for talks andworkshops, and three external speakers were selected to present remotely during the fallsemester. The spring semester follows up on this speaker series with an on-the-ground workshop.A graphical representation of our plan of action is included below in Table 1. Table 1 Simplified chart for mutual mentoring programOur central goal was to cultivate an engineering education research community of practice atNortheastern University. The mechanism established to support this fledgling community was aprogram of speakers to provide community experiences that enhance professional development,while laying the groundwork for continued collaborations. In the short-term, success was focusedon broad faculty participation in
expressed explicit disinterest in the topics that centeredaround U.S. issues and recommended adding international topics to the course. For all of thestudents, even the one who had been in the U.S. the longest, their international identity wasstronger than their racial identity. This seems to be at odds with how the other students in theclass positioned these international students of color–as experts in racial issues. These findingshave implications for the design and facilitation of sociotechnical content in engineeringcoursework, both in terms of creating scaffolds for students new to the U.S. and motivation tocreate content focusing on international contexts. In future work, we plan to focus on howinternational students of color are positioned
avenues and identify problems thatsatisfy their curiosity. In this way, they come up with the information they want to gain on theirown and process that information as the means for solving their problem. To put this theory tothe test, the researchers designed a study that measured students’ ability to recall andspontaneously use information that they had just recently acquired. Two test groups wereformed, comprised of 5th and 6th graders who were at least one year behind their peers in mathachievements. The first group was introduced to the concept of “planning a trip” by viewing thefirst ten minutes of Indiana Jones: Raiders of the Lost Ark, where Indiana is shown retrieving anidol from ancient ruins in the South American jungle. The class
moreaccurately assess whether the online sketching questions are indeed measuring what we intendthem to measure.As noted previously, the first five weeks of the semester in EGT 120 are devoted solely to handsketching, before introducing CAD work, and the sketching activities continue throughout thesemester. Considerable time is spent in class providing formative and summative feedback withthese conventional sketching practices. Because of the importance of sketching in developingvisualization abilities, even with the success of the format change on exams, there are no plans toreplace current lecture and lab sketching activities with items and exercises similar to those beingused on exams.References[1] N.L. Veurink, A.J. Hamlin, J. C. M. Kampe, S. A
university-industry collaboration happens among researchers, there is a growing trendof universities inviting industry panels to participate in curriculum design to make thecollaboration more impactful for students. [8] explored the program advisory boards (PAB) forengineering degrees through interviews with heads of programs at one technical university inSweden. Although the main expectations of this type of university-industry collaboration areon planning, content, implementation, and assessment, programs expressed varying opinionsabout the contribution PAB brought. The needs, wishes, and suggestions of the industry areconsidered, however, the extent of collaboration was confined by university regulations andquality assurance systems. [9] took a
UTSA and only about one-thirdat UTSA. Calculus I is a major predictor of future success in science and engineering programs,hence it is critical that students master the course material [1]-[2]. The future success of transferstudents is essential to a 4-year University like UTSA which has many transfer students. It isreported that transfer students often experience difficulty feeling part of the student communityand this can negatively impact their future academic achievements [3]. UTSA, like many 4-yearuniversity engineering programs work with local community colleges to create a detailedsemester-by-semester course plans for eventual transfer [4], some social and academicintegration activities [5] as well as cohort activities for transfer
networking might include topics ofthe OSI model, strategy, planning, technologies, topologies, infrastructure, and security, but doesnot include cloud, IoT, data center, and virtualization. Additional readings should be given tohelp students gain increased exposure to the subject by providing a more comprehensive studywithin the context of a course.Hence, reading articles were posted on the Canvas learning management system for oneundergraduate course (ICTN 4520 Wireless Communication) and two graduate courses (ICTN6810 Communication Technology and ICTN 6873 Network Intrusion Detection and IncidentResponse) in fall 2022. All the articles were related to course contents and all were either journalarticles, conference proceedings, white papers, or
Engineering Education, 2023 2023 ASEE Annual ConferenceLocal LimitationsDuring Fall 2022, Statics in Mechanical and Aerospace Engineering at NC State Universitybegan implementing weekly quizzes. Because cheating is also endemic, the team decided that thequestions should use randomly generated inputs.9 Mastery learning with empathy requires givingstudents multiple attempts to show that mastery. Initially the plan had been to create multiplequizzes, deliver them in Moodle (our learning management system on campus), and grade smallsections by hand.NC State University implemented Moodle 4.0 for Fall 2022 on campus. At that time, theCalculated question type which would allow us to code the questions for the students was
flipped model I had been using forthese lessons.So, what was I to do with the class time? Another idea that I had gleaned from conversationswith students was that they didn’t remember much from their computer science Introduction toComputing courses because it seemed impractical. “Hello, world” and other programs they hadbeen asked to write were not related to what they saw as their future career. My goal, therefore,was to demonstrate relevance to my students. Thus, each problem they were asked to solveneeded to relate to chemical engineering. This was made more challenging by the fact that thestudents had very limited knowledge of what chemical engineering was at the time they weretaking this course. My plan was to demonstrate a variety of
/wastewater utilities, understanding therole of mentoring K-12 students, and the impact of the project on their career goals.Conclusions: Efforts such as our WaterWorks project are much needed to develop a muchneeded workforce as the water/wastewater utilities in the USA face worker shortages. Wecontinue to develop some contemporary tools to excite the new generation and preliminaryresults indicate that our activities are exposing STEM and other careers to K-12 students andeducators. Initial response from our pilot highschool workshop are positive.Future Work: Currently site visits to the City of Camden schools are being planned along with ateachers workshop to be held in the Summer of 2023. Our partners at American Water andCCMUA will assist with
. 376-380). Students who have more in-ternal motivation are more likely to succeed in doctoral degree programs, whichtend to require individual work ethic and self-driven goals and research (Sverd-lik et al. 2018, p. 376-377). Internal motivators, such as a desire to succeed inacademia or the desire to better research skills, help graduate students succeedwithin a graduate school environment (Sverdlik et al. 2018, p. 377). Addition-ally, students who already have a strong set of writing skills are likely to be moresuccessful in graduate school than those without (Sverdlik et al. 2018, p. 377-378). Beyond having strong technical writing, students who are able to plan,write, and revise in an organized manner are less anxious and more confident
, the other leader can step up to ease the workload of the other. Co-leadership allows for a level of flexibility as well as division of labor, both of which could positivelyimpact mental health, collective team skillsets, and skill development. One co-leader asserts the efficacyof co-leadership on team outcomes based on “the quality of what we were able to produce, just becausewe had two people behind it rather than the typical [singular leader].” Preliminary data consistentlyshows that co-leaders feel confident in the quality of their work due to the increased bandwidth madepossible by co-leadership.One co-leader focused on the “technical side” of the project while his counterpart focused on the “bigpicture, business plan” side of the project
Students in the Climate Sciences,” Science and Engineering Ethics,19(4), 1491-1504, 2013.[13] H. W. Rittel and M. M. Webber, "Dilemmas in a General Theory of Planning." Policysciences, 4(2), 155-169, 1973.[14] D.A. Kolb, Experiential learning: experience as the source of learning and development.Englewood Cliffs, New Jersey: Prentice-Hall, 1984.[15] A. M. Prado, R. Arce, L. E. Lopez, J. García and A. A. Pearson, “Simulations Versus CaseStudies: Effectively Teaching the Premises of Sustainable Development in the Classroom,”Journal of Business Ethics, 161(2), 303-327, 2020.[16] ABET, Criteria for accrediting engineering programs. ABET, Baltimore, MD, 2021.[17] D. Merrill, “First Principles of Instruction,” ETR&D, 50(3), 17, 2002. [Online
: List the stakeholder(s); draw a floor plan using CAD (Computer Aided Design); and research on their own the required documentation, including ASHRAE standards. Calculate the required cooling / or heating loads using previous learned knowledge from a thermodynamics course; this included the cfm per room, and the representation of the cycle on the psychrometric chart. Dimension the duct system based on the cfm and room dimensions and select the appropriate cooling or heating unit. Discuss the costs associated with installation and maintenance, by independent search using credible sources, and provide recommendations for savings to fit the budget. Discuss the societal impact of installing the
from the past year, it is still far from where adoption shouldideally be.4.3. Usage Due to confidentiality, it is unknown if the app is increasing traffic to services available oncampus (ex. counseling). Despite this, the developer portals provided for both iOS and Androidprovide usage statistics. Over the past two years, this app has had an average of twenty-fouractive sessions on iOS per month [8]. This information does not appear to be available forAndroid currently [9]. Despite the lack of data from the Android developer portal, it stands toreason that if students are downloading the app they are potentially seeking mental health relatedservices for themselves or a peer on campus.5.0. Plan Moving Forward and Conclusion While nine
some cases, a single essay is all the evidence an institution canaccess to plan DEI interventions and improve academic programming. Our recommendation foraddressing the STEM pipeline leak is to create a system to track students that fall out of formalSTEM pipelines. The system can assist the student to return to the pipeline if the student desires.The system will support the student to secure employment in the engineering discipline.References[1] L. L. Crumpton-Young, S. Etemadi, G. E. Little, and T. D. Carter, “Supportive practices used with underrepre- sented minority graduate students,” in 2016 ASEE Annual Conference & Exposition, no. 10.18260/p.25979. New Orleans, Louisiana: ASEE Conferences, June 2016, https://peer.asee.org
Engineering Education 4Summary and Next StepsThis work-in-progress offers some initial empirical results on the understanding of howengineering students conceive ethics through the lens of moral foundation theory. Descriptiveanalyses were carried out and comparisons to a commensurate Chinese engineering student sampleand previous work was made. The next steps of this study include a more thorough analysis of theUS student sample as well as formulating a plan to connect moral intuitions with student-heldvalues (correlational analysis). Future work will also expand the sample of students to two USinstitutions, one European institution, and three
robot built using off-the-shelfparts including readily available motors and sensors. A visual interface created using Blocklywas implemented to allow students to experience and apply programming concepts like loop andconditionals in a tactile way. A lesson plan was created to help guide students through the coreprogramming concepts while also leaving room for creativity and exploration. A Raspberry PiZero was used for scalability allowing more advanced users to create code in any languagesporting a GPIO library. A cost analysis proves that the WitBot can contend with much moreexpensive robots in terms of features while offering a low price and open-source codebase anddesign. In the future, additional software and features could be added to
curriculum criteria.The core curriculum courses are typically planned for the first two years of the degree programs.In the last three decades, the first year (and in some instances, the second year) curriculum alsobecame a focus of attention for recruitment, retention, and attrition efforts [3-7]. The retentionand attrition rates are usually at the center of this discussion as they can be directly linked toother metrics, including graduation rates. Several AEC programs also explored the idea of aninterdisciplinary/multi-disciplinary curriculum, which utilized a common curriculum in the firstand second years for multiple majors [8-10].Two specific observations can be noted from the decades-long research work: 1) the first andsecond-year success and
students participate within the SPECTRA program? 3. What are the top three skills or pieces of knowledge that you gained while participating within the undergraduate research experience? 4. How do you anticipate utilizing the skills grained in your research experience in your chosen engineering or computing majors? 5. Do you feel better prepared to participate in research projects at the course of this class? Please elaborate on why you chose your answer.The student responses will be used to generate a best-practices and suggestions document for subsequentSPECTRA fellows as they develop their research courses.ConclusionsThis WIP documented the development and planning of the undergraduate research courses
asked for comments on the course one student had the following to say: ”The student-led research reports expand the scope of the course dramatically. Virtually every student found a different niche for the applications of spectroscopy. Almost every class has some sort of hands-on activity where we could see the day’s topic in action.”It is worth noting that when the semester began, the student quoted above chose to drop anothercourse in favor of this one for the ”unique educational opportunity” it provides.In addition to that, students have been observed instructing each other on topics and addressingquestions on their own. Each class they develop a plan together to assemble the experiment of theday. At the time of writing
initial videoand written analysis and plans for the subsequent think-aloud interviews, all focused on thespecific attributes of the models that students use to make sense of course concepts. The ultimategoal of this work is to develop some general guidelines for the design of manipulatives tosupport student learning in a variety of STEM topics.IntroductionIn engineering statics courses, students learn foundational concepts such as vectors, forces,moments, and free-body diagrams. These interrelated concepts can be applied in a broad range ofreal-world contexts. Drawing free-body diagrams in particular is a fundamental statics skill thatstudents often approach in a procedural way, leading to strategies that focus on memorizingsupport reaction
engineering. IEEETransactions on Aerospace and Electronic Systems, AES-20(4), 306–310.[2] Rodrigues Y. R., Eberle W., . Metcalfe M. S, and Souza A. C. Z. (2015), "Impact of appliancesharmonic content in microgrid environments," IEEE PES Innovative Smart Grid TechnologiesLatin America, 701–705.[3] Miklosik A., and Evans N. (2020), "Impact of Big Data and Machine Learning on DigitalTransformation in Marketing: A Literature Review," IEEE Access, (8), 101284–101292.[4] Ribeiro, P., Polinder, H., & Verkerk, M. (2012). Planning and designing smart grids:Philosophical considerations. IEEE Technology and Society Magazine, 31(3), 34–43.[5] Rodrigues Y. R., Souza M. F. Z., and Souza A. C. Z. (2016), "Considerations on islandedmicrogrid frequency control
this course, quite afew students had already chosen projects in Lean Ops & Strategy and were actively engaging withme on their projects. They were able to get incredibly superior results on their projects and werevery motivated.Engineering Technology is an exciting field where students can bring theory and practice together.They can also get a flavor of the business world and learn to put themselves on the path of success. Bibliography1. Fred E. Meyers and James Robert Stewart (2001)- Motion and Time Study for Lean Manufacturing2. Stephen N. Chapman (2006) – The fundamentals of production planning and control3. Shigeo Shingo (2007) – Kaizen and the art of creative thinking4. Kiemele, Murrow & Pollock
Hazard Incident Initiating Event Preventative Actions and Safeguards Contingency Plan and Mitigating Actions Lessons Learned Figure 1: Safety Analysis of IncidentTo help understand how knowledge learned in their core course applies to process safety,students are asked to perform a few course-specific calculations and, depending on the course,interact with a simulation and answer questions regarding those simulations. To complete the“basic” process safety section, students are asked to assess the chemical hazard within theincident, fill out a Bow Tie Diagram for the incident (Figure 2), and then reflect on the incident.Additionally, more advanced
becoming industry/professional contacts once they graduatedand described the experience overall as positive. This aligns with previous findings that facultymentors feel satisfaction not only in their own achievements but also an even greater feeling ofsatisfaction when looking at the success of their mentees who went on to take leadership roles intheir careers [8]. The benefits that a mentor gains is subjective to them and is based on the goalsthat they had entered the program with. However, an overarching theme amongst the responsesfrom the mentors was the satisfaction of seeing their mentees succeed.Future WorkWe plan to survey and interview S-STEM students about their mentor-mentee experiences andthe benefits they gained from these interactions
workforce. Thistwo-year degree program is offered at 23 of the colleges in the Florida College System. Thisprogram of study is also part of a unified technical education approach, the Florida Plan, thatincludes high school technology and manufacturing, career academy, incumbent worker training,post-secondary technical training, and bachelor’s degree programs. The ET degree hasdeveloped articulation pathways to Bachelor of Applied Science degrees offered within theFlorida College System. An extension step is to create a seamless pathway from the two-year 60semester credit hour A.S. ET degree into an ABET (Accreditation Board of Engineering andTechnology) accredited B.S. Engineering Technology (B.S. ET) degree as a viable pathway toProfessional
flash. It is essential to understand the minimum safetyrequirements for each section before performing routine inspections.The participants also learned how to correctly execute the Plan, Do, Review (PDR) process usedby turbine technicians when performing maintenance. The PDR process ensures that techniciansperform their responsibilities safely and timely. The participants were broken up into teams andasked to perform LOTO on different turbine systems based on provided work instructions andfeedback from the instructors. Teams consisted of different roles, each with its responsibilitiesduring the activities. Lead technicians initiated strong communication between team members andkept the team on track. Environmental health and safety (EHS
://nbn-resolving.de/urn:nbn:de:0114- fqs0503440Miles, M. B., Huberman, A. M. & Saldaña, J. (2013). Qualitative data analysis: A methods sourcebook (3rd ed.). SAGE.Montfort, D., Brown, S., & Shinew, D. (2014). The personal epistemologies of civil engineering faculty. Journal of Engineering Education, 103(3), 388–416. https://doi.org/10.1002/jee.20050Offorma, G. C. (2016). Integrating components of culture in curriculum planning. International Journal of Curriculum and Instruction, 8(1), 1–8. http://ijci.wcci- international.org/index.php/IJCI/issue/view/3Patton, M. Q. (1990). Quality evaluation and research methods. SAGE.Rubin, H. J., & Rubin, I. S. (2005). Designing main questions and probes. In
useful in high level planning and in simple instructiveengineering econ examples useful early in a design-oriented course. Unit Costs are actually fullyweighted costs (for example, piping) including labor and overhead and typical auxiliaries (such assupports and insulation for piping) normalized to a unit of construction. The straightforward andrelatively safe application of the Unit Cost approach should be distinguished from very challengingand time-consuming Detailed Costing, which requires exhaustive Work Breakdown Statementsand Bills of Materials at a minimum. While Unit Costs are interesting in some courses and relatedpractice such as HVAC engineering, Detailed Costing is best avoided except when attempted insemester long design courses. In