meetings, enhancing the development oftheir self-guided learning [8].As students within the design studio do not necessarily start at phase one or end at phase seven, themilestone model aids not only in ensuring projects move through each phase of the process but also inthe onboarding of new students in the middle of an ongoing project. Asynchronous learning content hasbeen developed for each stage of the design process within our module layout, which establishes aframework for the specified phase, orients new members and facilities project on-boarding. Projectdocumentation of all module assignments provides background information regarding the client, needs,project scope, solution selection, verification and validation plans, engineering analysis
dilemma. 2) communicate effectively with other team members to assess barriers and any possible consequences. 3) be competent and service-oriented. 4) be creative and have strong project management skills. 5) have the skill to revise plans/actions/options. Role-play scenarios are a useful way to depict the complexities of being an ethicalengineer. RPSs allow for introducing relevant topics to students through case studies that theycan explore on a deeper level [12]–[14]. RPSs do this by helping students situate themselves inscenarios through character roles. As the scenarios are developed for the learning environment,they let RPS administrators take a fictive approach to discuss topics of interest
positively impact student learning beyond direct assessment methods. A well-planned course design targeted towards learning outcomes rather than content can help to achieve higher learning objectives by leveraging key active learning engagements. Keywords: service-learning, community outreach, course design, scaffolded assessment1. Introduction The course EV310 Aquatic Science is a foundational course targeted to EnvironmentalScience and Environmental Engineering majors within their third or fourth year of undergraduatestudies. Today, there are seven expected course outcomes which nest within the hierarchy of theEnvironmental Science Educational objectives. The course has evolved
) theoryspecifically tailored for modeling user acceptance of information systems." [22]. Precisely, TAMis best known for investigating factors affecting user acceptance of information systems [22]-[24]. It has shown immense potential to explain and predict a user's behaviors and reactions toinformation communication and technology [23]. Since its inception in 1985, TAM has beentested with various applications (e.g., learning management systems, health information systems,mobile application enterprise resource planning) [25]. Additionally, TAM has become the mostwidely applied user acceptance model and usage model [22], [23], [26].The TAM framework presents three critical constructs [22] [23]: perceived ease of use (PEOU),perceived usefulness (PU), and
dynamics to aid in surgical planning and improving the understanding of pediatric cardiovascular diseases. He is also interested in improving the recruitment and retention students from marginalized communities in STEM, which has motivated him to contribute to initiatives such as STEM Pride at UM.Peter Walczyk Peter Walczyk is a current Neuroimaging Data Analyst. He received his B.S.E in Biomedical Engineering at the University of Connecticut and his M.S in Biomedical Engineering at the University of Michigan. In the future, Peter would like to pursue a Ph.D. in Biomedical Engineering to further develop understandings of the underlying mechanisms of consciousness and create models of consciousness. Peter also has made
outcomes to better prepare our engineering graduates to enter the professionalengineering workforce post graduation, including “an ability to function effectively on a teamwhose members together provide leadership, create a collaborative and inclusive environment,establish goals, plan tasks, and meet objectives” [8]. Representation of women in STEM shouldnot only be reflective of the larger population but should also include representation acrossleadership levels to best improve progress towards global competitiveness.With the increased focus on relevant teamwork experiences in engineering undergraduateprograms comes a focus on how to navigate team dynamics and students’ roles on project teams.Specifically, faculty are curious on how to evaluate
in this paper. Plans are outlined forassessment of the effectiveness of the lab in improving conceptual understanding of the technicalcontent, broadening the experimental experience, and enhancing the ability to use appropriatetechnical language when comparing test data and theoretical predictions.IntroductionStudents generally learn more when actively engaged in the classroom, especially in collegelevel STEM courses [1]. Despite the benefits, instructors experience time management andbudgetary barriers when creating predominantly active learning events such as a hands-onlaboratory activity [2]. For these reasons, the majority of large-enrollment college courses stilluse traditional passive based lecture environments [3].At the United States
lighting and electrical systems, foundation management. engineering The 5 core courses in an option in the 4th year must be thermodynamics, fluid mechanics, Architectural taken Studio, Building Physics, Completed 3 of the 5 junior level courses MEP design, 3 structural design, plan reading, professional practice, and systems integration design first courses in lighting design and mechanical systems; second course in structural analysisSetting pre-requisite knowledge is key to benchmarking expectations for projects. That said, dueto cramped curricula, it is often necessary to teach additional content in capstones [21]. The surveyasked
apresentation to the class on a recently planned or built electricity generation facility of theirchoice, focusing on both on the technical details of the plant and the cultural and geographicalcontext of the project.The textbook we chose is Our Energy Future [38], which addresses both the fundamentals andscience behind alternative energy for electricity generation and alternative fuels fortransportation. In covering alternative transportation fuels, we cover the link betweenconventional food production and fossil fuel use and the disruption of the nitrogen cycle byammonia-derived fertilizers. The course also covers carbon dioxide removal (CDR)technologies including enhanced weathering, biochar, afforestation, and direct air capture(DAC).The final
most applicable. • Mindset: “Professional Humility was probably my biggest area of growth during this Elaborate on one of program”… “I got to witness people surviving in a third world country. [The service the competencies learning] was extremely eye-opening and gave me a sense of how little attention these where you feel like underdeveloped places are given.” you experienced the • Skillset: “The research for the pontoon design improvements really helped with the most growth. strategical thinking and planning on how the new changes will improve the pontoons’ effectiveness” • Knowledge: “I learned that its impossible
Paper ID #36795Rethinking the admission processes to higher education inEngineering: the case of a university in ChileMarcela Cárdenas Marcela Cárdenas, has a Master in Human Resources Management and Management Skills from the Universidad del Bio Bio, Chile, Bachelor of Business from the Universidad de las Américas, Chile, and Auditor Accountant from the Universidad de Concepción, Chile. She has more than 15 years of experience in the industry, in the areas of management, accounting planning, human resources and Administration. She is a teacher with 10 years of experience in universities in the areas of
. Because there was a needfor communication between three different disciple groups, a project management plan wasneeded for how the OM students would manage both marketing and the NFPA team.Organization of the multidisciplinary student collaboration in the projectAs the project started, roles for the students began to be assigned. The OM project instructorinformed the OM students that she would like to see them use the Agile Project Managementmethods to manage the project. She then gave the three OM students a crash course on SCRUMand Agile. Using SCRUM Agile Management all students on the NFPA team would be at thesame level with the expectation that everyone will do equal work and would also volunteer to dowork when they felt it was within their
. Flexibility, uniqueness, and personalization of theservices offered are inherent in the model.These changes in the information environment have pushed librarians at the Arthur LakesLibrary at the Colorado School of Mines (Mines) to re-think the current model of reference,especially for faculty and graduate researchers. The library plans to build upon the successfulaspects of current initiatives and better integrate them with reference services to create acohesive program. This new model aims to provide specialized in-depth support for researchteams, departments, and research centers across campus through consultations, small groupinstruction sessions, and curated resources. Leveraging staff strengths and current successes willhelp reallocate
Students create innovative and novel ideas or solutions 4.8 2.5 and display divergent thinking. Students display analytical and strategic thinking. 4.25 3 Students assess problems involving the use of available resources and review multiple strategies for resolving 4.21 3.1 problems. Students negotiate the pros and cons of ideas, approaches, and solutions and analyze options using “if- 4.26 2.9 then” rationale. Students plan steps, procedures, or approaches for
initiatives and improvements were adopted as an overlay to the existing program.They are: • Expanded hours: For Fall 2021, AE TEAM was expanded to three hours, four days a week. For Spring 2022, Sunday was added making the program three hours five days a week. • Increased number of peer-mentors: Staffing increased significantly between the 2-tier staffing concept and the expanded hours. • Incentives for engaging with AE TEAM: Students have competing activities. Returning to AE TEAM in the evenings from their resident halls and apartments requires additional travel planning. Most clubs and other activities are also scheduled for the prime time hours in the evenings. • Fall semester kick-off event: The
Arduino software is published as open-source tools and is available for extension to experienced programmers. The language can be expanded through C++ libraries. • Open source and extensible hardware - The plans of the Arduino boards are published under a Creative Commons license. 2This Evidence-based Practice paper describes the development and implementation of the “ArduinoBased Design Project” team-based design challenge and the results of the survey administered at thecompletion of this project. 2. Arduino Uno PlatformA wide variety of Arduino boards are available [3]. In this course we used the Arduino Uno which is ahigh-performance 8-bit RISC-based
instructors to provide a Qualtrics link to the survey for students in theuniversity’s learning management system, Canvas. The instructors then explained the Scavenger Huntassignment in detail. Two members of the research team (the lead researcher and graduate assistant)reviewed the pre-test data to monitor completion and any potential issues. Students had two-three weeksto complete the assignment. Once the assignment deadline had passed, the course instructors againdistributed the Qualtrics survey link via Canvas for the students who had consented to complete the post-test.For this work-in-progress, the researchers decided to focus on the survey data only due to spaceconstraints, but plan to use qualitative analysis methods for the assignment data in
(the client, whose role is played by one of theProgramming 2 course instructors) is seeking an alternative, app-based method for students likeBrittney to learn the materials. For added realism, the instructors provide an actual “Pack YourWagon” Oregon Trail lesson plan28 and various published articles related to the development ofthe original The Oregon Trail text-based computer game. A corresponding lab exercise has eachstudent building a second persona for the supplied lesson plan, to both provide a differentperspective and to practice their creative writing skills. These new personae are shared withinteams to learn the essential EM skills of both giving and receiving constructive criticism – animportant form of communication in the software
Proceedings | Paper ID 35749Our camp had some limitations too. Although we planned to involve parents in the camp byhaving a STEM career session we were unable to execute this piece because our camp was heldMon to Friday (i.e., on working days). We consider that for future implementations, onlineresources about STEM careers can be provided to parents to address the limitation of meeting inperson. Our sponsor required 6th to 8th-grade girls only hence we had to turn down girls fromother grades. Thus, although we targeted 150 girls we were only able to have a total of 116 girlsspread over the 6 weeks. This was in spite of inviting all girls who met the criteria and whocompleted the application process. Some of the free responses from the girls
5 From the start of the project, the team proposed a six-phase project plan. Phase 1 consisted of scheduling future meetings and drafting the proposal, during which time we began sharpening our skills in time management and task delegation as a team. Phase 2 consisted of proposing and developing our multi-sensor system design. We learned many interesting skills during this portion of the project, including how to run a 3D printer and incorporate sensors onto system hardware. Phase 3 consisted of our midpoint progress checks and presentation, during which time we further harnessed our skills in time management and proper formatting of technical projects such as this one. Phase 4 consisted of the implementation
5 Summary and ConclusionsAMAR is a four-wheeled, tracked, robot built from T-slot aluminum tubing, 3D-printed materials,and connective components. This robotic system consists of several subsystems. It was completelydeveloped by the students and it was a challenging project. Additional tests are needed to verify theML algorithms’ performance. Also, we have identified several areas for improvement. First,switching back to Tensorflow (from TF-Lite) should fix most errors in plant identification eventhough it will take around 250 msec. Second, we plan to research other mapping tools to be used inthe setup mode. Finally, we should offload the computational unit (Raspberry Pi) to mainly run theML algorithms
also allowfor a reduced pumping rate. A maximum allowable pressure for pipelines was identified to be41.1 MPa. Repair costs, specifically for wastewater pipelines, and pumping time during repairwere able to be reduced by at least 70%. 7 Summary and ConclusionsUnderstanding the findings in the articles allow for predictions to be made about structuralintegrity and pipeline failure, thus allowing for better planning and reduced costs. Moreimportantly, the findings help to narrow down the materials to be used in the prevention ofpipeline failure. Further research should first focus on the types of soil or additives to soil thatwill prevent liquefaction and maintain
courses to 281 graduate students.At an institutional level, equality, diversity, and inclusion are part of the main strategicdocument of the university and are linked with a need to improve student experience, widenparticipation and to create an environment of research excellence in which “all of theUniversity community (area able to) fulfil their potential”. The Strategic Equality Plan is setin the context of complying with the Equality Act (2010), and describes the protectedcharacteristics as covered by the General Duty. The document lists nine ‘Equality objectives’,along with their success measures. Two are aimed at students, the first referring to areduction in the ‘BAME’ degree awarding differential, and second to embed inclusivity
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
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
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