successfully dissociate student identities fromtheir submissions, ensuring anonymity in grading. This tool's deployment in real-worldeducational settings provided valuable insights into the practical aspects of implementinganonymous grading systems. The web application development approach is described below. 1. Class Roster Input ● The application allows instructors to upload or input the class roster, including student names and any other relevant information. 2. Alphanumeric Code Generation. ● Upon inputting the class roster, the system automatically generates a unique alphanumeric code for each student. This code serves as the identifier for the student in the grading process, ensuring
theirdreams. The student chooses to focus on their experience as a first-generation experiencestudent and their experience navigating STEM coursework. This story highlights the ways thatstudents can experience anxiety when they feel that they don’t have support, but alsodemonstrates how this led the student to identify ways other students could be supported,including through the inclusion of undergraduate “LAs” (learning assistants) in STEMclassrooms.Story 1: As a first-generation student, with no prior knowledge on what to expect from going after a higher education, my experience in Florida International University has varied from extreme points to other. Coming into FIU, there have been things in my experience that have stood
credit at the community colleges before transferring, reducingtheir workload at the 4-year university.Students’ admission and transcript data was used to explore their socio-demographic diversity,course-taking patterns and rates of degree completion.Socio-demographic diversity. Using institutional data, we measured key socio-demographiccharacteristics of the students. This included students’ gender, whether they were classified aslow-income, first-generation college-going or an underrepresented ethnic minority student.Indicator variables were dummy-coded (1=Female/Low-income/First-generation college-going/Underrepresented ethnic minority). In addition, students’ ethnicity was assessed. Indicatorvariables were created for the following
, which can furtherthe understanding and impact of formative peer feedback in first-year engineering courses.I. IntroductionIn an increasingly collaborative and globalized world, effective teamwork is an essential skill forengineers [1]. To help students develop teamwork skills, project-based learning (PBL) courses,including first-year cornerstones, have become a component of most engineering programs [2].However, having students work in teams on an engineering project does not necessarilyguarantee effective teamwork is practiced or that students further develop their teamwork skills[3]. Peer evaluation systems, such as Comprehensive Assessment of Team Member Effectiveness(CATME), have been developed to help instructors monitor team dynamics and
choices). Results are shown in Table 1.Interestingly, among the female students twice as many were stressed compared to happy, whilefor male students a higher percentage were happy vs. stressed. This generally poorer mentalhealth among female college students has also been found in other studies.Table 1. Percentage of male and female students selecting different clicker options Year: 2023 2022 Year: 2023 2022 M-F M-F My main M-F M-FI currently feel: n=32-19 n=31-15 self-care is: n=28-19 n=31-14Happy, things are going well
, we can get from the equation (6), which matches theequation (1).Answers from ChatGPT: Several noteworthy observations emerge from this example: ChatGPT’s Potential for Misrepresentation. It is evident that ChatGPT can produce !" incorrect solutions during the reasoning process. In this specific case, it presented 𝑘 = #$ at Step 12 instead of the desired derivation. Notably, it employed the assertion “have derived the formula” to advance its response. This behavior suggests that ChatGPT has the capability to generate responses that do not align with the underlying principles, which can pose risks for students in mechanical engineering
Difference Perceived Gains in Professional Skillsa 5.4%** 29.3%*** 23.9% a Perceived Gains in Technical Skills 2.1% 26.1%*** 24.0% GPAa 4.1%* 3.9%* -.2% b Retention in the second year 12.4% 13.5%*** 1.1%Variables entered into Model 1: gender, residential status, living arrangement, educational aspiration, race, sexualorientation, first-generation status, prior postsecondary experience, being an athlete, and age.Variables entered into Model 2: All those variables for Model 1 and three dummy variables of student clusters, withDis-engaged Learners as the reference group
Power Point of Solar Cells/ModulesMost solar cells are diodes that operate in the fourth quadrant of its current – voltage curve. Atypical solar cell can be modeled with the circuit shown in figure 1 which contains a constantcurrent source, a diode, a series resistance, and a parallel resistance. The terminal current andvoltage relationship can be expressed with equation 1, where Iph is light generated current; Is isthe diode saturation current; VT is the thermal voltage, and n is the diode ideality factor.Figure 1 the one-diode solar cell equivalent circuit 𝑉+𝐼𝑅𝑠 𝑉+𝐼𝑅𝑠 𝐼 = 𝐼𝑝ℎ − 𝐼𝑠 (e 𝑛𝑉𝑇 − 1) − ---- (1) 𝑅𝑠ℎEquation 1
-worldbehavior through the Gamer’s Dilemma, the hacking arms race through government stockpilingof zero-day exploits, and other timely issues.This instructor regrets that she has no research to indicate whether this pedagogical technique issuccessful to any degree. But she doubts that such an experiment can be conducted according toscientific protocols, except by teaching courses that are equivalent except for thecomputational-analogy content, a scenario not available to this department.These analogies could serve as a platform for larger philosophical inquiries, offering provocativequestions about the relationship between (1) general cognition as we apply it to knotty moralproblems, and (2) the computational paradigms that continue to emerge as
the attractiveness of Lappeenranta as a place to study, live and raise a family.These aims resulted in a collaboration, which can be primarily regarded as a curriculumenrichment programme containing some elements of community support [1].Earlier studies have noted that young people’s attitudes towards science and technology inthe Nordic countries are sceptical, which indicates that school science fails in many ways [2].The school science has also been noted to cater only the interests of the minority who wish tostudy science or technology further and not to serve the more general development ofscientific literacy among the pupils [3]. Stronger contextualisation of science teaching andopening up school curricula to the societal and cultural
dividedeach of these major themes into a number of subcodes, yielding 11 subcodes all together.FindingsThe results of our thematic coding process is summarized in Table 1. It shows the names of thecodes, their relative frequencies, and an example statement for each subcode.Table 1. Thematic codes, their frequency, and examples Code Pct Example quote Execute 49% Generate 4% Because I asked for a smaller piece of acrylic than I actually needed I Ideas had to make changes here. I had to make slight changes in the design. I figured out how to do all that. Help / 4% Mostly I helped my friend [Tim] with his project, the box drum. So I Teach helped him cut
TPS classes, were higher for those in the IEPS classes from before andafter the classes. Overall, attitudes towards communication, motivation, and engineeringidentities were significantly higher for those in the IEPS classes than the TPS classes. Findingsreveal that while having a public speaking course in general can be beneficial to engineeringstudents, there might be more communication and professional identity gains from implementingIEPS courses. The study raises promising directions for future investigation into mechanismsthat make IEPS courses more effective than TPS courses for communication outcomes andidentity of engineering students.[1] A. M. Penrose and Katz, S.B. Writing in the sciences: Exploring conventions of scientific
do actual FDMor tensile testing, and (iii) a group of using both the VR and hands-on experiments. Eachexperimental condition begins with an orientation training session designed to teach students aboutVR and AM techniques.2. Literature reviewOn February 11, 2019, President Donald Trump signed an executive order launching the AmericanArtificial Intelligence (AI) Initiative, directing federal agencies to focus on the technology. AI hasbecome a defining issue, affecting national security, economic development, human rights, andsocial media. Currently, VR for AI has been studied in the form of human-centered simulation forsocial science [1], and researchers have applied AI to VR, which is called Intelligent VirtualEnvironments [2]. It is
student experiencesand learning outcomes across different levels of delivery synchronicity of an online lab class(relative to an in-person class in the same student body) to help answer questions about how toadminister hardware-based lab learning online and how much synchronous engagement is enoughfor these use cases.The key research goals in the presented exploratory work were to 1) compare student experiencesand learning outcomes across two different levels of synchronous teaching when administering anonline lab class (i.e., asynchronous vs. synchronous) and 2) evaluate the above experiences andlearning outcomes relative to a similar-level in-person class taught to the same general studentpopulation. Accordingly, we collected data from seven
Virginia Tech in Engineering Education and Future Professoriate and from USFQ in Structures for Construction Professionals. MiguelAndres’s research includes Architectural and Civil Engineering Project Management, Sustainable and Resilient Urban Infrastructure, and the development of engineers who not only have strong technical and practical knowledge but the social awareness and agency to address global humanitarian, environmental, and social justice challenges. For him, social justice is a concept that should always be involved in discussions on infrastructure. Related to STEM education, Miguel Andres develops disruptive pedagogies for STEM courses as a tool for innovation, and assessing engineering students’ agency to
published papers | Research Project winner! Education: BE in Mechanical Engineering MBA in Information Technology MS in Computer Science (IP) My paper is accepted for 2024 ASEE Southeastern Section Conference, Marietta, GA, March 10 - 12, 2024. Research interests: 1. Meditation 2. Music 3. AI Hackathons: 1. INTEL AI Hackathon FIRST prize Winner! 2. Llama 2 ClarifAI LablabAI hackathon SECOND prize winner! Published papers: Peer-reviewed Published papers: 1. FIE 2023 IEEE conference, Texas, USA: EEG Spectral Analysis and Prediction for Inattention Detection in Academic Domain 2. AIMC 2023, Brighton, UK: Introductory Studies on Raga Multi-track Music Generation of Indian classical music using AI. 3. ASEE
the register.Moreover, it also accommodates the "Clear" operation. Fig. 4. Register circuit and component.Furthermore, students are required to construct a one-hot decoder circuit employing basic logicgates, as depicted in Fig. 5. This decoder circuit plays a pivotal role in governing the data pathbetween the ALU and the registers, ensuring that only one output is set to ‘1’ while the otherthree remain ‘0’. While this circuit is very simple and can be manually designed, CircuitVerseoffers a convenient tool (combinational analysis) capable of generating digital circuits based ontruth tables. Fig. 5. One-hot decoder circuit and component.Having designed the register and decoder circuits
sustainability competencies. Adetailed description of the survey development is available in Song et al. (2024) [8]. Thetailored intervention strategies and the data on their impact on building environmentalbehavior help develop educational strategies for preparing the next-generation diverserenewable energy workforce. II. OBJECTIVES The objective of the present study is to test the following two hypotheses: 2 1. There is no connection between engineering students' environmental awareness and their willingness and preparedness to pursue careers in industries developing sustainable energy resources, named green energy industries, GEI. 2. There are
of the seven participants as well as their majors and first-generation status.Table 1. Students’ Demographic Information Ethnic Engineering Institution Pseudonym Gender Generation Identification Major Type Alberto Male Hispanic/Latino First Gen Mechanical HSI Honduran Eva Female American / First Gen Biomedical HSI Garifuna Lety Female Mexican First Gen Civil HSI Mexican Leo Male
technical entrepreneurship course - cap tables, building financial capital, how to get VC funding, etc. but it was so much more. It definitely introduces some of these technical concepts but at its core, the class is about learning to be radically honest with yourself and becoming cognizant of who you are and how you approach leadership, entrepreneurship, and life in general. For me, the most valuable part of the class was the set of self analysis and introspection tools the teaching staff provided as well as the ability to hear a myriad of perspectives from entrepreneurs and VCs at various stages in their career.Student comments suggest there is something of value here, and as a teaching team, we aspire toidentify and
2 Experimental 1 Table 5: Articles sorted by general Methodology Methodology Number of Articles Quantitative 10 Qualitative 4 Mixed 3As shown in the tables above most of the articles found are survey/questionnaire-based (ten outof 17), focused mainly on undergraduate students (12 out of 17), while a smaller number ofmanuscripts use either focus groups or interviews for their main data collection methods. Fourmanuscripts focused on the perspectives of high school students only while a smaller subset
6 UP Performance Thesis Prepatory 4 UP 6 Thesis Thesis 6 UP ∑=15 ∑=602.3.1 Course descriptionsCourse descriptions are documented per module.Module 1: Sustainability Engineering / Fundamentals of SustainabilityThe United Nations Brundtland Report defines sustainability as “meeting the needs of thepresent without compromising the needs of future generations to meet their own needs”. Thiscourse introduces students to different aspects of sustainability and the growing need
: Transformative, Somewhat Transformative; and Traditional. The TransformativeOutcomes and Processes Scale (TROPOS) consists of 30 items on a 6-point Likert scale (1 =Strongly Disagree to 6 to Strongly Agree) and is aimed at assessing the overall transformativelearning of the students. The TROPOS consists of four constructs - social support, attitudetowards uncertainty, criticality, and outcomes; it has a reliability coefficient of Cronbach’s α =.884 [16]. The last part of the survey consists of demographic data: sex, gender, race, andethnicity, and included the international status of the participants, their routes to college, andwhether they are first-generation students.ResultsParticipantsThe demographic data collected is collated and presented in
a career fair each semester connecting over2,000 students with around 200 employers. [8] One hundred and twenty-six employers attendedthe career fair in the fall of 2022 looking to hire mechanical engineers. Only 1 employer self-identified as a company in the automotive industry (0.7%).Literature ReviewNew Engineers / Students’ Vision of the WorkplaceThere can be a disconnect between the practices of being and engineering student and that of aprofessional engineer. The transition from engineering student to new engineer is separated bytime, but also the constraint of a curriculum teaching technical content knowledge chunked intocourses, and the applied nature of work, less bounded by the necessities of academia. Throughstudies of these new
features. The growing use of PLM worldwide has generated a need forengineering and technology graduates with basic knowledge and experience in this area. Byintegrating the software and accompanying process paradigms into the curriculum and/or offeringsupplemental PLM software workshops, students can join the work force ready to contribute withtheir virtual designs [2]. Companies will be able to depend on recent graduates to immediately stepinto more responsible technical roles due to a background in PLM software and strategies. Notonly will this benefit students as they will be able to integrate themselves into the company quicker,but businesses will be able to provide entry level hires with greater opportunities to help theenterprise. An emphasis
expansive generative session when identifying them for this population. We attribute theability of students in the standard course to score significantly higher than those in the honorscourse to the different course curriculums where students in the standards course, as previouslyelaborated upon, complete a semester-long and open-ended design project. With this coursestructure and content in mind, we identify the open-ended aspect of the semester-long designproject as the primary reason students identified more value categories and consistently scoredhigher in that portion of the rubric than students in the honors course. In other words, the coursestructure and content appear to have an effect on student comprehension of value categories andtheir
Technology into Georgia’s Elementary Science Program • Bridges for Engineering Education © American Society for Engineering Education, 2022 Powered by www.slayte.com Analyzing Teacher Supports for Collective Argumentation in Integrative STEM Classrooms (RTP)AbstractThe Next Generation Science Standards [1] recognized evidence-based argumentation as one ofthe essential skills for students to develop throughout their science and engineering education.Argumentation focuses students on the need for quality evidence, which helps to develop theirdeep understanding of content [2]. Argumentation has been studied extensively, both inmathematics and
performengineering design tasks using an 11 point generic scale from 0 (low confidence) to 10 (highconfidence) (see Table 1). The original first item - conduct engineering design - of the scale wasremoved for this study. This item was designed to capture engineering design using a single item.We chose to focus on capturing student perceptions of engineering design by presenting embeddedsteps rather than a single item.Table 1 Engineering Design Self-Efficacy (EDSE) Scale Instruction: In this section, please rate your degree of confidence to perform the following tasks. Item Scale Identify a design need Please use the following scale: Research a
reliabilities.KeywordsObject-oriented design, software development, reliability, student information system 1. IntroductionMany aspects in life have adjusted into a new technology-based world. As aspects become moredigital in our every day lives, it was evident that our Universities/College were going to adjust aswell. In transition to transforming into the new common society, campuses have organized andbuilt several components that allow the students, professors, and faculty to access materialthrough a designated internet browser. As a student who must abide by course room proceduressuch as deadlines, an interrupted server can cause a decline in the student’s overall grade point.In response to unexpected difficulties, the System Information System (SIS), was
) maximize efficiency of their solar cells using various fruitdyes; and (4) measure the voltage and current output of DSSCs in comparison with silicon solarcells. Data collected from implementing the developed curriculum in high school classrooms isdiscussed and plans of both formative and summative assessment are presented.1. IntroductionIn the late 1960s it was discovered that illuminated organic dyes can generate electricity at oxideelectrodes in electrochemical cells. In an effort to understand and simulate the primary processesin photosynthesis the phenomenon was studied at the University of California at Berkeley withchlorophyll extracted from spinach (bio-mimetic or bionic approach). On the basis of suchexperiments electric power generation