local not-for-profit organization.The intent of this paper is to present an initial assessment of the effectiveness of a service-learning experience on several outcomes including retention, student satisfaction, self-efficacy,motivation, identity, and moral reasoning. We utilized a number of psychological instruments tomeasure constructs which we believe underlie the course goals described above. Initial resultsindicate that the most significant gains experienced by the students were in their moralreasoning, school and peer attachment, and design and self-directed learning self-efficacy. Wealso observed that retention of students at the end of the year was strongly predicted bysatisfaction with the experience and learning self-efficacy
, and math involved in an engineering course) together insuch a way that student thinking is changed. Referencing Gagne’s design guidance [11], it iscritical to get their attention with an engaging opening and then pair that with a connection totheir past learning.Engineering students are often directed to the major because they are proficient in math andscience, yet they may or may not also possess impactful professional skills (writing, speaking,audio/visual production) that are not typically applied in engineering course work. The use ofthese skills needs to be encouraged as preparation for their engineering career. Recent feedbackfrom industry partners has yielded that many interns and recent graduates are technicallycompetent yet lack the
in the zone of proximal development (ZPD) due to socialinteraction. The zone of proximal development (ZPD) has been defined as "the distance betweenthe actual developmental level as determined by independent problem solving and the level ofpotential development as determined through problem-solving under adult guidance or incollaboration with more capable peers" [31, p. 86].Play and unstructured, informal activities stimulate children’s social interaction and influencetheir learning and knowledge construction [31]. These learning environments also promote socialconstructivist views of teaching and learning [33], where learning occurs collaboratively in smallgroups. In such informal settings, assistance from a more knowledgeable other, the
disinfection science. Dr. Liu has authored and co-authored textbooks (4), books (6+2) and book chapters (>15) and over 80 peer-reviewed journal articles. She chaired and organized international conferences and presented more than 100 talks in professional conferences. She has been hosting and co-hosting 10 visiting scholars to conduct leading-edge research on biomedicine, hydrogen fuel cells, photocatalysis and nanotechnology. During 15.5-year services in TAMUK, she taught about 10,700 students; trained more than 150 undergraduate students, 40 master students. She served as NSF panelist and Chaired the proposal review panel. She also served as Journal Editor and reviewed hundreds of peer-reviewed journal papers. Currently, Dr
dividesthe project into three phases: design, development, and integration. Each phase has an oralexamination at the end. The course also requires the students to write a proposal, progress, andfinal report with their respective oral presentations. During the first two oral examinations, thecourse faculty question students about their project schedule and task progress before separatingand questioning them about their design choices and their module implementations. Student teamsmust then demonstrate their fully functional and tested prototype for the third oral examination. Capstone project teams and their projects demonstrate the principles of ComplexityTheory. Student teams have the autonomy to choose their team members, project, client
monograph title data available for conducting this analysis include loan author, title, year,publisher, edition, and lender library. Patron information includes department affiliation andstatus; no further identifying information is recorded in the dataset used here. This analysis focuses mostly on requests made by patrons from engineering departments,and it analyzes trends over time by constructing visualizations to look at: • the most active academic departments and their request activity over time • the most heavily requested titles • requests by patron status (undergraduate, graduate, faculty, staff, unaffiliated) • the total number of requests made over time • what peer libraries are used to fill the requests This work
presenting on a particular topic of interestin designing and running student success initiatives, followed by an open-ended discussion.Topics included peer-facilitated learning, web-based advising tools and the use of technologymore generally in career development and advisement, the transfer evaluation process, how tobreak down barriers to collaboration, and the growth mindset (as defined and described bypsychologist Carol Dweck). A quick online reflections survey was made available to the PLCafter each meeting, and summary notes of the discussions were posted on the PLC forum. 1. What is the main reason you came to the meeting today? 2. What is one thing new you learned from today's meeting? (if nothing, please write N/A) 3. What is one
activity, I spent time looking ahead and/or making plansPreference ● This activity required me to write ● This activity allowed me to present my thinking in more than just a written format ● This activity caused me to go out of my comfort zone ● This activity was completed in small groups ● This activity required me to work individually ● This reflection felt pretty structured ● This activity required me to use skills that I do not normally use ● This activity allowed me to express my reflection using my personal strengths in communicationPrivacy ● I had to share my experiences with educators for this reflection activity ● I had to share my experiences with peers for this reflection activity ● I had to share
institutional focus on honorable behavior is considerable.After considerable deliberation, the independent-study grading model was adopted, with themodification that the student would face the same final exam as his peers, and that the score onthat final would be a major factor in determining the final grade. This philosophy of evaluationcan be summarized as flexible but verifiable. It was particularly important that the grading andevaluation scheme be relatively “bulletproof”, given that this was a test case and might drawconsiderable scrutiny from unforeseen persons or organizations. The shared closely-proctoredfinal exam administered at the home institution upon return was judged to be fair, illustrative ofthe student’s level of achievement, and
a degree program.The genesis of SI at NECC began in fall of 2008 with Northeastern University's invitation toattend an SI workshop. SI provides peer-facilitated study sessions led by competentundergraduate SI leaders who attend scheduled classes with students and then help the studentsto practice and discuss course materials in a series of review sessions. Sessions are open to allstudents who are enrolled in the course and want to improve their understanding of the material,as well as improve their grades. In the fall of 2008, two of the four co-authors of this paper, withfinancial support from Northeastern University's STEP UP National Science Foundation grant,attended a workshop on SI held at Boston University.After completing the one-day
writing, hands-on work, programming, and more. This allowed eachof us to take on roles aligned with our capabilities and learn from each other's expertise. Ibenefited greatly from collaborating with peers who could fill my gaps and enhance mystrengths”. Another student captured the essence of interdisciplinary learning: "I really enjoyhaving research in a team... I can also see more different research fields closely becausedifferent students may have a different research focus." These comments illustrate the richnessof learning and innovation that arises from a mixture of diverse viewpoints and experiences.Positive mentorship dynamics: The role of mentors in shaping the team experience was aunique aspect. Reflecting on the impact of mentorship, a
communication and rhetoric at Texas Tech University. He is author of Design Thinking in Technical Communication (2021 Routledge) and co-author of UX Writing (2024 Routledge), Writing to Learn in Teams (2023 Parlor Press), Designing Technical and Professional Communication (2021 Routledge), and Collaborative Writing Playbook (2021 Parlor Press). He has also edited the collection Keywords in Design Thinking (2022 University Press of Colorado).Md Rashedul Hasan, Texas Tech University I am working on my MS in Systems and Engineering Management at Texas Tech University. I am from Bangladesh, a South Asian country known for its abundant green landscapes. After completing my master’s program, I intend to pursue a Ph.D. in
for paper submissions to allow participants to reidentify their maps face down, preventing peer or researcher observation. Pseudonyms remained the same throughout the experience, allowing individual growth to be compared at different times. Participants were not constrained on time and were allowed to turn in concept maps when completed. Students placed paper concept maps in a closed folder or submitted them anonymously online. alfway through the 10-week experience, participants received a photocopy of their first conceptHmap on paper or were asked to reassess the digital version. Paper concept maps were laid out face down, with only the pseudonym visible. Participants were allowed to build upon the
it is criticalthat faculty work on improving their online teaching techniques, they must also optimize thebenefits of in-person learning when human-to-human interactions take place. One of the largestbenefits of in-person learning is the opportunity of social interaction. One study found thatallowing students to interact with each other in a flipped gamified environment provided betterlearning outcomes when compared with online or traditional education [12]. The impact of thispandemic is expected to affect social skills of those who were students during that time [4]. In-person learning provides opportunities for students to socialize with their peers and buildrelationships. It is important that, rather than taking these features for granted
resources research and interested in building acommunication project related to their own work. The students were asked to write a 300-wordstatement about what water resources research they were conducting, who their current facultymentor was, why they were interested in applying for the fellowship, and their ideas for acommunication project. The application portal remained open for one month. Approximately 1/3 of therespondents indicated that they applied after having the Fellowship opportunity presented tothem in one of their classes. The other 2/3 of the students applied after being told about theopportunity directly by a professor or peer. In the first year of the GC WSC Fellowship, 12 applications were received, 12 offerswere made
and modeling.Dr. Mehdi Shokouhian, Morgan State University Dr. Shokouhian is an Assistant Professor at the Department of Civil Engineering, Morgan State University. His research focuses on performance-based design of structures made of high performance steel and concrete using theoretical, numerical and experimental methods. He has participated in many research projects and has published several peer-reviewed journal papers since 2004.Dr. Kathy Ann Gullie, Gullie Consultant Services LLC Gullie Consultants Services LLC, Owner, Dr. Kathy A. Gullie Ph.D. Dr. Kathy Gullie and her associates at Gullie Consultant Services LLC have been in education, assessment, program development and evalu- ation in New York State for
Proceedings of the 2010 ASEE North Midwest Sectional Conferenceassessment including student surveys during and at the end of the course, self-reflection entriesin journals, self-reflection papers, alumni surveys, notebooks, log books, student written user’smanuals, exit surveys, and assessments by a consortium of faculty.Gloria Rogers, ABET's Managing Director of Professional Services, writes extensively on thetopic of assessment. In an article entitled “When is Enough Enough?”8, she says that datacollection activities must be examined in light of good program assessment practice, efficiency,and reasonableness. She says several questions need to be asked, such as, “Is there a clear visionof why specific data are being collected?” She answers
knowledge and skills, such as communications and interpersonal skills, businessstrategy and applications, team/organization and management, general problem solving andcritical thinking, as well as self-regulated lifelong learning skills3, 4, 14, 16-18. Employers report thatemployees are not well prepared in terms of global knowledge, writing, critical thinking,adaptability, self-knowledge, oral communication, or quantitative reasoning19. However, thequestion remains: how to effectively design the curriculum to ensure that both discipline-specificand cross-disciplinary skills are sufficiently covered? To address this question, we need toexplore the issue from multiple angles: (1) gaps in education perceived by faculty, (2) gaps ineducation perceived
compelling observations made by James Duderstadt in his 2010essay “Engineering for a Changing World”, collected in Dominico Grasso’s and Melody BrownBurkins’ Holistic Engineering Education: Beyond Technology, we find this: “Today we have asociety profoundly dependent upon technology, profoundly dependent on engineers who producethat technology, and profoundly ignorant of technology” (p.31). Such profound ignorancereveals a profound social need. Writes Duderstadt: “Perhaps the most urgent need of our societyis a deeper understanding and appreciation for technology on the part of all college graduatesrather than only those seeking engineering degrees” (p.21), and also proposes that the study ofengineering or technology be included under the umbrella
engineering students aware of the role of their professions in society. The importance of such an understanding has been reinforced by the ABET Engineering Criteria 2000, which require that engineering programs demonstrate that their graduates have "the broad education necessary to understand the impact of engineering solutions in a global societal context." The IQP is by design interdisciplinary. Students obtain practice in dealing with unstructured, open-ended, interdisciplinary problems, opportunities to work independently with peers and extensive experience in writing about previously unfamiliar concepts utilizing new terminology.The second project is completed in the fourth year of study and for engineering majors
descriptive statistics to understand patterns in graduate programs, job titles, andindustry sectors. We found that even when positions did not include “engineer” in the job title,many alumni remained in engineering-related sectors or reported that their positions were relatedto engineering. We also leveraged Sankey diagrams to represent the “flow” of individuals acrossdifferent positions. These diagrams revealed the breadth of career pathways, with alumni movinginto and out of engineering positions. Second, we performed a content analysis on write-inresponses in which alumni expanded upon their survey answers. Within the interpretive limits ofthe data, we observed two general ways in which alumni framed their careers. In “positive”presentations
founder of STEM Through Guided Discovery, a robotics program for K-12 students. The success of his program has received international attention and has been adopted abroad. Jawaharlal has more than 20 years of industrial, academic, and entrepreneurial experience. Before joining Cal Poly, Pomona, Jawaharlal founded and developed APlusStudent.com, Inc., an online supple- mental K-12 education company. He also served on the faculty at Rowan University, N.J., and Kettering University, Mich. Jawaharlal is passionate about education and focuses on K-12 STEM education. He writes education columns for the Huffington Post
in the United States in the1950s was attributed to the scientific andtechnological advances during that decade. In 2005, a survey was conducted by the NationalAssociation of Manufacturers and the Deloitte Consulting Company to gain an understanding ofthe demands associated with the economic reality and employability of the US manufacturingworkforce in the current decade. Results indicated that manufacturing companies would look tohire workers with proficient reading, writing, and communication skills, the ability to work in ateam, strong technology-related skills, the ability to translate drawings, diagrams or flowcharts,strong math skills and innovation/ creativity skills.7 Top growing service occupations in the US
very fewof them will have spent much time listening to audio-only pieces, and almost certainly none ofthem will have done any critical analysis of such pieces.) The class thus initially proceeds downtwo tracks: hands-on “laboratory” sessions in which students use audio gear and software togather, edit and structure sound; and intensive group listening sessions, in which the class as awhole listens to a wide variety of audio pieces, analyzing them closely in order to understandwhat makes them effective (or not). Individual writing assignments complement this work,giving students the opportunity to focus on particular aspects of radio production andstorytelling.At the beginning of the semester students need first to develop their ability to
science,as well as learn practical hands-on technology skills such as soldering and debugging circuits.Students then interface their sensors with computers, write programs to gather raw signals,implement calibration curves, and perform data manipulation and data logging. In later modules,students program their own communications protocols for wireless transmission of the sensordata and connect their computerized sensor stations together to form a distributed wireless sensornetwork. Additional modules explore the use and implications of this technology for biosciencesand environmental research.SENSE IT modules give students an opportunity to acquire and then use STEM skills while atthe same time providing a real-world application of science
clearly identified and taken inConsidering consideration to support engineering decisions in real worldStakeholders situations. Relevant information is presented concisely through reports,Communication assignments, presentations etc. in an organized manner Project iterations create opportunity to provide constructiveIterating with Peer feedback that team members can use to improve their teamFeedback contributions, attitudes, and behaviors Ability to create and apply project management documents andManaging Projects tools and learn to implement
and original contributions from students.2. Biofeedback in VR immersive environments: For the academic year, an experiential learningopportunity that explores mental health and technology was implemented. A team of studentswith electronics, programming, and design interests is creating a biofeedback VR application.The students are building an Arduino pulse sensor, designing an interactive VR experience(which applies principles of psychology, art, mathematics, and programming), and thenintegrating those elements. The students, all new to game design, are earning certificates inUnity3D development and participated in a personalized workshop by a professional VRdesigner. The VR experience will be a live installation for peers to try, and a
learnerscontinued to develop through academic reading, practical design, and dissertation writing toperform the highest levels of idea synthesis and experimental innovation [30].Engineering GiantsThe truly great engineers had a curiosity about the world around them and a deep desire to shapethat world. Two skills frequently marked the truly great engineers: visual-spatial mastery of themathematics and physics that describe the world, and a commitment to observation of theparticulars in their practice. William F. Baker (1953-) epitomizes the visual-spatial mastery ofphysics and mathematics. While designing his many projects including the Burj Khalifa, heworked in two-dimensional projections to trace load paths and identify the reactions required forstatic
ANOVA. Not only does thiscourse teach the fundamental concepts, but it includes teaching common software that is used inindustry or higher education, specifically RStudio. Different pedagogical approaches were usedto teach fundamental concepts along with software to students in this study and each approachwas randomly assigned to a single module. The first pedagogical approach is the InstructorGuided Method in which the instructor taught RStudio to students after each topic. The secondpedagogical approach is the Think-Pair-Share Method in which students were assignedmandatory readings and instructor dedicated class time for peer-to-peer discussion. Self-efficacysurveys and conceptual/computational assessments were given for each method to
demonstrate energyconservation as energy supplies become expensive andcritical. A rubber band-powered tractor contest seemed to be theanswer. Here was an inexpensive, equal source of energyfor young designers to work with. In many ways rubber bandpower offers chances for more innovation than standardizedmodel airplane engines.The Contest: This type of activity should be meaningful, but alsofun and interesting for all concerned. The sponsoringdepartment should be rewarded by the quantity and qualityof potential students contacted. The actual planning andrunning of the contest can be delegated to undergraduzatestudents in the department. The contestants should beenthused while designing, constructing, and competing withtheir peers. Rules