score deviation Engineering Identity I see myself as an engineer. 5 4.8 0.8 Academic advising support I received helpful guidance when planning the path of courses required to earn my 5 4.6 1.1 degree. I received helpful guidance on registering for classes. 5 4.6 1.7 An academic advisor was available when I needed assistance. 5 4.8 1.1 Academic peer support I had access to students whom I could ask for academic assistance. 5 4.8 0.8 I received advice from peers on how to be academically successful
concepts.In this paper, we focus on a curated set of engineering and technology textbooks from the O’Reillyplatform to demonstrate TextMatch’s capabilities. As a work in progress, we plan to expand TextMatch’sscope to additional disciplines and data sources, ultimately making it more versatile for diverseeducational settings. We highlight how TextMatch’s flexible, modular architecture supports dif-ferent semantic search models and user preferences, presenting both quantitative and qualitativeevidence—including improved mean Precision@10 and MRR scores and favorable user surveyresponses—to demonstrate its value. Ultimately, TextMatch not only broadens access to relevanteducational content but also streamlines the discovery process, showing how large
attend these conferences, the ArizonaBoard of Technical Registration [3] does not require continuing education for ProfessionalEngineer (PE) licensure renewal. It would indicate that members who attend either self-select forinteraction and community or require continuing education for licensure out of state.Engineers are all college graduates, which means they are at a minimum in their early twenties. Itis expected that young engineers would be planning a four-year internship. At that point, in thelate-20s to early-30s, engineers take their initial exam for professional licensure. During thistime, early career stage engineers are also considering building a family. It is into this mélange ofdisparate goals; individuals may start to seek more
mechanical and civil engineering students. The instructor originallydelivered the course to chemical engineering students and modified it to include content likePascal’s Law of Pressure transmission, a topic that is more relevant to disciplines likemechanical engineering. This paper will share changes the instructor made to the course anddescribe plans for future work. BackgroundThe Higher Education LandscapeAccording to one source [1], institutions of higher education were rightsizing based on aforecasted enrollment cliff as well as state and federal underfunding and then the COVID-19pandemic hit. Some institutions used Higher Education Emergency Relief Funding (HEERF) toaddress financial shortfalls, but
Plans for the App In recognizing the stark differences in how novices and experts approach and representproblem solutions and the various stages of acquiring expertise, an assessment that tracksstudents’ emerging conceptualizations of stress transformations and Mohr’s Circle has beendeveloped to adequately assess the effectiveness of the MATLAB application on learningoutcomes [17, 18]. For the assessment, multiple choice questions using three levels ofabstraction including less-abstract, more-abstract, and fully-abstract are used to measurestudents’ level of knowledge acquisition between three stages: novice, competent, and expert[18]. The level of abstraction is defined as the degree of complexity of the concept of thought[19]. That is
his post-graduation interview. As we have a singleparticipant, the data is preliminary and anecdotal. The participant did not believe the SPECTRAprogram inspired any changes in his career plans, but his participation opened doors to careers hewas interested in and made him a desirable candidate to prospective employers. I don't think without SPECTRA, I wouldn't have had much to speak about with prior experiences. Because of- so many people in the job market, wanting to have prior experience to- or prior experiences of being an engineer when there's not many opportunities to be an engineer without getting your hands into something. And so SPECTRA was a nice pathway into being able to utilize that. And the only
to Improve the Academic Performance and Motivation in Engineering Studies,” Journal of Educational Computing Research, vol. 60, no. 7, pp. 1663– 1687, Dec. 2022, doi: 10.1177/07356331221074022.[8] K. Suzuki, T. Shibuya, and T. Kanagawa, “Effectiveness of a game-based class for interdisciplinary energy systems education in engineering courses,” Sustain Sci, vol. 16, no. 2, pp. 523–539, Mar. 2021, doi: 10.1007/s11625-021-00912-3.[9] M. Hartt, H. Hosseini, and M. Mostafapour, “Game On: Exploring the Effectiveness of Game- based Learning,” Planning Practice & Research, vol. 35, no. 5, pp. 589–604, Oct. 2020, doi: 10.1080/02697459.2020.1778859.[10]E. Andersen, “Optimizing adaptivity in educational games,” in Proceedings of
requirea strong understanding of block diagram interactions. The tool used for any given concept shouldbe based on the learning objectives. The implementation of the tools for the University ofDelaware’s process dynamics and controls class for 2024 was discussed with examples.Furthermore, the author plans to continue to develop chemical engineering relevant controlsexamples for MATLAB Live Scripts and Simulink to be released.References[1] S. Freeman et al., "Active learning increases student performance in science, engineering, and mathematics," Proceedings of the National Academy of Sciences, vol. 111, no. 23, 2014-6-10, doi: 10.1073/pnas.1319030111.[2] D. L. Silverstein and G. Osei-Prempeh, "Making a Chemical Process Control
practice -1 comittment reconsideration -2 Diffusion Moratorium Searching Achieved Foreclosure (n = 1) (n = 2) Moratorium (n = 2) (n = 8) (n = 1)RecommendationsThis study began by observing the results from a cross-sectional dataset, with plans for futurelongitudinal data collection. Next steps include continuing to collect data in subsequentsemesters and courses, intending to make comparisons between different groups of ET students,courses, and interventions. The author intends to use these
different points of view of students andfaculty. The main codes used to identify the theme are as follows: real-time interaction,engagement, instructor presence and accountability.Students’ standpoint. Students equally appreciate the immediate feedback and depth ofinteractions provided by face-to-face learning, emphasizing its importance in fosteringmeaningful educational experiences. One student explained, “because by going there, seeing theprofessor there … I can always raise any of my doubts which come to my mind at that moment.”Students also identified engagement as a key topic, recognizing that planned participation inface-to-face formats fosters the dedication and commitment required for effective learning. Manystudents believe that face-to
studies. The aim of this work is to understand howSFS scholars engage with research when given the opportunity and to identify the benefits suchengagement offers to their professional development. The approach used in this work involvedinterviewing scholars to capture detailed profiles, investigate the perceived advantages of theresearch involvement and identify planned career intentions after completing their serviceobligations. The findings of this work can inform strategies to encourage greater researchparticipation among SFS scholars for current SFS sites.III. BackgroundThe CyberCorps®: SFS program is an initiative aimed at addressing the critical shortage of skilledcybersecurity professionals in the United States [2]. Established under the
/08/the-changing-face-of-americas-veteran-population. [Accessed 12 November 2024].[2] M. L. Anderson and J. Goodman, "From Military to Civilian Life: Applications of Schlossberg's Model for Veterans in Transition," Career Planning & Adult Development Journal, vol. 30, no. 3, 2014.[3] G. A. Phillips and Y. S. Lincoln, "Introducing Veteran Critical Theory," International Journal of Qualitative Studies in Education, vol. 30, no. 7, pp. 656-668, 2017.[4] C. Stone, "Stereotypes of Veterans," in Stereotypes:The Incidence and Impacts of Bias, Praeger, 2020, pp. 213-223.[5] J. Chapin, M. Mendoza-Burcham and M. Pierce, "Third-Force Influences:Hollywood's War Films," The US Army War College Quarterly:Parameters
knowledge. Breaking downcomplex ideas into simple visual representations and sketches ensures that everyone involved ina project can understand and contribute to the discussion. The informal nature of hand sketchingmakes it especially useful when quick adjustments and real-time feedback are needed. These on-the-spot sketches enable efficient decision-making and help prevent misunderstandings or errors.For example, a simple sketch on construction sites can clarify complex plans, prevent costlymistakes, and streamline project execution.Fostering Creativity and InnovationCreativity is key to effective problem-solving, helping students think beyond traditional solutionsand develop new ideas. Creative problem-solving involves exploring multiple
design an experiment to determine the effect of water content and pozzolansin concrete. However, they were not familiar with the design of the experiments part. So, tofacilitate their comprehension of experimental design, a relatable hypothetical situation involvingthe evaluation of the effect of a secret ingredient in cake baking was discussed. That discussionhelped to ignite their thought process and it also gave an opportunity to discuss the need to havea control group when designing experiments. Following the cake ingredient discussion, studentgroups discussed during lecture how to devise experiments to find the effect of water content andpozzolans. With our guidance, they formulated plans to determine the effect of varying water-cement
their feedback. Components were on the top of the unlabeled PCB,with traces on the bottom. One student found it difficult to “look underneath for connections andflip it in your head,” and others were impeded by the cables and probes attached. To address this,the research team plans to design a PCB with silkscreen labels for the test points to evaluate howclearer labeling impacts students’ debugging methodology.Five students expressed uncertainty about permissible modifications to the circuit and lab setup.Explicitly stating any prohibited changes in the exam instructions may help students begindebugging more confidently and efficiently. For example, the next exam version will clarify thatstudents are not to cycle power on any test equipment, as
choose the right one. Teaching in generalQuizzes:One method that has increased student aptitude across all genres of classes – weekly quizzes.Every Monday, students take a 5-minute quiz. Why Monday? I am still rusty from the weekendand need a few minutes to center and focus on how I am delivering my lesson plan and lets mesee what has stuck and what they missed. Why 5-minutes? It is enough to see how they arefollowing the gist of the previous week and allows time to revise the lesson. I thought this wasthe end of this evolution, but I found something better.I originally graded the quizzes during the week and returned them. Then one term when I wasoverloaded, I took a shortcut and allowed the students to
specifications. Amongthese requirements, the engineering education curriculum must include a total duration of 3,200to 3,600 instructional hours, of which at least 500 must be dedicated to professional internships.Although there is significant variability in completion of these programs nationwide [7],engineering training must culminate in a capstone project, a thesis, or passing a comprehensiveexamination, which may be part of credit requirements or plan-specific milestones.According to guidelines established by the Chilean National Accreditation Commission (CNA)[8], engineering programs must ensure that their students acquire the necessary competenciesto apply a distinctive set of scientific, mathematical, and technological knowledge dimensions.To
learning in the field of robotics.Students were asked to construct, build, and program a robot both individually and collaborativelyas a group. The study findings showed that collaborative learning does not outperform individuallearning in improving students’ troubleshooting skills. In a work in progress [10], severalengineering faculty members at Kennesaw State University proposed a long-term intervention planto add instructional materials and/or assignments to a wide range of engineering courses to helpengineering students develop troubleshooting skills. However, their plans were interrupted due tothe Covid-19 pandemic, and the preliminary study had been limited to evaluating students’ skilllevel pre-intervention. In [11] a technology enhanced
procedures to the VR Specialist’s focuson hardware/software tools and the Education Specialist’s emphasis on instructional design, theproject benefited from overlapping but distinct areas of expertise.5.2 “How-To” Guide for 360-Degree Video ImplementationBased on our collective reflections, we propose the following roadmap, as shown below. Identify Core Learning Objectives Plan the Filming Setup o Focus on procedure-based tasks o Determine optimal camera suited for 360-degree visualization. placement and lighting; confirm hardware is charged. o Schedule filming in a window that
conversation unfolded andwere not always according to plan. Interviewees dependably provided adequateresponses, and some elaborated quite extensively. The interviews were not typicallyrecorded. Students gently edited and condensed the responses as they preparedtranscripts to share with the rest of the class.In the constantly changing civil engineering landscape, a contemporary viewpointcan help students tremendously. Students appreciated the unique opportunity tospeak with an expert in the field. And the interviewees enjoyed the chance toreconnect with the university and visit with a student who would soon join theworkforce. This project was a meaningful complement to the normal series of lecturesand assignments that are typically heavy with tedious
preparedness. Institutions seeking to maximize the benefits of makerspacesshould consider integrating structured reflection practices, providing mentorship opportunities,and embedding experiential learning assessments into their programming. One of the moreinteresting findings from this study is the identification of the iterative nature of Kolb’sexperiential learning cycle. The participant currently has plans to participate in the summerinternship again in 2025, and future research will study how their next iteration of concreteexperience supports new learnings, which are built on their previous experience in themakerspace. Future research should also explore the long-term impacts of makerspaceengagement on career readiness and interdisciplinary
-worldchallenges. In contrast, modules such as “Capstone Project” and “Artificial Intelligence”incorporate collaborative problem-solving, improving social innovation skills. Culturaldimensions—including sustainability, ethics, and socio-economic adaptability—are notably absentin most technical courses. The mapping of these attributes is presented in Table 1 below.Table 1: Innovation attributes across engineering courses in current education programs Course Learning outcomes Technical Social Cultural ROBT 301: Mechanical Design mechanical parts using ✔ Design with CAD and CAD tools and 3D prototyping Machining Laboratory CHME 353: Plan and setup experiments
they dothe projects to consider the pros/cons. In future, we will continue to improve the project afterassessing the outcomes. We will further investigate the type of material that we use for the 3Dprinting, assessing the pros and cons. After we improve these projects fully, we plan toincorporate a different fabrication process for the puzzle and visor to show students theimportance of understanding the manufacturing process when they select a specific material fortheir product.
. 4Table 1. Suggested Tools and Metrics for Program Monitoring and Evaluation Processes Measurement Variables Data Collection Tool Professional HS Teacher satisfaction with Focus group interviews Development of workshops Written questionnaire on teacher HS Teachers satisfaction and perceived learning Quality of the immersive curriculum Evaluation of the quality of the and implementation plans teachers’ curriculum by project team members HS teacher content
of myself]. [But]one of the reasons I was hesitant to switch [out of] engineering [was] the idea that I could justkeep my bachelor's and be very marketable after I graduated, being a female, a minority, [I’d]get a decent job just from that with a pretty decent salary. I just wanted to get my bachelor's andthen go into the workforce. But with epidemiology, if I made the switch, I knew I'd have to get mymaster's as well and possibly my PhD. [So] my plan right now [is] doing the four plus oneprogram to get my MPH.[Now that I’m in public health], it doesn't feel isolating. I feel like you see a lot more women ofcolor. There's a lot more groups that I have found and a little bit bigger of a community. So I justfeel like there's more support going
(air quality course being offered MWF morning for ½ semester; waterquality course being offered Thursday afternoon for full semester) only four students attendedthis course. The school of engineering plans to offer the air/water quality course as a package inSpring 2026 again and expects 10-15% participation from the seniors. The professional preparation goals for this first offering were diverse. Based on the studentfeedback, we would be narrowing it down to professional preparation for advanced HVACengineering only.2. Fluid Mechanics of Air QualityStudents in this course were familiar with the basic principles of fluid mechanics and werechallenged with applying them to the dynamics of solid and liquid particles in gases. Correctionsto
behaviors. This orientation emphasizes individual differences in managing actionsneeded for goal attainment. Action-oriented individuals excel at using cognitive control tomaintain the effort required for progress, effectively setting, planning, and implementingacademic goals. In contrast, state-oriented individuals may recognize similar goals and plansbut struggle to sustain the cognitive control necessary to execute them due to i) hesitationwhich leads to difficulty starting tasks and procrastination, ii) preoccupation which leads totrouble resuming tasks after interruptions and iii) volatility which leads to difficultymaintaining focus and switching to more engaging and fun activities.Recent work in the past decade has identified two key
, significantlyenhance motivation and academic performance among African American engineering students.This initiative offers a meaningful opportunity to support underrepresented students and addresslongstanding inequities in the aerospace engineering field.Methods OR Assessment Design and AnalysisTo assess the learning outcomes, we plan to utilize the Student Assessment of their Learning Gains(SAGL) survey as the primary evaluation tool [3]. We anticipate the results will indicate thatcombining PBL with hands-on experiments significantly enhances students’ evidence-basedreasoning, problem-solving skills, and ability to apply theoretical knowledge in practical aerospacescenarios. The analysis of the SAGL data should reveal, for example, that these active
Kirchhoff’s Laws Tuesday AM Introduction to the Raspberry Pi & GPIO PM Community building activities. Test and measurement equipment & circuits Wednesday AM control flow – decisions and loops PM Introduction to bio-medical devices Thursday AM Functions, Arrays and I/O PM Basic input and output on the GPIO (actuators & sensors) Friday AM Computational Thinking, Pseudocode, debugging PM Discussion and evaluation of the biomedical device to be built Week 2 AM Communication protocols (SPI), Data acquisition from the GPIO Monday PM Planning, Pseudocode development Tuesday
structurethat allows for limited absences without additional steps or requirements. These findings promptus to further explore students’ motivations for attending class. Specifically, we aim to investigatewhether her attendance decisions are driven more by intrinsic motivation (e.g., a desire to engagein learning) or extrinsic motivation (e.g., a desire to earn a good grade). Understanding thisdistinction could help clarify why she perceived the creative solution policy as less fair or suitabledespite its flexibility.FUTURE WORK. To build on these insights, we plan to refine our interview protocol to includemore direct opportunities for students to describe other “middle ground” attendance policies theyhave experienced. Additionally, we will encourage