careers in the design and construction of the builtenvironment, including civil engineering and construction management. As the concept of sustainable designcontinues to hold greater significance in engineering and related professional disciplines, the laboratory alsoprovides the opportunity to reinforce principles of sustainability, including embodied energy, life cycle assessment,waste management and minimization. In addition, the design project has and continues to provide undergraduateresearch opportunities in the area of concrete design. Some aspects of this work will also be presented in this paper.Keywords: Concrete; Recycling; Aggregates; Wastewater; Sustainability BACKGROUNDIndustry Need
centrally hosted eLearningNote that homework was graded without any environment offering a wide range of course delivery,comments by the instructor. assessment and collaboration products and services. In b) Students should reflect on what they did or particular, it allows students to create ePortfoliosthought wrong in their original solution. They should (electronic portfolios). The primary purpose of havingwrite an explanation on what was wrong in their student ePortfolios is to engage students throughoutoriginal answer and why it was wrong. Without this his or her academic career. By having an electronicstep students were not allowed
jigsaw puzzle piece – in one “expert” group and then shares their newknowledge in a group made up of “experts” from different pieces of the whole topic – the“Jigsaw” – group to complete the course topic – the jigsaw puzzle. Per Silberman, “Each studentlearns something which when combined with the material learned by others, forms a coherentbody of knowledge or skill.”5 As Mazur found, “Nothing clarifies ideas better than explainingthem to others.”6In a prior paper, the author assessed the use of Jigsaw Learning against a traditional lecture withfirst semester freshman Architecture and Construction Management students, who covered a newcourse topic using the Jigsaw technique, early in the semester. Both groups were benchmarkedprior to the test
Increasing Student Engagement and Persistence in Adult Distance Education Johanna Comanzo and Chris Normile Excelsior CollegeIntroduction Excelsior College, a leader in online and distance learning, provides global access toquality higher education for adult learners, helping them overcome barriers of time, distance, andcost. A world leader in the assessment of learning, Excelsior is naturally renowned for itsfacilitation of degree completion and its advocacy on behalf of adult learners. The School ofBusiness and Technology provides a holistic approach to degree completion to serve adultlearners in achieving their educational and career aspirations. The faculty
usual quantitative methods of determining student learning(test/homework/projects) the project was also assessed by an outside evaluator. 2 © American Society for Engineering Education, 2015 2015 ASEE Northeast Section ConferenceMethodologyAnnually, the faculty member who has taught the Engineering Design course and independentevaluator have collected data from each cohort of students participating in the ECE program. Thefaculty and independent evaluator have employed quantitative and qualitative methods for datacollection, analysis and reporting.The independent evaluator has collected survey data
, relationship, related entity) tuples, improving factual • compress_context: consistency in LLM outputs. Uses BART for summarization to reduce context Performance is evaluated by measuring the efficiency length while preserving meaning of knowledge insertion and retrieval. Computational cost • extract_keywords: analysis of node additions and edge creation assesses Identifies key entities and terms from queries for scalability, while retrieval latency benchmarks knowledge graph retrieval. demonstrate the advantage of structured
° τ =𝐹𝐹𝐹𝐹⋅ϒ F N =−𝐹𝐹𝐹𝐹𝐹𝐹𝐹𝐹𝐹𝐹θϒ Thus, τ =−𝐹𝐹𝐹𝐹cosθϒ = −1423𝑁𝑁 (𝑐𝑐𝑐𝑐𝑐𝑐19°)( 25𝑐𝑐𝑐𝑐 )(1/100) =−336.369 𝑁𝑁𝑁𝑁 When people walking feel -336.369Nm clockwise torque. V. FINITE ELEMENT ANALYSIS replicate the artificial ankle joint's mechanical behavior in myTo assess the Hintegra prosthesis's
this laboratory were well received by students. We are in the process ofdeveloping instruments to assess the effectiveness of this lab in meeting the learning objectives.We are also working on improvements to the lab modules and instructions to students with theidea of developing a laboratory manual. Some of the anonymous comments made by students inIME 416 in Fall 2013 were: “Great class”, “Very interesting class pertaining to automationtechnology used in industry”, “I am very glad that Dr. Macedo was flexible enough to open thelab for us and help us at all times”, “The documents and tutorial videos were great”, and “I wasable to learn on the latest automation equipment”.ConclusionsDeveloping and integrating industrial automation applications
see fit toprovide.Some 10 years later, iFixit, based in the San Luis Obispo, a town on the central coast ofCalifornia, employs nearly 40 people (with a large additional student internship base) and has asuccessful business model, having grown at the rate of about 50% a year for the past 4 years.More importantly, the company has published more than 10,000 internet-based, free-accessrepair procedures and “teardowns” (disassembly and evaluation of device components) forcommon devices from manufacturers that often don’t allow user access to their documentation.These teardowns also include a reparability score, assessing how easy a device is to repair, sothat consumers can make an informed decision about the devices they purchase. The
Inelastic building roof drift 5.35 in Maximum allowable building drift 10.8 in Roof drift over building height % 1.2 %Project AssessmentTo obtain a quantitative assessment of the project and further improve the project in the future,an exit survey was conducted for all sixteen students participating the CiPair program includinganother twelve students in the mechanical, computer and electrical engineering. Students wereasked to rate their level of agreement with each question in a five-point scale: 1 – Not at alluseful; 2 – A little; 3 – Some; 4 – Quite a bit; 5 – A lot. The tables below present the students'response to the survey questions. The survey was
Second Law of Diffusion. Thisstructured approach is expected to ensure students not only understand how non-steady-state diffusion equations aresolved but also develop a deeper appreciation for the role of mathematical tools in engineering. We hypothesize thatstudents who engage with this approach will demonstrate improved understanding and adaptability when solvingnon-steady state diffusion problems applicable to engineering materials in aerospace applications. To assess theeffectiveness of our method, we adopt a co-teaching approach followed by a reflection instrument that the studentscomplete at the end of the lesson.2 Implementation2.1 MotivationMaterials Science and Engineering education often de-emphasizes mathematical reasoning in
disciplines for students with hearing impairments in the specialties” industrial engineering” and” applied mechanics”. System technologies, 4(135):43–49, 2021.[10] Tsutomu Araki, Shigeo Hirano, Kasuhiro Yamashima, and Mariko Horikoshi. Design and drawing cad education with modeling technical assistance-effective education through self-assessment and collaboration. Journal for Geometry and Graphics, 21(2):273–288, 2017.[11] Karolina Szajkowska and Anna Karwasz. The use of virtual design to accommodate a workplace for a hearing-impaired worker. In Advances in Manufacturing, pages 141–150. Springer, 2018.[12] Mr Matthew Levi Giles, Bo Jin, and Paul Ronney. Adapting cad education for visual inclusivity. 2024.
with acoustic emission signal analysis. Acoustics Australia. 2020;48(2):221-231. doi:10.1007/s40857-020-00182-6[5] 1. Leis A;Sharpe F;Hill JR;Pannell WC;Wilson ML;Ebramzadeh E;Stevanovic M; So you think you don’t plunge? an assessment of far cortex drill tip plunging based on level of training. Surgical technology international. Accessed December 8, 2024. https://pubmed.ncbi.nlm.nih.gov/28693046/.[6] Ding A, Marmor M. Drilling technique can minimize plunging. Journal of Orthopaedic Trauma. 2019;33(8). doi:10.1097/bot.0000000000001490[7] Truong C, Oudre L, Vayatis N. Selective Review of Offline Change Point Detection Methods. Signal Processing. 2020;167:107299
Support First-year Engineering StudentsIntroductionDeveloping supportive relationships among students, staff, and faculty is at the center offacilitating first-year engineering students’ transition to college and their subsequent academicsuccess. These relationship networks ideally produce a productive campus community, helpingstudents gain belonging, navigational knowledge, and disciplinary learning. Conversely, studentscan experience relationships of exclusion or marginalization, especially if they hold identitiesthat are minoritized within their majors or institutions. Despite their importance, student serviceprofessionals and researchers rarely assess and develop students’ institutional relationships insystematic
a great way to show off student life and school spirit on social media or other marketing channels.For future iterations, we recommend adding a brief post-activity reflection to gather studentfeedback. This would help assess the activity’s impact on comfort navigating campus resourcesand sense of belonging. Providing a campus map as part of the activity materials is also advisedto further support navigation.ConclusionThe photo scavenger hunt successfully helped first-year engineering students get familiar withcampus, meet faculty and peers, and build a sense of community. By combining exploration withinteraction, it made the start of the semester more engaging and welcoming. With some planning,this flexible activity can easily be
enterprise.” [15]. Thus, this work-in-progress research study evaluates theimpact of mentorship structures on the sense of belonging and self-efficacy of First-Time-in-College (FTIC) women students over their first two years in college.Research Scope and MethodThe impact of a triad mentorship model for USF’s FTIC women and their attrition rate in theCollege of Engineering will be assessed using a comparison group of about 24 FTIC womenwithout mentors. The matched FTIC mentees are paired with three mentors: a peer, a facultymember, and an industry professional. Formal programming is required at various points overtwo years. At the start, mentors share their backgrounds and reasons for choosing their fields,while mentees outline their academic goals
, I faced a steep learning curve. Reflecting on this experience, Ibelieve observing my own physics professors’ teaching strategies would help me refine myapproach. Also, having a physics instructor observe my teaching and provide constructivecomments and feedback could be invaluable. The feedback would allow me to identify areas forimprovement and refine my pedagogical methods. Together, these steps will guide thedevelopment of a more cohesive and impactful curriculum for future iterations of the camp. Infuture camps, we aim to assess the impact on students’ comprehension and application of QKDby using pre- and post-camp questionnaires and analyzing results with Welch’s t-test.ConclusionThe three-week quantum summer camp introduced college
ideal TIM should have high thermal conductivity, low thermal resistance, highcompliance, and excellent reliability. This paper describes the design and building of the setup.After building the setup, a series of tests were conducted to assess the thermal performance ofvarious TIMs, which are discussed.IntroductionResearch and development for new technologies are developing very fast and this requirestremendous amounts of computing power and advanced electronics. As power processing perunit area increases, heat dissipation also increases. And when the processor is in contact with theheat sink, only a small percentage of the surface is actually touching. Most of the remainingspace consists of air, which has a very low thermal conductivity of
complete a review by the Institutional ReviewBoard, to ensure that student privacy concerns and other ethical issues are addressed beforesurveys are distributed. The statistical analysis methods of means, materiality, and Cronbach’salpha will be used to assess the value of the survey. One of the challenges faced by the authors isfinding sufficient data to perform a statistical analysis. It may, in fact, take multiple academicyears to have statistically significant data. The survey itself will allow the authors to examine theimpact of the flipped classroom and the utilization of multiple faculty members in such a class.ConclusionsIn this Work-In-Progress paper, the authors have outlined the current research into the flippedclassroom, discussed the
assessment, align with industry requirements,and enhance the professional identity of Construction Engineers.Introduction and BackgroundThe construction industry is a critical pillar of economic growth and societal development. Theconstruction sector significantly impacts national economies, from shaping urban landscapes tobuilding essential infrastructure. According to the Bureau of Labor Statistics [1], employment inconstruction-related occupations is projected to grow faster than the average for all fields overthe next decade, creating 663,500 annual job openings from industry growth and retirements.This underscores the rising demand for professionals who have both engineering and projectmanagement skills.Construction Engineering (CONE) programs
objectives andgoals, that would lead to meaningful assessment of S&Tperformance and its repercussions for the societies in which it
-lecture formative assessments and designing AI-proof assignments. Her educational background includes a B.S. in Medical Technology, a Master’s degree in Chemical and Biological Engineering from KAUST, and a Ph.D. in Bioengineering from the University of California, Los Angeles. Reem has also engaged in post-doctoral research at the University of California, Santa Cruz, and the University of California, Irvine.Dr. Alyssa Catherine Taylor, University of California San Diego Alyssa C. Taylor is a Teaching Professor in bioengineering with thirteen years of teaching experience across introductory, laboratory, and capstone design courses. Her teaching career began in 2010 when she joined the University of Washington as an
Paper ID #46170CHIPS, Science, & Secondary Engineering Technology Education (ResourceExchange)Dr. Greg J Strimel, Purdue University at West Lafayette (PPI) Greg J. Strimel, Ph.D., is the assistant department head and a associate professor of Technology Leadership & Innovation as well as the program lead for the Design & Innovation Minor at Purdue University. Dr. Strimel conducts research on design pedagogy, cognition, and assessment as well as the pre-service engineering teacher education.Deana Lucas, Purdue University at West Lafayette (COE) Deana M. Lucas is a PhD student in the Technology Leadership and
. Additionally, the students participate in specialized workshopscovering topics such as business model development, market analysis, and financial planning. Surveys areconducted to assess student learning outcomes, including confidence in entrepreneurial abilities andteamwork skills. Project outputs, such as prototypes and business plans, are evaluated for innovation andfeasibility. Entrepreneurial training is embedded within the broader VIP+ curriculum, ensuring alignmentwith academic goals while fostering practical skills. The students earn academic credit for theirparticipation, further incentivizing engagement. These credits are usually substituted in their curriculumsuch as Free Elective, Technical Elective, Signature, and Engineering Elective, in
southern United States, aims to assess thecurrent perceptions of diversity among engineering students and faculty members. The studyencompasses comprehensive surveys comprising 30 questions that explore various facets ofdiversity and inclusion within the school, in the engineering curriculum, student organizations,and the engineering workforce. The survey analysis provides valuable insights, which were usedto provide recommendations for faculty members, instructors, and other stakeholders in theengineering education sector. These recommendations aim to foster an academic environmentwhere everyone can thrive, contribute, and fulfill their potential regardless of their gender andrace.Keywords: STEM students, faculty members, perception, diversity
Records included by all researchers (n = 165) Records for full-text review Records unable to be retrieved (n = 283) (n = 34) Full-text records assessed for Full-text articles eligibility Excluded (n=213) with reasons: (n = 249) Insufficient Data (n = 189
PsychologyMatthew Whitwer, University of Kentucky Matthew Whitwer is a fourth year PhD student in the department of Chemical and Materials Engineering at the University of Kentucky. He completed his bachelor’s degree in chemical engineering at West Virginia University in 2020.Adrian Nat Gentry, Purdue University at West Lafayette (PWL) (COE) Adrian Nat Gentry is a Ph.D. candidate at Purdue University in Engineering Education. They completed their undergraduate degree in Materials Engineering from Purdue in May 2020. Adrian’s research interests include assessing student supports in cooperative education programs and the experiences and needs of nonbinary scientists. Adrian is involved with Purdue’s Engineering Education Graduate
learning analytics is whether student engagement could beeffectively captured through digital traces. Student engagement is a multifaceted concept thatinvolves the time and effort students invest in their studies and how institutions support theseefforts [13]. Learning analytics usually assess engagement through data collected from LearningManagement Systems (LMS), which track students' online activities, such as the number ofinteractions, clicks, and time spent engaging with course materials. It is plausible that thesemetrics could provide insights into how students' efforts in class correlate with their academicsuccess [14]. There is limited research on measuring the multifaceted engagement in onlinelearning through learning analytics [15]. In
-saving behaviors of students in Fukushima, Tokyo, andKyoto/ Nagasaki. Students in Fukushima scored lower than those in Tokyo due to two keyfactors. First, Fukushima consistently performed the lowest on Japan’s National EducationalAchievement Test among regions assessed for energy literacy. Second, the economic, social, andeducational disadvantages of a region may reduce community engagement with environmentalissues. These findings highlighted the critical influence of socioeconomic factors on energyliteracy and the necessity for region-specific assessment to address local challenges effectively.In the U.S., only a few state- or region-level comparative analyses have been reported overthe past 15-20 years, but not on a grand scale. One study[14
internal scale consistency.As this study aims to explore potential relationships between different dimensions of genderidentity and the engineering outcomes described earlier, the key independent measures arevariables that assess various aspects of gender typicality. This includes two gender typicalitymeasures: feminine typicality and masculine typicality. These scale variables capture anindividual’s view of their gender identity as being similar to typical women and men their age,respectively. They have been previously validated [8], and results from confirmatory factoranalyses indicated that scale variables for feminine typicality (Cronbach’s alpha=0.78) andmasculine typicality (Cronbach’s alpha=0.70) have good internal reliability. The scale