the course. I was very moved by my experiences in Guatemala. The things I had heard and read became reality…I hope to learn more about global health and to make some improvements however possible. This course made me aware of global health, and got me very interested in looking for jobs in this area. I now have a deeper understanding of the health issues of foreign countries, and know of some ways to help. Wish I could learn more, plan to do so. It was an experience that is hard to explain and is better experienced. Learning about different healthcare systems makes me see the healthcare of the U.S. differently…I find myself sometimes looking at problems and not only finding
’ designs to help them achieve their goal of developing a device that is safe, durable, andmeets the client’s needs. Therefore, we are confident that this initiative has been a success.Future changesIn the future, we will create additional opportunities for formal interaction between the advisoryboards and BME students. Advisory boards will start giving feedback to the students earlier inthe semester. The students’ preliminary project proposal, developed in the first month of theclass, could move to an online format, as we have done with the mid-semester presentation. Wehave also developed a rubric to assist the advisory board in the evaluation of the design ideas andprototypes.In addition, we plan to include an assessment that evaluates the
justification for eliminating laboratories. When the secondauthor compared several ABET approved programs in the country, he found thatthey have fewer laboratories in their recommended academic plans than they dida few years ago. The reduction or elimination of real touch, feel and seeexperiences of laboratories havecontributed to the loss of “gut instinct”for many engineers. Using the common smart phonewith cost effective hardware,experiments have been designed tobring back some of the touch, feel andsee experiences to the classroom. Figure 1. Trace of acceleration from theAlmost every smart phone on the accelerometer obtained from an iPodmarket has two sensors that can beused for creating in-class experiments:a
feedback from students provides us with the confidence to use thislanguage further.Comparisons between Functional Programming and other paradigms such as OOP add a goodpart to students’ understanding. We plan to list more comparisons in the future, such as redoingsome homework exercises from previous programming classes using F#. More applied learningprojects, such as designing a web app, will find an opportunity to be added to our class. A high-quality reference, F# for Fun and Profit [15], will be formally introduced as a reference in theclass syllabus. © American Society for Engineering Education, 2023 2023 ASEE Midwest Section ConferenceReference[1] M. Scott, Programming Language
of the itemscurrently housed in the FIT Closet. This included furniture, clothing, storage spaces, offices, andretail fixtures. This was deemed necessary to adequately plan for the space usage in the newdesign. This information was gathered by the student researchers by conducting a detailedinventory of the existing FIT Closet facility. Once the inventory was completed, the studentsrequested to gather additional information from current volunteers and shoppers. To this point,the information gathered was focused on how the current facility operated. The students wantedto learn from those individuals who regularly use the FIT Closet how it could function better.Volunteers and shoppers were asked to provide feedback regarding their experiences
data for the studywas collected. The data collected was during a software testing class, CEN4072 Fundamentals ofSoftware Testing, where the students used SEP-CyLE to complete extra credit assignments.3.1 Course ContextThe CEN4072 Fundamentals of Software Testing course may be taken by students in their ju-nior or senior years during their undergraduate degree program. Based on the course catalogdescription, the CEN4072 course covers test plan creation, test case generation, program inspec-tions, specification-based and implementation-based testing, and testing tools. The course gradeis based on three exams (two midterms, 25% each, and a final, 20%), a group project (25%), andattendance at class (5%). Students may also receive extra credit
, Electrical Power, Communication Technology, Electronics, and Computer ArchitecturePromoting Engineering Design PracticesA literature review of middle school engineering education from 2012 to 2022 found that 75% ofthe literature focused on promoting engineering practices. Among these, 95% emphasized designpractices such as problem framing, ideation, and prototyping [7]. These practices are commonlydeveloped through the design, building, and testing of physical models with instructionstructured around the engineering design process (EDP) [8]. For example, students design andbuild a soda can crusher [9] or prosthetic arm [10] through a sequence of steps, which generallyinvolve problem framing, gathering information, planning or
earnatokenforeachofthefollowingactivities,which theyinturn“paid”fortheirreassessment.Ascanbeseenfromthefollowinglist,someactivities are easier than others, requiring the students to plan accordingly. ● ompleteGetting Startedassignment. (one token) C ● CompleteIntroductionsassignment. (one token) ● CompleteAcademic Biographyassignment. (one token) ● Solveaproblemsimilartotherequestedassessment.Submitthepapersolutionshowing all steps. (maximum three tokens) CreateaMultisimsimulationofaproblemsimilartotherequestedreassessment.Submit ● the Multisim file along with a pdf
this gap througha dual approach: weekly lectures tailored to MET students, focusing on accessible tools andpractical applications, and senior projects specifically designed to apply AI/ML concepts to solveengineering problems. A comprehensive assessment plan, incorporating pre- and post-courseidentical quizzes, topic-specific quizzes, self-evaluations and reflections, demonstrated significantlearning gains. The successful completion of these AI-focused senior projects highlights theeffectiveness of this approach in equipping students with essential AI/ML skills. This innovativestrategy not only addresses the curriculum gap but also offers a scalable model for integratingemerging technologies into undergraduate engineering
endeavors [1], [2]. Educators have been finding ways of integrating EMLinto their courses such as online discussions [3] and e-modules [4] that do not require class time.The new assignments were created to encourage students to become more curious about thebroader world and hopefully retain knowledge for future courses, and they were all completedoutside of class [5].This research is the first part of a planned longitudinal study to determine the effects of thiscourse modification. Surveys and reflective statements are often used by researchers tounderstand student learning. Analysis of reflective narratives is discussed in Badenhorst, et al.[6] and Ilin [7]. For the first part of this research students were tasked with reflecting on theirown
Vehicle Technology Systems.Dr. Michael Preuss, Exquiri Consulting, LLC Michael Preuss, EdD, is the Co-founder and Lead Consultant for Exquiri Consulting, LLC. His primary focus is providing assistance to grant project teams in planning and development, through research and external evaluation, and as publication support. Most of his work is completed for Minority-Serving Institutions and he publishes regarding findings on a regular basis.Jorge Federico Gabitto, Prairie View A&M University ©American Society for Engineering Education, 2025 Initial Results of Chemical and Electrical & Computer Engineering Mixed Reality Lab Modules – Work in ProgressAbstractThis Work in Progress
to contributemeaningfully to a dynamic and interconnected world [10].Closely related, futures studies as an academic field moves beyond conventional planning toolslike forecasting and risk assessment. It embraces uncertainty and explores multiple plausiblefutures to spark imagination and address complex challenges [13, 14]. As James Dator famouslystated, “The future cannot be predicted because the future does not exist” [15].In engineering education, the use of futures literacy has primarily focused on planning and riskmanagement. While these approaches are valuable, they tend to constrain the broader,exploratory potential of futures thinking. Relying on past data and predictive accuracy canoverlook transformative shifts and obscure less
projects, by providing alternate viewpoints and that will increaseteam’s performance.5- As a new freshman Student, by asking many primitive questions from the instructor. As theresult instructor will be more prepared for the harder questions from other students.6- As a Simulator in which students can practice their project presentations.7- As a Flashcard for practicing and preparing for exam.8- For collecting Feedback regarding lectures or course.9- As a Student Advisor, by providing teaching plan, submitting course incomplete applicationform, registration, course progress, pre-requisite requirement, etc.Creating these nine options requires several best practices to ensure that they are effective,ethical, and user friendly. You can also use
of forced displacement. The pilot courses were co-developedby experts in the fields of engineering, pedagogy, demography, migration, forced displacement, andhuman rights and have thus far been offered in engineering departments at four universities across thecountry [35], [36].IV. Symposium “Issues at the Intersection of Engineering and Human Rights”PlanningThis collaboration between NAE’s CESER Program and the CHR stemmed from a shared interest inexploring the intersection of engineering and human rights, was supported by a gift from an electedmember of the NAE and was guided by a planning committee.A total of 26 panelists participated, primarily representing academia, alongside speakers from privateindustry, NGOs, and nonprofits. Their
. Introducing a faculty and alumnimentorship program would allow current scholars to benefit from the expertise and experiencesof both. We also aim to expand our industrial visits beyond the state, reaching industriesnationwide and globally. To enhance the program, we plan to provide funding for students toattend conferences and create opportunities for them to participate in hackathons.The BEST program is a small attempt to bridge the gaps faced by underrepresented students inan academic environment. There is greater work that needs to be done to eliminate or close thesegaps that are brought about by systemic negligence of this population for years together. Throughthis program we want to give students equal access to learning opportunities and
societal contexts. SO 5. an ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives. SO 7. an ability to acquire and apply new knowledge as needed, using appropriate learning strategies.The Engineering Professional Skill Assessment MethodThe EPSA method focuses on groups of students discussing a complex, real-world scenario. Thisdiscussion-based performance assessment has two components: (1) a student discussion guidedby a 1-2 page scenario that presents a contemporary multi-faceted engineering problem in acomplex societal and environmental context with no clear-cut solution along with a series ofquestions to prompt
? Why? • How would you explain the concept of neurodiversity now (Year 5)? Focus Course Interventions Example • What are some of the aspects of the course that you have redesigned? Questions • Why did you decide to implement these changes? • Have you changed, added, or removed anything about your redesigned course (since last year)? • What formats for delivering instruction have you used this year? Focus Course Redesign Process Example • How would you describe the process of planning inclusive instruction? Questions • What support or resources supported you in the redesign process? • What limits or
plug-and-play platform andaccompanying infrastructure to teach cybersecurity does not exist, unlike, for example, theubiquitous electronics lab bench used for teaching circuit design. As a result, there are few truevetted models of teaching cybersecurity, especially for supporting beginner-level students whoare just starting to interact with the field. Even seemingly simple tasks, such as planning in-classactivities, can be difficult to manage without extensive forethought and secure infrastructuredevelopment; hacking can get quite messy at times and could potentially pose security risks forthe university. Both faculty and staff must coordinate to find holes in the infrastructure and stopstudents from doing anything potentially dangerous
evaluate students’ use of LLMsduring the self-study task. We aimed to answer our research questions in the context of these tasksby designing an experiment in which task instructions were modified to permit or prohibit the useof generative AI during their completion. To answer RQ2 in particular, we categorize the assignedtask and the chatbot usage data using the Winne & Hadwin model of SRL [20]. 22.1 The Winne & Hadwin ModelThe Winne & Hadwin (W&H) model adopts the perspective of studying and learning as informa-tion processing tasks and proposes four basic, weakly recursive phases of learning: (1) task defini-tion, (2) goal setting and planning, (3) enacting study tactics and
Paper ID #46850Incorporating an Entrepreneurial Mindset in Online Introduction to EngineeringCourses: A Study of Value Creation ˜ Arizona State UniversityDr. Kristen Pena, In her role as Senior Program Manager, Learning Initiatives for the Ira A. Fulton Schools of Engineering (FSE) Learning and Teaching Hub (LTH), Kristen Pe˜na plans, develops, and supports a variety of faculty professional learning initiatives, including workshops, communities of practice, quick-reference guides, and other learning opportunities for engineering instructional staff and faculty. She also teaches undergraduate and graduate
gap.The laboratory provides them a chance to experiments with measurements of static and stagnationvalues of two important parameters, namely pressure and temperature, in high-speed flows and torealize that common temperature measurements are not always what they are supposed to representin theory.IntroductionA course in experimental methods was previously taught jointly for students in the mechanicalengineering and aerospace engineering programs. This second-year course provides anintroduction to experimentation in engineering. It aims to develop key skills such as test planning,understanding measurement chains, analyzing the metrological characteristics of instruments, aswell as identifying measurement errors and propagating uncertainties
—something especially valuable forthose who may feel their perspectives are not typically centered in academic spaces.Additionally, it is important to remain aware of how communication styles can inadvertentlysilence voices. When students have internalized that their contributions are undervalued, theymay speak less—not from lack of insight, but from prior learned restraint. Attuning to thisdynamic is key to creating environments where every student can participate meaningfully.2. Think in Terms of PossibilityIn collaborative planning sessions with new institutional partners, I often hear limitations surfacequickly: “We can’t because…” or “We don’t have the resources to…” These statements, thoughwell-intentioned, often reflect conditioned patterns
and all life on Earth,” (Planetary Health Alliance). InSeptember 2023, the United States Bureau of Labor Statistics updated the formal definition ofjob code 17-2081 Environmental Engineers. The prior definition noted that, environmentalengineering was defined as, “research, design, plan, or perform engineering duties in theprevention, control, and remediation of environmental hazards using various engineeringdisciplines.” The current definition now includes that, “environmental engineers use engineeringdisciplines in developing solutions to problems of planetary health.” The purpose of this panelpresentation is to discuss the meaning of planetary health, and how environmental engineerssolve the problems of planetary health by addressing two
anduser friendly to newer/beginner musicians, looking to delve into the world of effects. Thispedal should both be intuitive and easy to understand to someone who hasn’t interactedwith a pedal, and cost effective to allow for a less expensive entry into the pedal market.While it would be ideal to design the pedal using individual components instead of thedevelopment board to help reduce costs, the pedal would need to be manufactured on alarger scale to justify the cost of a J-tag emulator, something which the team could notjustify for this project since it was meant for a single client. The team plans to continueupdating the software for their own use, since the effects can be continually updated andrefined to achieve certain sounds, even
(x,y,z). The force in one cable (ex. AB) is known. The objective is to determine the tension forces in other cables (ex. AC, AD) required to maintain equilibrium. Once they have determined the tension values and equilibrium conditions, they must input their solutions using interactive pressure plates positioned in another part of the room. Each pressure plate represents a specific value of the solution, and stepping on the correct plates in the proper order will unlock the door to the next room. Figure 3: Room 3Future PlansWe plan to collect data to assess the effectiveness of our gamified Statics escape room. Theprimary method will involve in-game metrics like
goals and the collaborative nature of two Career Readiness modules were integrated into the coursethe planned activities. Since engineering problems often as extra-credit opportunities on the Blackboard site. Theserequire collective problem-solving and clear communication modules, developed by our institution’s Center for Careeramong team members, integrating these skills into the Readiness and Life Skills, include the Career & Self-curriculum helps students develop essential professional Development module and the Networking and Elevator Pitchbehaviors early in their education. The course structure, which module. Upon completing both modules, students earn oneincludes weekly team-based problem
What industry experience do you have? And what industry past industry experiences knowledge could you pass onto your students? Questions about professor’s How did you know you wanted to be a professor? current teaching career Questions about professor’s Why you became a professor, what cool research or projects current teaching career youve (sic) been apart of Questions about professor’s What made you chose your career path? How did it change general career and life path- from your original plans post college? way Questions about professor’s Are you a PE? If so, what is that process like? general career and life path- way Questions about the specific What is the best way to succeed in this class? Would you course
. 2 Each gesture is defined by a set of conditions for the angles between specific fingers. Forexample, a gesture for "thumbs up" might involve specific angles between the thumb, index finger,and palm, while a "peace sign" could be recognized by the relative angles of the index and middlefingers. The system compares real-time values from the MediaPipe Hands output with thesepredefined angle thresholds to identify the gesture. Once a gesture is identified, the corresponding drone command is triggered by the mainfunction. This step is performed using a drone command in the Bitcraze library. A laptop webcamis currently being used for this system for stability and accuracy, a camera from one of the dronesis planned to be used in the future
the first year students was developed four years ago to address this need.This one credit course, titled Engineering Communication, covers technical writing related skills,data visualization, and project management. We plan to study the impact of this course and theseskills in students’ performance in engineering design courses in the future.References[1] Mark E. Hoffman and David R. Vance, "Computer Literacy: What Students Know and From Whom They Learned It," in SIGCSE '05: Proceedings of the 36th SIGCSE Technical Symposium on Computer Science Education, 2005, pp. 356-360.[2] Mark E. Hoffman and David R. Vance, "Gender Difference Trends in Computer Literacy of First Year Students," in Proceedings of the 38th SIGCSE Technical
covered inlecture through solving problems designed by faculty and assigned to them. Each assignmentincludes hand calculations to verify the FEA solution. This also helps students debug theirsolution in case of a mismatch between the two solutions.II. IntroductionAs practicing engineers, the authors recognize the value of FEA in the product design anddevelopment cycle. Increasingly, companies are utilizing FEA to reduce their product designcycle, so why is it that most institutions suffice by introducing a theoretically based FEA course?If industry requires a certain skill, why do we not include this skill in the student’s training? If astudent is not planning to attend graduate school, what is the value of a theoretical FEA course?The