Education. Dr. Pennathur’s research interests are in human factors engineering and engineering education. In particular, he has conducted research on functional limitations in activities of daily living in older adults. The National Institutes of Health, and the Paso del Norte Health Foundation have funded his research on older adults. The US Army Research Laboratory has funded Dr. Pennathur’s research on workload assessment. Dr. Pennathur has also been recently awarded two grants from the National Science Foundation in Engineering Education. In one of the grants, he is modeling how engineering faculty plan for their instruction. In a second grant, he is developing a model for institutional transformation in engineering
/STEM_in_Schools_v1-2.pdf).The SEEK mentors are from a wide variety of educational backgrounds, both HBCUs and PWIs,as well as from diverse ethnic backgrounds. They are encouraged to share their experiences andwork together to build their classroom culture, customize lesson plans, and make the 3-weekprogram tailored to the SEEK students in their classes (see Figure 6).In addition, each of the teaching modules have asocial justice component that challenges the SEEKstudents to imagine ways they can solve problemsin their community through technologies likedrones, coding, and robotics. SEEK EngineeringDesign Challenges incorporate elements of socialjustice by allowing the SEEK students toreimagine these engineering kits on drones,coding, and robotics as
UndergraduateSummer Research Program. This will provide us valuable information on the ef�icacy of this approachacross a variety of STEM disciplines since the Summer Research Program has students from thespectrum of majors offered in the School of Science, from Physics to Psychology. Our plan alsoexplicitly tests a subset of participants a year later to see how well they retain their ethics trainingand how well they recall the question-directed approach.CONCLUSIONS This paper presents an approach that uses a question directed approach towards the teaching andlearning of tech ethics. The questions are memorable, and the expectation is that students throughrepeated instruction in the framework will continue to have this front of mind and therefore
seminars or experiences are considered one of the high-impact practices (HIPS) [2], and aredesigned to increase first-year retention. The general goals of first-year experience courses are tosupport college students' academic performance, social development, persistence, and degreecompletion. The College Success courses often introduce first-year students to campus resources,time management, study skills, career planning, cultural diversity, and student developmentissues [1]. The majority of 4-year institutions require first-year courses for credit [4]. However,due to the diversity of FYE design and configuration, research shows mixed results regardingpositive outcomes [3]. Zerr and Bjerke [5] compared a three-credit academic-themed first
ethicalimplications of their project, with the goal of sharing this with other courses in the CSCEcurriculum. The approach was enhanced and continued to Spring 2023, Fall 2023, and iscurrently planned to be deployed this Spring 2024 in capstone classes taught by other faculty.The approach had two objectives:1) Allow the capstone students to explore at a deeper level ethical topics of interest to them andwhich impacted their project. This created a more authentic process for an ethics discussion inthe senior capstone design class.2) Create additional content, in the form of videos on various ethics topics that are relevant toCSCE undergraduate students, to be shared to other instructors teaching other CSCE courses inthe curriculum.Although the specific
included in this data were those students with disabilities who considered to have a "Definitions" section. who "identified as students with were included in this data disability. The report also However, the disability disabilities under IDEA, according were those who "identified as(Q3) Is a definition wrote, "Disability is defined definitions state that it to an IEP, IFSP, or a services students with disabilitiesgiven for as an individual reporting at includes those who receive plan") under IDEA, according to an“disability” or how least moderate difficulty on services covered
report describes using brainstorming sessionsas a way to get more structured dialog across the participants and other attendees. NASA alsoprepared for the workshop by providing background information to the speakers about the natureof NASA’s Moon to Mars plans, helping to make discussion of the workshop - be it critical ornot - was connected to NASA’s current thinking and plans. 5. Concept Interpretations at the BoundaryThe first element that this paper seeks to explore is the variety of interpretations whenengineering professionals encounter concepts from the social sciences and humanities, andespecially when those engineers are considering the broader ethical and societal impacts of theirwork. The concept of boundary objects and boundary
about what is being pitched through various methods includingdescribing a pain point, telling a story, justifying the scope of the problem or need, anddiscussing the urgency of implementation and plan in which to address the need. In addition to alecture that engaged students through active listening and participation (e.g., raising hands toagree with certain statements, answering brief questions, etc.), students also completed anactivity in which they practiced writing a value statement that could be used within an effectivepitch. Finally, after learning a few tips to communicate their pitch both verbally and visually,students were given time to begin formulating their own pitch for the assignment with theirproject team.In the BIOE 306
was 6.7 in their productivity, which makes sense, as this method isa great way to organize existing thoughts and plan out next steps. The results from the Biomimicry group are interesting because when assigned theirmethod, both participants first wrote a comment pondering how to connect their ideas to naturebefore getting into their problem-solving. Also, both participants only developed one solutioneach when assigned to the method of Biomimicry, one of which was an expansion on the freebrainstorm idea with added connections to nature. Despite this, both of them in the post-workshop survey rated the increase in their creativity to be a 9, which is a strong indication thatthey felt more creative when using Biomimicry. Overall, both
· Familial · Aspirational · Social · Linguistic environments. Data to subsequentially grow as activists (seen in the figure to the right) Analysis Students' sentiments regarding the supportiveness of their cultural and social capital revealed learning environments that were 1) Plan
pláticas. Their pláticasengaged professors, students, and family members to acknowledge their cultural roots and feelconnected to one another through their experiences, family heritage, and language.Simultaneously while families were engaging at the university level, AVE Frontera alsoacknowledged the need for financial support for college students creating scholarshipopportunities. A majority of educational opportunities were located in Edinburg, Texas, howeverfamily leaders wanted educational opportunities to occur through organization in theirhometown, Weslaco, Texas.Education and ResearchThe building of confidence among family leaders through pláticas in the organization, planning,and implementation of social, cultural, and educational events
applicable installation codes and regulations) the plans, designs, and specifications for the permanent electrical installations (including distribution panels, wiring, sockets, safety protection devices) planned in newly constructed or renovated buildings. In that State, this step is required before the local government authority will consider approval of the proposed construction or renovation. Robert’s professional education and work experience is in electrical engineering with an emphasis in the field of power systems. His long-standing friend Elizabeth wants to start a business that will launder hotel items such as towels and bed linens. Elizabeth is not a licensed Professional Engineer but designs the
, when asked how PQI training has aided them in their research productivity,reported an increase in their research collaborations. The second and third reported impacts ofthe ProQual Institute regarding research productivity, as reported by participants, were anincrease in grant submissions (11 participants) and an increase in publications (9 participants).Fewer participants noted an impact on increasing conference presentations (7 participants) and inother areas (3 participants). These included activities such as project planning, oralcommunication, improving the quality of publications, gaining confidence in reviews, andenhancing their ability to write qualitative work, even if not yet published. Figure 5: PQI impact on
settings.The TRSS 301 is an introductory course that covers transportation system principles andprocedures like planning, engineering, management, and logistics, as well as important issueslike physical, economic, social, and environmental concerns. Among the subjects covered arepassenger and freight transportation networks, intermodal connectivity, and traffic controloperations. This transportation course covers nine modules in total. TRSS 415, a courseconsisting mostly junior and senior students, had five modules: Principles of Highway Drainage,Soil Properties, Earthwork Calculations, Highway Alignments, and Intersection Design. Thiscourse covers the fundamental principles, methodologies, and approaches of highway design.Table 1 provides an overview
a scale. Heavy collaboration between state and local officials, as well as public approval isrequired for the planning and lifetime of the project. If local and state governments are notwilling to provide the funding, it must be obtained through federal grants. However, these grantshave an extensive list of requirements that are not always feasible for the scale of each project[20]. It is also important that this land is not developed solely as high-cost housing. Instead, theremust be a focus on integrating communities through affordable housing, greenspace, andaccessible amenities, in addition to physically reconnecting the communities.The intricacies of the effects of the Highway Act and its lingering effects on disadvantagedcommunities
terrified of taking a certain job, because they feel that it is a lifetime commitment to that field. I hear things like, "If I take that job, I will have to work on embedded systems the rest of my life". Moreover, I think just forcing the student to take the time and formulate thoughts and arguments for their life-plan is invaluable. I feel like many of our engineering students get bogged down in their regular academic work to a point that they are not appropriately planning their future.” – Industry MentorWhen asked about whether or not they felt that these mentoring sessions were successful, therewas an overwhelming belief that these sessions were not just successful but invaluable. Manyreflected on the
constructed objectbetween both activity systems, such as a care plan agreed upon by doctor and patient [17]. Figure 1. Third generation cultural-historical activity theory (CHAT) [17].To align with the Findings from the study reported here, we have adapted Engeström’s frameworkto fit our educational context, as shown in Figure 2. The faculty and student activity systems eachare comprised of the six interacting elements discussed above, similar to those shown in Figure 1.The subjects of the faculty activity system are Ash and Birch, the two faculty instructors weinterviewed, and their community includes other faculty, student instructors, staff support, andothers. The subjects of the student activity system are students taking both Ash’s and
and Pedagogy usestorytelling as a central theme to enhance the career competencies of graduate students.Course Structure for the Professional Development Course SeriesLearning in the classroom is effective when it is student-driven and student-centered. At thesame time, constant feedback, motivation, guidance, and challenges provided by the professorshelp the students take that extra step toward reaching a higher level. A well-structured coursedefines a clear projection for the student’s growth. As such, the PD courses are carefully crafted,planned, and organized to accommodate student learning, exploration, feedback, practice, andreflection. The objectives for each course mentioned in Table 1 are different. Yet, they sharesimilar teaching
outcome was to be met.The fourth interviewee is from a small institution that offers limited degrees and courses, andthey spoke broadly about needing to meet accreditation standards in the context of the entireinstitution, and therefore the desire to weave ethics across the curriculum. Three of the fourinterviewees described the need to adopt active and problem-based learning approaches asanother reason why they sought out Toolkit resources, because they found the “off-the shelf”activities and lesson plans were designed in a way that supports that pedagogy. Twointerviewees pointed out that the Toolkit fills a gap because existing resources on engineeringethics in the UK often come from professional engineering institutions and these are framedfor
devising innovative and functional layout plans for hospital operatingdepartments (Zhao et al., 2023), and in the realm of educational facilities, it facilitates the generation ofclassroom layouts (Karadag et al., 2022). The fashion industry also benefits from GAI, with studies showingits transformative effect on design processes (Särmäkari & Vänskä, 2022). Furthermore, in user experiencedesign, GAI plays a pivotal role in modernizing the design process, enhancing various stages fromconception to completion (Houde et al., 2022). In the context of design education, the adoption of GAI is recognized for its potential to enhanceinstructional methods and prepare both educators and policymakers for the future of learning, emphasizinga
experienced individual. This relation servesto guide, support and help the less experienced individual navigate in either new environments or in a newrole (Kram, 1984). Mentoring provides mentees with coaching, career planning and psychosocial support(Eby & Lockwood, 2005).Other literature reported that mentoring can yield the following benefits: 1) positive self-image, 2)persistence in school and 3) career development (Eby et al, 2007; McGee, 2021). An important mentoringrelationship is the faculty-student relationship. This relationship is usually formed within the bounds ofthe classroom, but can extend outside the classroom, and can produce the benefits stated above (Eby et al,2007). Mentoring has been shown to yield positive outcomes for
expose interesting credit accumulation patterns that can help us discover causes ofexcess credits [18]. A secondary aim of this study is to compare the excess credit accumulationtrends between Transfer students and Non-Transfer students, to explore the idea that transfercredit loss plays a role in the accrual of excess credits. This analysis may also help estimate howmany usable credits Transfer students enter with. Let us point out here that we are using theexcess (or usable) credits accumulated against the student’s degree program of graduation for thisanalysis. A more direct method (which we plan to implement in the future) would be to perform acredit hour decomposition on a semester-by-semester basis, measured against the program inwhich
bricolage into the makerspace literature is usedto argue for making experiences that are not completely planned, which corroborates the idea ofconstructionism that the planned and the unplanned are both essential parts of the learningexperience [58].ConclusionsIn this paper, we presented the process and outcomes for the creation of operational definitionsfor aspects of learning within makerspaces, with the goal of aiding the development ofassessment instruments. We first established the importance of having a solid theoretical basis toexplore the different nuances of learning in makerspaces, which we accomplished through theuse of the Learning Through Making Typology. Through the cooperation of a team that includedsome of the proponents of the
body regions [10]. The use of sentiment analysiswas performed on psychology students to help categorize their level of reflection [11]. It has beenused to determine how emotions and views affect teacher lesson plans for their elementary studentson new material relating to computer science [12]. In a study done with first year engineeringstudents the emotion of the student reflections was determined using sentiment analysis to findthat gender and race played a role in the emotion of the response recorded [13]. Another exampleincludes student reflections on a mechanical engineering assignment that are scored with sentimentanalysis to determine the overall student feeling on the assignment and guide further courseimprovement [14]. A final example
better reflect students’ learningwhile still motivating students to employ good learning practices. As an example opportunity toearn tokens, students earn 3 tokens for completing the “How I earned an A in this class”assignment. This assignment is recommended in [11] and serves multiple purposes: It offersstudents an opportunity to earn tokens while also having students examine the course syllabus andgrading scheme to understand and plan how to earn their desired grade. This assignment isimportant for students to get acquainted with the specifications grading scheme, which may bevery different from traditional grading schemes they are used to, and it shows students theadvantages of a specifications grading scheme, namely that it clearly provides
times during the term: Goal Setting, Student Involvement Fair, Mid-terms, End of Semester 2. Faculty Interview: each student selects a faculty member in area of interest to interview and present to the class 3. Advising Portfolio: review core curriculum and create a list of potential courses for the next term 4. Career Exploration and Alumni Field of Interest Interview: complete a career/interests inventory and conduct a group interview with an alumni who works in a field of potential interest 5. My Improvement/Implementation Plan: review and reflect on the first semester, explore two possible majors and two possible career area of interests and lay out future plan for improvement and explorationWith
-professional educational opportunities outside of the traditionalclassroom [3].Experience on teams like these builds hands-on technical design skills including designing,planning, and manufacturing; critical skills that will contribute to future success in the profession[4]. Current SAE teams are typically dominated by men, mirroring the percentage of women(10%) working professionally in mechanical engineering [5] and the social dynamics studentswill eventually find in the professional world [6].We provide an example of the typical composition of teams in Table 1, which details the resultsfrom the top ten performing teams from the 2023 Oshkosh Baja competition. The averageparticipation of women on these ten university teams is 17.5%, with the lowest
effectively on a team, as the majority will be expected to workas part of a team upon graduation. The projects they will face during both their academic andpost-academic careers will involve problem-solving and critical thinking, and the unique skillsand perspectives of each team member are necessary to arrive at effective solutions. This paperintroduces a pedagogical boardgame aimed at simulating debates and negotiations within anengineering exercise, as well as the study planned to track the changes.A diverse team has people with different backgrounds, experience, and ways of thinking. Thiscan lead to a wider range of perspectives and ideas that can improve problem-solving anddecision-making. The wider pool of knowledge and experience of a diverse
thatanticipate difficulties students might encounter during learning. Pedagogical scaffolds can beplanned or spontaneous. For example, a spontaneous pedagogical scaffold might be personalsupport by an instructor or knowledgeable peer often deployed in the moment when a student isin need of additional support. Using pre-planned guiding questions by an instructor during alearning activity is an example of a planned pedagogical scaffold. Offering in-the-momentfeedback about student progress during a learning activity is an example of a spontaneouspedagogical scaffold. Azevedo et al. [17, 18] referred to these types of scaffolds as fixed andadaptive, respectively. Although fixed, material scaffolds are necessary to support studentcomprehension of a learning
represent the livedexperiences of individuals who are dis/abled in one or more ways. Each of the dis/ability theoriesare imagined as a pigment being mixed into a one-gallon paint can, to create a particular shade,viscosity (thickness), and density of paint that is unique to each person. Figure 2 depicts thepigments being initially added to the bucket (representing the proposed framework) from a bird’seye or plan view. Each pigment can be imagined as having a different density and viscositycausing it to separate from the other pigments when initially added. “The pigments that arecommonly included in the mixture are the medical model of dis/ability, social model ofdis/ability, dis/ability studies in education, critical dis/ability studies, dis