to engineering education that employers can leverage.MethodsThis work was determined to be exempt from further review by UIC Institutional Review Board.To date we have piloted all four modules in Fall 2023 while a second pilot is underway in Spring2024. Modules were piloted between our BME 410 and our year-long BME senior design course(BME 396/397). Final iterations of all four modules are planned for Fall 2024 and Spring 2025,wherein curricular materials will be recorded and disseminated publicly.Module 1: Sourcing and appropriate selection of standards. Partnered with our universityengineering librarian in Fall 2023 and Spring 2024, we gave a short lecture introducing standardsorganizations (e.g. ISO, ASTM), the structure of consensus
assignedproblemMarkkula Center for Applied Ethics provides five common criteria for weighing ethicalsituations: utility, rights, justice, common good, and virtue in their Ethical Decision Making app[7] – each of which leave room for student interpretation and discussion. According to aUtilitarian view, a form of consequentialism made famous by John Stuart Mill and JeremyBentham, value arises from added benefit or avoided harm. Goals of utility, happiness, and reliefor prevention of suffering seem the easiest to quantify, yet the perspective of the viewer tends tocolor the evaluation at least according to relevant time scale and scope, for example, the 5-, 10-,or 20-year plan of a particular business. A rights perspective argues for the protection ofstakeholders
who will use it. In February 2023, 17 engineering studentstraveled to Honduras with the goal of designing a sustainable water system in partnership with arural community. The students who attended the international experience were invited toparticipate in a study through completing a pre- and post-trip survey. Similarly, the students whooriginally planned to go on the trip but decided not to attend also completed a survey. Items onthe instruments inquired about participants’ motivations and barriers to attend this internationalhumanitarian trip. Additionally, the study explored whether students’ mindsets shifted frombeing thing-focused to being more people-focused during the experience.Participants returning from the trip were significantly
toIndiana Tech to purchase technical equipment to support engineering- and manufacturing-relatedcertification programs. This grant is funded by the American Rescue Plan [5]. The supportedprograms are: • Programmable Logic Controller Certificate • Cybersecurity & Data Analytics • Additive Manufacturing / 3D Printing Certificate • Automation Certificate • Cybersecurity & Information Management • Artificial Intelligence Certificate • Printed Circuit Board Design CertificateThe Additive Manufacturing Certificate will be the focus of this paper.3. Additive Manufacturing / 3D Printing certificateASTM has defined additive manufacturing (AM) as “a process of joining materials to makeobjects from 3D model data, usually
teaching everything they can, with as much detail, in the short time that they have, but also without rushing through everything and maintaining a “healthy” pace for the course. • I had never thought that a teacher would go out of her way to find a better textbook, especially when they are in a situation where they can just use one everyone else is using and not worry about the textbook. • I also learned that not everything goes as planned, these factors can change the class structure and make one modify the schedule as the semester goes; even though one can teach a course, this does not mean there is no more learning to be done. • [I] learned that there is a lot more that goes into creating and keeping up
about science [10].II.Program Development Program development began as a series of experiences and discoveries that changed the perspective on what to teach, and how. In 2022, the Sensor Signal and Information Processing center at Arizona State University hosted a Research Experience for Teachers (SenSIP RET). The program was centered around the goal of exposing Secondary and College educators to current research, and introducing them to research practices, with the expectation that they would bring back new lesson plans to share that experience in their own classrooms. The SenSIP program’s first week was overwhelming, for two reasons. There was an incredible amount of technical material given, with the expectation that the teachers
to select that is supportable by a four-year faculty member. This palette alsoneeds to reasonably support some variety in the students’ degree plans. This variety may be inthe form of expanded use of the two-year school’s offerings. References 1. Engineering an Alternative Path. (2019, May 13). Texas A&M Foundation. https://www.txamfoundation.com/News/Engineering-an-Alternative-Path.aspx, 2. Texas A&M Engineering Academies Engineering Bachelors Programs. (2022, February 11). Texas A&M Engineering Academies. https://tamuengineeringacademies.org/programs 3. Brooks, R. (2022, August), Work-in-Progress: Designing Pre-Course Sessions to Enhance Student Preparation
people who are part of managedretreat plans. As discussed by Ahmed, “such programs often deepen existing social inequalities. In2021, Elliot [a researcher at Rice University] and a team of researchers found that wealthier, whiter Proceedings of the 2024 ASEE Gulf-Southwest Annual Conference West Texas A&M University, Canyon, TX Copyright 2024, American Society for Engineering Education 5neighborhoods were able to maintain social ties and social capital after a buyout”13. For instance,“residents moving from a neighborhood where buyout prices average $80,000 end up three timesfarther from their original home than those
developing acommercialization plan. This plan outlined how each team envisioned bringing their ideas to scale inthe market—a crucial aspect, as real-world projects demand considerations beyond engineeringdesign or technical feasibility. To replicate this PBL experience in any engineering course,instructors need only reach out to the competition organizers and attend informative webinars tograsp the dynamics, benefits, and support available. After this second implementation, surveyresults from this year's competition indicated that students perceived participation in the competitionand the associated project as valuable components of the course. Thus, opting to engage in thecompetition has proven to be a strategic decision in fostering PBL within the
plan to complete all my statistics assignments. 1 2 3 4 5 6 7 2. I plan to work hard in my statistics course. 1 2 3 4 5 6 7 3. I will like statistics. 1 2 3 4 5 6 7 4. Statistics should be a required part of my professional training. 1 2 3 4 5 6 7 5. Statistics is not useful to the typical professional. 1 2 3 4 5 6 7 6. I am interested in using statistics. 1 2 3 4 5 6 7 7. Statistics is a subject quickly learned by
andEngineering of Toronto University [18], and Faculty of Engineering at Alberta University [19])state their commitment to EDI within their strategic plans as a broader and transversal vision.They sometimes integrate specific objectives in this regard. These objectives generally pertain torecruitment practices and the development of an inclusive culture through community awarenesson EDI.Secondly, other faculties have adopted specific EDI policies and action plans coveringrecruitment practices, community awareness of EDI issues, improvement of the studentexperience, communication strategies, and fundraising to support initiatives. For example, theFaculty of Engineering at McGill University has identified EDI priorities [20] – RecruitmentLife Cycle
and work engineering through the following lenses: individually or in teams, planning, designing, fabricating, and testing in various group and individual projects.• Building - learn and practice the engineering design process through hands-on projects • You will have plenty of formal and informal learning opportunities about life and physical sciences as we• Leaders - develop and practice oral and written explore leadership, innovation, and the engineering communication skills to become prepared as future design process through hands-on activities within
through meaningful interactions; and (3) buildingtheir tool-kits by delivering strategies for success. These goals are achieved throughMonthly Meetings, monthly Socials, optional paired mentoring, and alum engagementevents.Program Structure:Monthly Meetings: Fall 2023 focused on the topics of mentoring, networking, and thetransition from college to workplace. Spring 2024 will focus on the growth mindset,goal planning and intentional next steps, and creativity in engineering. These topicsguide the LT in the planning and implementation of the Monthly Meetings whichinclude dinner & icebreaker discussions, guest speaker, a mentoring minute activity,and a networking activity.Social activities: events for 2023-24 included a scavenger hunt
Drexel’s Office of Equality and Diversity to ensure the planning and implementation of relevant DEI training and educational opportunities for college faculty and staff, as well as with HR and the college leadership on initiatives to improve the recruitment and retention of diverse faculty and staff. Harris also coordinates with affinity student organizations and programs across the college including, NSBE, SHPE, and SWE to name a few, acting as secondary advisor as well as primary college contact for external affinity-based organizations. Prior to joining Drexel Engineering, Harris served six years as the Director of the Lonnie B. Harris Black Cultural Center at Oregon State University. As Director of the BCC, Harris
Dr. Jenna P. Carpenter Founding Dean & Professor School of Engineering Campbell UniversityImmediate Past President, ASEEOutline• The Weed-Out Philosophy• Weed-Out Practices & Approaches• Why and Why now?• Action Plan, Draft Framework & Next Steps• Questions? For much of its history, engineering has worked to weed out all but the perceived brightest and best, with the belief that the The majority of students
digital representation of constructionprojects. Its platforms streamline the construction process and communication among projectstakeholders (e.g., owners) and construction parties (e.g., engineers). BIM has already enhancedhow projects are planned, designed, and constructed. AI, or Artificial Intelligence, denotes the simulation of human intelligence processes bymachines, particularly computer systems, first introduced in 1956.1 It encompasses thedevelopment of algorithms and software capable of replicating or executing tasks traditionallycarried out by humans, including learning, reasoning, problem-solving, decision-making, andProceedings of the 2024 ASEE North Central Section Conference 1Copyright
successful Community of Scholars is presented. It is a contractat Montana State University (MSU) to support the US Army’s Future Vertical Lift (FVL)Program. From Reference [20]:“The Future Vertical Lift (FVL) program is a research and development effort dedicated todiscovering, investigating, and refining the technologies that is to provide the next generation ofvertical lift aircraft for the United States Armed Forces. According to the Army, the goal of theprogram is to develop technologies that improve ‘maneuverability, range, speed, payload,survivability, reliability, and reduced logistical footprint’ compared with current rotorcraft.” [20].Various schedules have emerged since the inception of the FVL Strategic Plan in 2012, but thebasic schedule
offering of the course in Spring 2023 will be discussed, along with lessonslearned, challenges, and plans for future improvements of the course.KeywordsStudent projects, industrial automation lab, laboratory development.IntroductionAutomation is a vital part of modern society, allowing supply to meet demand in variousindustries. It is the method or system of controlling a process using electronic devices to keephuman intervention to a minimum1. Automation was first introduced in the early ages with theinventions of the watermill and windmill to lessen human labor involvement2. Later, the conceptwas introduced along with electricity into the manufacturing industry in the early-to-mid 20thcentury3. Over time, automation extended into the
examples of LLMs as teaching toolsinclude: • Ask for a lecture session (or semester) plan for a given topic o Topics, assignments, project, exam questions • Let the tool generate explanations of the concepts in varying levels of detail o Ask for examples, formal definition, humorous analogies, references, questions • Ask the tool to generate a quiz o Ask for the types of question you prefer o Evaluate for accuracy; modify to suit your purposeEmpowering Faculty and Students: Key Skills for Harnessing GAIUtilizing LLMs effectively demands a set of key skills that empower both educators andstudents to engage with these tools in meaningful ways. Problem formulation isfoundational, requiring clear
in STEM disciplines. TheKansas LSAMP alliance, led by Kansas State University, offers multiple activities aimed towardsthe success of underrepresented identities and first-generation students. For instance, ResearchImmersion: Pathways to STEM, KS-LSAMP Scholars Program, KS-LSAMP T.E.A.M MentorProgram, Transfer Visit Day, and KS-LSAMP Connect. With integrating the lean manufacturingtool of “identifying value” where value corresponds to all the characteristics or functions ofsomething that meets a person's needs from feedback surveys, led the outcomes of activities andprograms being flexible and individualized plans for each student making KS-LSAMPeducational program more efficient and effective.KeywordsKS-LSAMP alliance, Undergraduate
(1= very unconfident, 4= neither confident or unconfident, 7= very confident) Figure 2: Detail graph of "confidence" responses. Questions are listed in the order which they were presented on the survey. “Comm.” is an abbreviation for “Communicate”. The individual questions which correspond to the ‘Confidence’ block can be found in Appendix I.3.2. Changes in Student Ownership Over Research ProjectFigure 3 shows change in “ownership” results between the pre and post survey. This block ofquestions addressed the students’ comfortability in leadership positions, making decisions, andtaking responsibility for their research, and their attitudes toward making progress, solvingproblems, and actively planning/directing the research [11]. The
Paper ID #44544A Novel Curriculum for an Engineering Degree in STEM Education andTeacher PreparationDr. Mohamed Gharib, Texas A&M University Dr. Mohamed Gharib is an associate professor and program coordinator for the Mechatronics Engineering Technology and STEM Education programs at the School of Engineering at Texas A&M University. His research interests are in the fields of Robotics, Dynamics and Control, Vibrations, and STEM Education. He is an expert in designing, prototyping, modeling, and simulation of robotic systems. He is also a STEM education specialist and program developer, including planning
fl fl fl flcan leave a lot of problem-solving to be completed in the coding phase where a participant mayneed more time to complete the project or run into unanticipated problems.3.4 Design Cohesion and Granularity LevelAfter applying the alignment notation to each of the exercise samples we determined that DesignCohesion could be classified as low, medium, or high. A low level of design cohesion canindicate a low level of metacognition and ability to plan prior to implementing a programmingsolution. It may also represent a lack of attention to the planning phase, where a
programs and it relates to skills sought out by engineeringemployers [1]-[4]. Engineering students must function effectively on a team whose memberstogether provide leadership, create a collaborative and inclusive environment, establish goals,plan tasks, and meet objectives [3]. Successful teams require all members to be engaged withtheir shared and individual responsibilities [5]. Team roles can help with assigning theseresponsibilities effective and efficiently [6],[7]. Current trends have students preferring fluidroles rather than staying within bounded tasks [8]. All students should enjoy and be successful intheir teams, while obtaining the experience they need for their careers and helping the team toperform at their highest level.To evaluate
who transferred from a community college or a lateraltransfer student from a four-year university. Undergraduate non-FTIC refers to internationalstudents specifically recruited to increase the number of international students at SU.The database was organized into a Microsoft Excel file. The file includes the following datacategories: academic year, academic plan, department, starting age, current age, studentadmission type, Pell Grant eligibility, marital status, dependent status, children status, adjustedgross income, standard earned income, enrollment status, gender, ethnicity, and highest degreelevel held. Table 1 lists the data categories for this data file and describes the category. Toconnect these categories to the seven
example, low-income and communities of color in Houston weredisproportionately affected by Hurricane Harvey's floods [3]. Therefore, engineers andconstruction professionals must consider marginalized communities and underrepresented groupsin the resilient infrastructure development processes associated with hazard risks. Enhancedequality has the potential to boost community adaptability and lessen the unequal allocation oflosses and damages resulting from extreme events.The concept of resilience has gained significant attention focusing on effectively managingdisruptions, challenges, and shocks within systems, particularly in disaster risk management [4].It involves the ability to plan for, absorb, recover from, and adapt to adverse events [5
rubric similar toone used by the Louisiana Science Fair Competition to provide them with practice and similarmetrics of success that they would see if/when they competed in the science fair competition. Allthe judges scores were compiled and then winners from each class and an overall winner wereidentified.The Bioengineering 101 activity has been delivered four times during the fall semester of 2019and the spring semesters of 2021, 2022, and 2023. A major success of the program was the activeinvolvement of the two high school teachers who were able to adjust their lesson plans to allowfor the inclusion of the activities during the normal class period and incorporate graded elementsof the activity to ensure continued student involvement in the
targetedcorrectly.Limitations and Future WorkAs with the prior study [2], the data for this pilot is drawn from a convenience sample, whichlimits inference. Furthermore, we presented the participants with very few tasks, so as not tointerfere with the primary aim of participant recruitment. We plan to build on this survey-basedapproach to further develop our ability to measure the targeting of variability in engineeringpractice.Our future efforts will deploy the survey with different populations, which we expect to lead tochanged results. For instance, younger individuals with less life experience may not targetvariability even in “everyday” scenarios.In the long run, we aim to use this study of variability targeting to develop a fundamentalunderstanding of this
lessen the challenging timecommitment involved with organizing the event, they did see a clear benefit to connect studentswith stakeholders from the local community and supporting student lifelong learning. Futurework includes a formal analysis of student and stakeholder perceptions of the event anddeveloping a plan towards sustaining and growing the event and evidence-base.IntroductionIncorporating people into the design process is one of the most challenging and rewardingaspects of engineering design. Navigating different perspectives, contexts, worldviews andvalues as part of the design process has been shown to increase productivity, improve quality,improve acceptance, lower the ultimate cost of development, and lessen errors [1], [2], [3
provides thefunctionality of lab instruments such as multimeters, oscilloscopes, and waveform generators.There are several options with a lab module that, when plugged into a computer, delivers a multi-instrument setup conveying the functionality of the above devices. The first step, which is theobjective of this work, is to select the appropriate lab module based on its capabilities to adaptand reasonably convey the experiments programmed for the EET 3085 class at an affordablecost. This work is still in progress; future activities will tackle the plan to deploy the referredlaboratory platform.BackgroundThe Daytona State College Engineering Technology program has been progressivelytransitioning from a hybrid to an online format in less than