Paper ID #8228Using a UAV to Teach Undergraduates Math and Aircraft PerformanceDr. Chadia Affane Aji, Tuskegee University Dr. Chadia Affane Aji is an associate professor in the Department of Mathematics in the College of Arts and Sciences at Tuskegee University. Dr. Aji’s research interests lie in the areas of numerical analysis, computational applied mathematics, nonlinear partial differential equations, complex analysis, and on improving student learning in undergraduate mathematics courses. Dr. Aji has been a principle investigator or co-principle investigator on numerous interesting and engaging NSF projects. Dr. Aji
members expressed frustration overnot knowing exactly what was expected from them.A number of sources were used to assess the impact and effectiveness of the capstone coursepresentation as described in this paper. The student’s efforts, both in terms of the proposedproduct and their ability to communicate their efforts in both written and oral forms, wereevaluated. The industry panel provided input based upon their participation in the ConceptDesign Review. The instructors from the two participating programs were asked to commentfrom their perspective on the collaboration and the students themselves were given a number ofopportunities to provide comments and observations.All three groups developed a product concept, fabricated a prototype that
Assembly on March 12, 1903. It collectively enrolls about 67,000 students.The Mayaguez Campus (UPRM) is a land grant institution that began in 1911 with the Collegeof Agricultural Sciences. Subsequently, other colleges were added as follows: College ofEngineering (1913), College of Arts & Sciences (1943), and the College of Business (1970).The student body consists of about 11,000 undergraduate and 970 graduate students. TheCollege of Engineering counts on an undergraduate enrollment of 4458 students, of which, 36percent are females, which is one of the highest in engineering among U.S. institutions. Thisenrollment results in UPRM as ranking 15th nationally in terms of the number of bachelors
thedevelopment of a prototype or product.In addition to the engineering design component, the course emphasizes technical andinterpersonal communication. As in other similar design programs [3], student teamscommunicate their progress and results in various formats including a design history file,structured advisory committee meetings, end-of-semester public presentations, and manuscript-style final papers. Furthermore, they develop the interpersonal skills necessary to communicatewith stakeholders and to work on multidisciplinary teams. All engineering students in the HenryM. Rowan College of Engineering at Rowan University are required to take a similar course, andthese courses are structured to encourage multidisciplinary teams, which have been shown
engineering;b. an ability to design and conduct experiments, as well as to analyze and interpret data;c. an ability to design a system, component, or process to meet desired needs;d. an ability to function in multidisciplinary teams;e. an ability to identify, formulate and solve engineering problems;f. an understanding of professional and ethical responsibility;g. an ability to communicate effectively;h. the broad education necessary to understand the impact of engineering solutions in a global and societal context;i. a recognition of the need for and an ability to engage in life-long learning;j. a knowledge of contemporary issues;k. an ability to use the techniques, skills and modern engineering tools necessary for
their own work or in some casesexchange papers and corrects the answers. Even though the teachers insists and requiresthat steps and work be clearly and neatly shown, most students do the work in anyconvenient manner and just make sure they obtain the answers, because finally answersare being checked and graded.It is a common understanding that problem solving skills are one of the majorcomponents of engineering learnt in introductory mechanics courses. Hake2 has shownthat interactive engagement increases the conceptual understanding and problem solvingability of students in a mechanics course. Cooperative learning3, 4, and peer instruction5have shown to be beneficial in classrooms and in the enhancement of student learningand engagement. Using
focus primarily on mobile applicationdevelopment itself. These students, the makers of the future mobile technology, who areinvolved in app creation – from defining the concept to requirements gathering, to finalimplementation – takes into consideration how the app will work successfully and effectively.However, their design decisions are not always made thinking about how the application willinfluence the user, the community, and the society at large. To address this critical issue, in thispaper, we report our experience with weaving the notion of social and ethical computing whiledesigning and developing an upper-level computer science course on mobile questionnairedevelopment. Our primary course goals were twofold: 1) Teach students the
. It was communicated, and understood, that all members of the group wouldreceive the same grade.C. Project resourcesTo assist the students with their understanding of SPD and ASD, three experts were invitedto share their knowledge and experiences. Dr. Natalie Russo from the College of Arts andSciences at Syracuse University is an expert diagnostician of children with autism, as well asa researcher focused on the processing and integration of sensory modalities in children withdevelopmental disabilities. Dr. Russo gave a lecture at the beginning of the project aboutautism, developmental implications, and how one might diagnose SPD. Students had theopportunity to ask questions during the talk and were encouraged to continue communicatingwith
of engineering on society. Thus, . . . they must also develop communication skills and an understanding of the environmental, cultural, economic and social impacts of engineering on society and the concept of sustainable development. (p. 13)The policies are good ones; they are also generally supported, at least in principle, bypractitioners [13, 14, 15] 1. In spite of policies and much talk about the importance of such issues,various studies indicate that the rubber is not hitting the road. Let’s take communication skills asan example. In a study of professional engineers in British Columbia, practitioners stated thatthese skills are not well-represented in preparatory education programs [15, 16]. Similar findingsresulted
]. In a survey conducted among American uppersecondary students, although most of the students claimed to be aware of the ethical course ofaction in various situations, most of them were not able to choose a correct ethical alternative evenwhen posed with situations that were easy to comprehend [2]. A very high proportion of highschool and undergraduate students were found to be engaging in academic dishonesty consideringdifferent motives and possible outcomes. Even other kinds of unethical behavior were found to bepresent among school students, which demanded establishment and education of a common set ofsocially acceptable standards on morality among students [3,4]. Past research also hints at studentsat the tertiary level lacking basic
groups havetrouble starting a discussion or have some members not participating in discussions.Overall, the author finds that the activities are challenging to design, requiring thought and time,but it is worth the time investment. There are still several limitations to this work, which informfuture work. First, there is a need to collect student feedback on how these activities improve theirunderstanding with the use of carefully designed surveys. This is key to also understand howactive learning impacts metrics other than performance, such as communication skills and a senseof belonging. Also, this paper only looks at the impact of longer activities. Short activities alsoneed to be formally documented and studied to understand their impact
], [23].A critical element to fostering inclusivity and well-being among researchers is creatingenvironments where individuals feel safe to express themselves, take risks, and contributewithout fear of embarrassment, rejection, or negative consequences. These kinds of spaces arereferred to as psychologically safe spaces [24].In the context of MIRNs, psychological safety is particularly important given the diversebackgrounds, disciplines, and institutions that participants represent. A lack of psychologicalsafety can stifle creativity, collaboration, and open communication, ultimately undermining thegoals of a research network. Fostering psychological safety, on the other hand, can lead to higherlevels of trust, engagement, and innovation among
doubt that this content issignificant to not only medical and biotechnology students and professors, but to industryleaders, and the general public. The significance of e-document technology delivery for theuniversity laboratory experience through distance delivery is what this study is all about.Time is of the essence, when communicating cutting-edge biotechnology discoveries. There is notime to wait for a book to be published. The need for global dissemination of new procedures toa wider audience has resulted in a change in pedagogy on how higher education content isdelivered. Page 11.962.4III. How the electroporation technique is being
M.A. in Psychological Measurement from Ewha Womans University. Her scholarly trajectory aims to improve education for underserved and un- derchallenged students with impactful research and evidence-based interventions. Longitudinal research methodology is the main area of her expertise, which has enabled her a) to investigate growth trajecto- ries of motivation and career choices; b) to identify opportunity gaps within underserved groups; and c) to evaluate and improve educational interventions in STEM. With the expertise in quantitative research methodology, she is engaged in collaborative research with entrepreneurship education and other interdis- ciplinary programs. American
communities often faced the challenges of navigating anti-DEI legislationwithout understanding its potential impact on their faculty careers. While most scholarssuccessfully transitioned to faculty roles within the university, some departments were unwillingto make the necessary sacrifices. Ultimately, these legislative actions resulted in institutionalharm to postdoc scholars, with universities and departments offering little acknowledgment ofthe damage caused.Acknowledging and Addressing Institutional Wrongdoings As a former inaugural department chair at the Ohio State, the director of the LEGACYScholars Program was keenly aware of the cultures and politics at play at the institution. Amongthese included several marginalized postdoctoral
Academics of Sciences, Engineering,and Medicine (NASEM) study recommendation [4], the ERC program is placing greateremphasis on high-risk, high-payoff research, larger societal impact, convergent researchapproaches, engagement of stakeholder communities, and adoption of team science in teamformation. The solicitation following the 2017 report marks the beginning of the “Gen-4” ERCs[2].Workshop AgendaThe 2021 PGW agenda was outlined by the NSF ERC team and incorporated feedback providedto Program Officers from prior Planning Grant evaluations, which contained participants’ ratingsand comments. The 2021 PGW agenda, recordings, and materials can be accessed on the ERCwebsite (link).The agenda included plenaries, speakers, and breakout room activities
course modification, are discussed in detail, followed byconclusion and future plan.Learning ObjectivesME-335/L and 435/L are aligned to several key ABET outcomes and hence are crucial coursesfor the Mechanical Engineering (ME) curriculum. Both these courses provide students withtheoretical knowledge and hands on experience. The ABET outcomes for ME-335/L class are asfollows:1. an ability to apply knowledge of mathematics, science and engineering, outcome (a),2. an ability to design and conduct experiments, as well as to analyze and interpret data, outcome (b),3. an ability to communicate effectively (3g1 orally, 3g2 written), outcome (g), and4. an ability to use the techniques, skills, and modern engineering tools necessary for engineering
projects developed encompassed seven critical skills, they do not “hook” students early in theirclassifications (Student Life, Assistive Technologies, college career. Courses that engage students in hands-onOutdoor Activities, Appliances, Personal Use innovation and entrepreneurial activities are one way toConveniences, Environmental/Road Management/Office create that hook. At Michigan Technological University, weArrangement, and Phone/Portable Technologies). Over piloted modifications in a first-year engineering course thatthe course of the semester student teams completed allow students the opportunity to learn about innovation andproject deliverables. This
(i.e., circuit breakers and transformers), could not handle widespread use of renewable sourcesdue to the lack of intelligent, coordinated controls and energy storage technologies.The theme of energy and renewable resources is very attractive for students because it presentstechnical challenges to transform a green energy based society and weights the socialresponsibilities of reducing the impact of carbon emissions into the environment. In addition ofthe multidisciplinary nature, it is deemed to interest and engage while educating differentconcepts behind engineering and science research. Participants along with their faculty andgraduate mentors become role models with their involvement in the “each-one-mentor-one”program with features of the
. The most striking feature, aside from its small size, is the color reversal of the keys;the naturals are black and the accidentals are white. Figure 1. Mozart's fortepiano,1 now housed in the Mozarteum in Salzburg.The major differences may be seen and heard at Reference 2.These differences had a major impact on the way classical composers composed, and it isdifficult to understand music of the late 18th and early 19th centuries completely withoutunderstanding (and hearing) these differences. Accurate reproductions of Mozart’s piano areavailable but these can cost in excess of $60,000 new, due to the large number of parts that mustbe hand carved from wood, as well as the string/soundboard system. The high cost limits theavailability
and provide handouts fortheir usage without losing course time to teach writing MATLAB scripts. Having to learn anotherprogramming (scripting) language along with C is manageable provided that the content from bothlanguages is properly managed. To keep the students engaged in programming, the author introducesa project toward the end of the course. Rather than just writing code to display data on screens or writeto files, the project was to show colorful animated pictures to illustrate a very rudimentary videogame. Most students, being recent high school graduates, have played video games. This project helpsthem realize some inner workings of video games and animations seen on TV. To make it interactive, Proceedings of the
observation period.The second group participants worked on the design challenge with different degrees of successon the design activity. Even before the challenge officially started, three female participants weretalking about what they could do to try and complete the design task. One design team containeda member designing her own solution which was to construct a raft for Tinker Bell while herteammates worked on a type of bridge construction. Many design teams successfully completedthe design challenge of getting ‘Tinker Bell’ (ping-pong ball) across the water, but then chose tokeep working on more solutions to the given task. Both classes experienced a few studentsdisengaging in the design task but the majority of the students were fully engaged
) Before DuringFigure 3. Students' identified support grouped by type of support Common themes from the open-ended responses emerged regarding how students’ socialinteractions and supports changed during the pandemic. Here we describe these themes usingquotes from the students by situating them within the framework and give preliminaryrecommendations for strategies to support students’ social support during remote instruction. SeeFigure 4 for a summary of recommendations.Support Peer-to-Peer Interactions The students reflected on how the pandemic impacted social interaction they had withtheir peers. Students expressed the value of peer support and how they missed face-to-faceinteractions with peers during the pandemic. For example
prior. One of the new emphases of the survey is to gain a better understanding ofhow the specific post-graduation activities in which our alumni are engaged relate to theirperceptions of preparedness, as well as the importance they assign to selected competencies orabilities. In previous studies, we have evaluated how graduates in successive class yearsperceive various aspects of their education. For this study, the response data have beenpartitioned in a new way, categorizing alumni based on whether they pursued full-timeemployment directly after earning their undergraduate degrees or if they went on immediately tofull-time graduate school.II. Impact of Post-Graduation Activities on Perceptions of Preparedness and Importanceof Selected
tedious setup work eachsemester. This carries through to university assessment projects which require extracting resultson specific rubric lines from several assignments at the end of each semester. For teams using theLMS alone, this was a tedious task for graduate students that usually took at least half a day.Those who use the grading tool are now able to quickly complete similar regular tasks ofuploading student feedback, regardless of student numbers. For example, in Spring 2018, it tookone of the authors about 33 minutes to fully engage in manually uploading detailed feedback(grade breakdown and detailed comments included) on one programming assignment (with twoproblems) for a total of 57 students. The grading tool has reduced this labor to
Ohio Northern University, where he currently teaches first-year programming and user interface design courses, and serves on the college’s Capstone Design Committee. Much of his research involves design education pedagogy, including for- mative assessment of client-student interactions, modeling sources of engineering design constraints, and applying the entrepreneurial mindset to first-year programming projects through student engagement in educational software development. Estell earned his BS in Computer Science and Engineering degree from The University of Toledo and both his MS and PhD degrees in computer science from the University of Illinois at Urbana-Champaign.Dr. Stephany Coffman-Wolph, Ohio Northern
centersstudents on learning by engaging them in interactive practices [36]. Active learning comprises abroad range of pedagogical practices, from initiating student-to-student discussions, integratingreal-world applications in class, facilitating group activities, using formative feedback, askingstudents to lead activities, and many other potential learning activities. The important part ofactive learning is engaging people directly in the learning process so they actively participate intheir knowledge acquisition. There is a broad body of knowledge emphasizing the efficacy ofactive learning over traditional, instructor-centered practices [37], [38], [39]. Active learning canincrease student engagement in the learning process. Within STEM disciplines
as future technology innovators and industry leaders; and to advance trans-disciplinary learning, engagement, and use-inspired research addressing important state and global challenges.The Purdue Polytechnic Institute is transforming the students’ learning environments inan effort to respond to the changes in our students and society, in hopes that it betterserve their needs (purdue Polytechnic Institute, 2016b). Faculty are being asked toevolve traditional pedagogy while they shape the minds of the 21st century engineeringtechnology student. If the mission is known and supported by a faculty member and“every facet of life is becoming increasingly reliant on technology” (Edudemic, 2014, p.1), it should ultimately pull faculty
"storytelling","story-driven learning", and "narrative", and paired each of these terms with the search terms"engineering education" and "entrepreneurial mindset". The search resulted in 309 uniquearticles. The papers were screened by title, abstract, and full paper based on the followingcriteria: written after 2010, original research papers, related to engineering or entrepreneurship,and content focused on undergraduate students. Papers were limited to post-2010 due to KaranWatson's discussion about the potential impact of stories to encourage change at the 2010ASEE Conference. A total of 33 papers remained after the screening process. We thenclassified the papers based on various parameters, including populations of interest, methods ofdata
potential as a STEM instructional approach. By capitalizing onthe design process teachers can enhance student engagement, motivation, application ofknowledge, and self assessment; elements essential for deep learning in STEM. Yet, many K-12educators are not familiar with the structure, elements, and process of engineering design. Theirunfamiliarity indicates a need to address K-12 teacher knowledge of engineering design toprepare them to use the process for instruction. We answered this call by making engineeringdesign a theme and focus of a residential four-day summer institute for K-12 teachers. Througha combination of presentations, hands-on activities and examples of profession engineeringapplications, we provided 250 K-12 educators with