haveincorporated a value sorting activity into the second semester first-year engineering course. Inthis activity students have reflected on their personal values and completed an activity toidentify their top value. They then worked together with their assigned design project teams todiscuss their value and why it is important to them. Teams have been encouraged to use thoseidentified values as they think about how their team will operate and in writing a team workingagreement. Recently this idea has organically taken hold in most classes, but moving forwardwe plan to formally incorporate this activity in all sections. Additionally, we are planning toincorporate more explicit diversity, equity, and inclusion content as it relates to teamwork. Weplan to
. one school may bemore comparable to one company than assessing all PWIs or all HBCUs). Through disseminationefforts (webinars, seminars, publications) we are working to combat the first limitation, so whilewe were unable to know if we were speaking with anyone who participated in the survey, we havespoken to those who were eligible to participate in the study if they received the call forparticipation during the data collection period. The second limitation is beyond our control giventhat we can provide recommendations based on our findings but acting on those recommendationswould be up to the administration of individual institutions. It is also important to note that whenconsidering using SenseMaker for a research project the ability to
students Figure 7: Showing count of students who felt expressing RL’s opinion on promoting excluded using RLs. diversityWhile it's true that some students may be interested in purchasing physical technology forvarious purposes, regardless of their socioeconomic status, the expensive DE1-SoC hardwaremay not be affordable for everyone. When asked about their willingness to purchase a lab kit orshare one either for classwork or for personal projects or interview preparation, the responsesshowed a tendency to acquire one (figure 8.1 & 8.2). This is where remote labs can provide anaccessible solution, enabling all students to gain access to industry-grade, expensive hardware atan affordable cost. Figure 8.1
were assigned a concept mapping activity as a pre-writing exercisefor a larger proposal assignment. Specifics about the prompt for each group are provided in Table1. In the proposal assignment, students were developing a persuasive argument to convince theirtarget audience to take some desired action (greenlight a project, fund some research, implementa new approach). The goal of the concept map was to provide students with an alternative form fororganizing their thoughts and recognizing what gaps remained in their understanding of, researchon, or argument for their topic. The assignment included a brief reflection asking the students toshare what new connections the map allowed them to see and what “unfinished business” itsurfaced. Students
fromTable 1, in order to make ABET-accreditation a reality, the number of required Engineeringcourses needed to be increased (ABET requires Engineering = 45 credits, Basic Science andMath = 30 credits). The new major includes the same core of engineering mechanics plus hands-on project-based design and analysis courses as well as several electives (Table 3). SixEngineering majors are scheduled to graduate in 2023, eleven in 2024, and thirteen in 2025.Table 3. Engineering Curriculum at Randolph-Macon College. Credit hours in parentheses Engineering Courses Math and Science Courses General Education Courses* Intro to Engineering (3) Introductory Physics (8) Writing and Composition (4) Statics (3) Digital
appropriate experimentation,analyze and interpret data, and use engineering judgment to draw conclusions.”HardwareAll five Machina experiments are run by an Arduino-based board developed to facilitate avariety of projects and experiments across the engineering curriculum known as the Factorem(Latin for maker). This board combines an Arduino Uno clone (the Adafruit Metro Mini 328)with other hardware needed for these and other experiments including a 16 bit analog to digitalconverter, a motor driver, a voltage divider, and a low-pass filter with adjustable cutofffrequency. Key components are shown in Table 1. While the exact cost of these experimentsvaries with the component costs, they are inexpensive. The prototypes presented here werefabricated for
students within Sustain City, a virtual cityenvironment, in which they witness a traffic accident caused by a failure in a traffic light’s internalcontroller. The students are then tasked with redesigning the logic controller in the traffic light.The traffic light logic design is commonly used as a lab project for students in courses related todigital logic and logic design, and as such the game is run in tandem with a lab assignment thatassigns students to design a traffic light controller. At the end of the game, students design andprogram their controller using the Verilog hardware description language and submit it into thegame where it can be checked for errors.2.0.1 Student Data and ProbingAs the student plays, the system records feature
classes were delivered in-person, students were provided with a projected QRcode to easily access the Quiz. The Quiz required a passcode distributed only during class toprevent students who did not attend or participate from completing the exit ticket. Multiplechoice application questions were piloted during the Spring of 2021 for five weeks and wereimplemented as a bonus – correct or incorrect responses did not impact student grades.Brightspace Quizzes are optimized for an instructor to view and grade individual responses.Viewing the set to quickly evaluate qualitative feedback is cumbersome.3.2 Prompt 1 ResultsJust over 1/3 of responses indicated a question after any given class, calculated by averagingfrom three class sections over five
toEngineering Technology Management (ETM) program within the Mechanical Engineering(ME) department.This project provides benefits to multiple areas of the ME program. From the students’perspective, this study seeks to reduce “D”, “F” and “W” grades and helps students to improvetheir grades more towards “A” and “B” by increasing their learning. Also, with this experience,in the long run, this transformation of the traditional classroom to an active learning environmentcan be extended to other courses like Fluids Mechanics, Controls, Machine Design, etc.Moreover, this learning approach promises to increase student success in a core course likedynamics, which should positively impact students’ performance in subsequent courses in theME department.Fig 1
CE12 explain Factor 4. Factor Loading is greater than 0.5. The results of theprincipal component analysis are different from the connotation and structure of theintrapreneurs' competence, so it is necessary to rename and structure the connotationand structure of the intrapreneurs' competence. According to the commonness andcharacteristics of each project, this study names the four common factors extracted:common factor 1 is named "innovation competence", common factor 2 is named "teamleadership competence", common factor 3 is named "risk management competence",and common factor 4 is named "individual characteristics". Table 3 Factor analysis of “the intrapreneurs’ competence Composition scale” Common Factor
coastalrecession with each having multiple potential solutions through differing engineering projects[5]. Each solution has its uses as well as their drawbacks, thus it is important to educate currentand future engineers of these complex system solutions. While numerous literature sources existthat explain these systems, we believe that a simulation video game can be used as a teaching aidto educate an audience of these systems and their solutions through an action-oriented approach.ArchitectureSimCoast is being developed using Godot version 3, which is a cross-platform open-source videogame engine. Scripts are written in GDScript, the programming language native to Godot, whilemap data is stored in the JavaScript Object Notation (JSON) format.SimCoast
Paper ID #37925An Evaluation of The Relationship between Spatial Skills andCreating a Free Body DiagramSheryl A. Sorby (Professor)Gavin Duffy Gavin Duffy is a lecturer in the School of Electrical & Electronic Engineering, TU Dublin and coordinator of ‘SellSTEM’, a Doctoral Training Network funded under Marie Skłodowska-Curie Actions. Worth just over €4M, SellSTEM consists of 15 PhD students spread across 10 universities in Europe whose projects aim to raise spatial ability levels of children in Europe, especially girls, so they are better prepared for the cognitive demands of STEM learning. Gender is a major
presented by LDM can befound in the necessity to conduct post-processing of the obtained 3D objects and in the adequatecontrol of the ink viscosity [3], [5]. FDM can be used with minimal post-processing and offers theadded advantage of higher resolution, thus the use of FDM in this study [5]. Moreover, at IndianaUniversity – Purdue University Indianapolis (IUPUI), several undergraduate engineering capstoneprojects have involved the use of 3D printing for rapid prototyping and small-scale production ofcomplex objects. This study can provide a framework to improve student adoption of additivemanufacturing as an efficient design project technology.2. Literature ReviewWithin the available reviewed literature for LIB applications, Maurel et al [3] uses
. We evaluatedour approach using the data obtained from our research and demonstration farm. The performanceevaluation results show the feasibility of detecting wet soil from the images obtained throughinexpensive drone when compared to very expensive spectrometry camera mounted drones. Forour future work, we'll be applying our developed framework with newly collected videos andimages dataset obtained by drone under different weather conditions and study the drone mountedultrasonic mechanism to determine soil density and porosity.AcknowledgmentThis material is based upon work that is supported by the National Institute of Food andAgriculture, U.S. Department of Agriculture, Evans-Allen project number SCX-314-03-20.References [1] (Online
pilot study was to examine andcompare the laboratory settings of two educational labs (Convection and Airfoil) that took placein a mechanical and aerospace engineering lab course pre- and post-COVID. The project tookplace at a Research tier one institution located in the Northeastern Region of the United States.This pilot study seeks to answer one research question. How are in-person and remote onlineengineering laboratories experienced by 21st century students?Research Methodology and Data Collection A qualitative Participant Observation Research Approach [10] was used to observe andanalyze the laboratory design, instruction, room and equipment layout, and student interactions(with each other, instructor, and equipment) during two labs
format typically use specially equipped rooms with cameras,microphones, and large projection screens. When executed well, multi-campus courses providestudents with a variety of study options, extend the reach of exceptional instructors, and offerinstitutions opportunities for cost savings. In some contexts, courses taught using ICT helpbridge cultural boundaries, improve cross-pollination of ideas between institutions, and bringcomprehensive, sophisticated programs to rural areas [1]–[4].Despite dramatic innovations in teaching and communications technology, there remainsignificant challenges to implementing multi-campus programs effectively. Educators, includinginstructors, course designers, teaching assistants (TA), and program directors must
data indicates a positive impact on student attitudes and engagement with thecontent. This project is supported by NSF grant # 1912047.IntroductionVirtual reality (VR) has rapidly moved from being an expensive novelty to an easily accessibletechnology making inroads into a variety of domains including the military, scientific,entertainment and training domains. A timeline of the development of VR is given in [1], [2], [3]which traces the changes in technology from stereoscopic viewers to the current very powerfulstandalone VR headsets providing highly realistic immersive experiences. In recent years, thevisual immersion is being augmented by the ability to interact with the virtual environment usingwands or controllers and even fingers. In
joint faculty member of Computer Science, at the University of Central Florida, where he has been a full-time faculty member since 1993. He has completed over 325 articles, 50 funded projects as PI or Co-PI, and 56 graduates as Ph.D. dissertation and/or M.S. thesis advisor. He was previously an Associate Engineer at IBM and a Visiting Research Scientist at NASA Ames, in total for four years, and has been a registered Professional Engineer since 1992. He has served ten terms as a Topical Editor or Associate Editor of various IEEE Transactions and in many IEEE/ACM/ASEE conferences including General Co- Chair of GLSVLSI-2023. He has received the Joseph M. Biedenbach Outstanding Engineering Educator Award from IEEE and
is a challenge given the lack of qualified femalecandidates. Overall, the university has been relatively successful and ranks in the top twenty inthe nation for percent tenure and tenure-track female faculty [6].To welcome and include female students, the engineering school provides financial andorganizational support for groups such as SWE that may help with development of anengineering identity. In addition, courses emphasize hands-on learning and real world problemsthrough the inclusion of labs and courses that develop projects for grade school students andwork with industry to on current, practical problems.As a whole, UST is engaging in a number of strategies aimed at increasing participation inengineering by women including through
opportunity to record their lectures in the new delivery paradigm.Although educators may have responded differently, some of the streaming meeting platformsallowed lectures to proceed while being recorded. Along a similar vein, some educators havereported difficulties with providing certain types of courses online. Courses which may bedifficult to deliver online include studios, capstone projects, and laboratory exercises to name afew [4].Beyond changes due to the pandemic, there were many locations to find pre-recorded lectures.Textbook publishers may provide supplemental video content to complement hard-copy orelectronic textbooks [5]. Some streaming platforms like YouTube provide opportunities foreducational videos [6] and [7]. These platforms
haven’t fully mastered. The effort-based grading frees the students to use theassignments to develop problem-solving mastery without the pressure and worry of getting thecorrect answer. The wrappers reinforce the importance of using homework to learn how to solveproblems instead of proving that they can do so, and they encourage the students to monitor andaddress their problem-solving mastery.As a result, we expect that over time in the course, students’ goal orientations shift towardmastery approach, and that shift is responsible for the observed increase in homeworkeffectiveness. In the next phase of this project we will use survey instruments to measure thegoal structure students perceive and the goal orientations they adopt as they progress
thedifferences in ESS operation for different facilities, the differences between ESSs, and thebenefits of ESSs in load leveling. The results demonstrate that intermittent process facility(typical manufacturer) requires a larger ESS to shave many peaks to achieve a desired DR.Furthermore, the results provide insight towards the weaknesses of some ESSs when comparedto others, leading to areas of future development. For example, the lifetime of Pb-acid ESSs isthe shortest, so research should be conducted to extend the lifetime of this ESS. Also, the resultsreveal a demand profile becoming flatter as the DR is increased.Acknowledgement This material is based upon work supported by Salt River Project (SRP) under award number98-153C MOD49 NonEE.References
the growth and advancement of mentorprograms within universities would likely help support and retain WE as they navigate theircollege careers.Another needed area of university support identified in the survey was the option to havemodified teaching methods. Flexible teaching and modified delivery methods were specificallynoted in over half (51.3%) of responses for students to succeed in their respective field. Flippedteaching and modified learning have shown to be effective in increasing student preparation andperformance of college students [12] [13]. Although many STEM courses were incorporatingteam-based teaching, project-based experiences, or inquiry-based learning, undergraduatelectures were rarely recorded when the survey was taken
., received her Bachelor’s degree (2004) from Talladega College and both her Masters (2007) and Ph.D. (2012) from Auburn University in Computer Science and Software Engineering. Her research falls in the areas of Human-Robot Interaction and Language Processing and involves creating a grammatical structure to enable robots to appropriately interact with and manipulate objects in the real world. She has held a number of positions in the government and has years of experience in software design, database administration, and mobile application development. Christin also makes time to coordinate various academic and extracurricular programs, led project groups, and held positions on numerous boards throughout her education to the
researching SMART assessment, a modified mastery learning pedagogy for problem based courses. He created and co-teaches a multi-year integrated system design (ISD) project for mechanical engineering students. He is a mentor to mechanical engineering graduate teaching fellows and actively champions the adoption and use of teaching technologies. © American Society for Engineering Education, 2022 Powered by www.slayte.com The Differing Impact of a New Assessment Framework on Student Success – The Effect of Socioeconomic FactorsAbstractIn 2016, Michigan State University developed a new model of classroom education andassessment in their Mechanics of
upon the authors’ anecdotal experience, thisclaim is especially true for the skill of computer programming. Moreover, computing is an area in which studentstend to exhibit more significant heterogeneity as compared to, e.g., background with thermodynamics.computing; in practice, all students have used one (or some combination) of C++, MATLAB, andPython. In a typical semester, there is a large amount of heterogeneity with regard to scientificcomputing background, ranging from less than one semester of prior experience to greater thanfive years of prior experience.The course has six problem sets and a final project (written report and presentation) on a topic ofthe student’s choosing. The (heavily scaffolded) problem sets guide students to
focuses on developingand supporting an inclusive academic environment for faculty and students across a spectrum ofidentities. Her primary research projects have included qualitative studies on the experiences ofnon-majority members of academia (students and faculty).Author 3 (she/her/hers) is a faculty member at University of Colorado Boulder. She has limitedbackground in dis/ability studies or UDL. In her 25-year teaching career she has had numerousstudents in undergraduate and graduate courses who have university-assigned accommodations.While her primary experience in engineering education research has focused on undergraduatestudents and quantitative studies, she also has experience conducting qualitative studies that haveincluded
grateful to the National Science Foundation (NSF S-STEM Award DUE-1833767), theHCC Office of Academic Affairs, our Hostos STEM students, and our HEAT Program AssistantLuis Tejeda Ortiz for his significance contribution to HEAT.References1. National Research Council and National Academy of Engineering. (2012). Community colleges in the evolving stem education landscape: summary of a summit. Washington DC: The National Academies Press.2. U.S. Census Bureau, U.S. Population Projection, released 2009, Last Revised: March 19, 2018, at https://www.census.gov/library/working-papers/2009/demo/us-pop-proj-2000- 2050.html, accessed 23 January 2022.3. Rodríguez Y, Angulo N, Nieto-Wire C, and Varelas A. Engineering student perceptions of
projects (decided at varying levels), alumni and donor support(foundation and donor driven), as well as contracts and grants. Our contracts and grant worktypically requires external evaluations. While not required for the other funding sources, externalevaluations provide data, an external review/analysis, and credibility for Our Center to keydecision makers.Further, as educators and researchers we want to know varying levels of impact and areas of need,either from campus or areas where Our Center can improve its work. Utilizing an externalevaluator provides new perspectives on the work of Our Center. The evaluators often see thingsthat we miss as we are too entrenched in the work. There are also times when we are curious orconcerned about
mentoring quality [12–13], 2) mismatch in seniority and department position may strainpotential mentoring relationships [21], 3) power dynamics and administrative responsibilities canlead to favoritism and transparency issues, impacting mentoring relationships [22], and 4)mentoring, as a skill, in general, requires training [1]. The sum of this work makes it clear thatsenior faculty mentors need certain attributes to be successful with mentoring, as well asguidelines, milestones, metrics, and incentives to know if they are meeting the mentoring needsof their mentees [17].The current work is part of the Kern Family Foundation-funded Mentorship 360 project atArizona State University, which aims to create research, frameworks, and resources to