomesOur main motivation in developing this experiment is to provide an introductory sectionon VoIP technology that can be added to networking and Internet technology coursesacross different programs, including Computer Science (CS), Electronic Engineering(EE), Computer Engineering Technology (CET), and IT. This section is
focus area of water”) and 13 (“Conduct laboratory experiments and analyze andinterpret the resulting data in the environmental engineering focus area of environmentalhealth”).Figure 8. Evaluation of average scores associated with performance on the beer brewing lab andquantitative support to ABET Student Outcome b. Evaluation of this Student Outcome is basedupon a Likert scale from 1 to 5 where 5 relates to 100%.The Course Survey – Are We Missing Any Ingredients?As previously mentioned, a new course-wide survey was developed and implemented during thefall 2018 semester to evaluate and assess the current laboratory experience among our studentsand whether this exercise is an effective tool for students to achieve the desired learningobjectives
workplace adjustment for engineers and the corresponding influence on job satisfaction and intentions to persist. Rohini’s other interests include faculty development and engineering pathways of graduating engineers.Dr. Samantha Ruth Brunhaver, Arizona State University, Polytechnic campus Samantha Brunhaver is an Assistant Professor of Engineering in the Fulton Schools of Engineering Poly- technic School. Dr. Brunhaver recently joined Arizona State after completing her M.S. and Ph.D. in Mechanical Engineering at Stanford University. She also has a B.S. in Mechanical Engineering from Northeastern University. Dr. Brunhaver’s research examines the career decision-making and professional identity formation of engineering
, instructional design, and educational technology.Dr. W. David Merryman, Vanderbilt University W. David Merryman, PhD is the Walters Family Professor in the Department of Biomedical Engineering, and Professor of Pharmacology, Medicine, and Pediatrics at Vanderbilt University. He is also Associate Chair of the Department of Biomedical Engineering. His research interests are cardiovascular and pul- monary mechanobiology with a particular focus on developing new therapeutic strategies, cell and soft tissue biomechanics, and bioengineering ethics. Prior to his arrival at Vanderbilt, Dave was an Assistant Professor of Biomedical Engineering at the University of Alabama at Birmingham and prior to that, a Research Associate of the
fields ofstudy.The Mechanical Engineering Department developed a new disassemble/assemble/analyze (DAA)exercise involving a push lawnmower as its presentation for Naval Academy Summer Seminar.The purpose of the exercise was to get students on their feet, applying what they learned inphysics and chemistry to understand how something works, and to give them confidence that theycan use these tools on their own to help them understand the physical world around them. Thepush lawnmower was chosen because it is likely familiar to all students of this age range. Theywould not have to spend extra time to understand how the device functions. Moreover, it wascomplex enough that they might have some idea how it worked in general, but had neverconsidered its
(EOP) has designed a framework of student outcomes (Framework)intended to be a tool for transforming engineering education to one that enables engineers toprovide engineering “solutions while minimizing potential negative environmentalconsequences.” The Framework outlines nine outcome categories, including systems thinking,environmental literacy, social responsibility, responsible business and economy, environmentalimpact measurement, materials choice, design, critical thinking, and communication andteamwork. This Framework also includes learning outcomes that enable assessment of students'ability to design and formulate solutions while minimizing negative environmental and socialconsequences. Aspects of this broad Framework can be applied
students with respect to one or more of the following characteristics:discipline, race/ethnicity, gender, or class level. The Chi-square test, however, is sensitive tolarge numbers. When comparing the population and sample distributions on these studentcharacteristics, the proportions were relatively similar; differences between population andsample proportions ranged from 1% to 11%. Nonetheless, weights were developed to adjust forresponse bias (at the campus level) and for differences in institutional response rates. Weightingadjustments corrected for minor response biases, producing nationally representative samples forstudents with respect to sex, race/ethnicity, and engineering discipline. Consequently, theadjusted sample can be considered
control system. Dr. Ansari is a professor of Computer Engineering at Virginia State University.Dr. Pamela Leigh-Mack, Virginia State UniversityDr. James Irvin Cooke Jr., Virginia State University Director of Assessment and Senior Capstone Experiences Program Coordinator of Information Logistics program Department of Technology Virginia State University c American Society for Engineering Education, 2019 Extended Summer Research to Senior Design Project Jinmyun Jo1, Xiaoyu Zhang2, Pamela Leigh-Mack1, Ali Ansari1, James I. Cooke Jr1 Virginia State University, Petersburg, VA 238061 Old Dominion University, Norfolk, VA 235292IntroductionThere