) ExperientialLearning [4-6], and (d) Career Development. Findings from the review serve as bases toestablish a strategic plan for the SSC.The literature review also revealed several issues that led to the launching of this project. First-generation college students demand extra support to find their path to academic and professionalsuccess [7]. Undecided freshmen desire more educated decision before choosing the right major.Students who have been mostly isolated in their last two years of high school need intentionallyadded support in order to develop their social skills [8, 9]. In response to these needs and toincrease the value of CET student college experience in general, the collaborative team 2023 ASEE Southeastern Section
Paper ID #36567Survey of Online Graduate Industrial & Systems Engineering and SupplyChain Management ProgramsDr. Mazen I. Hussein, Tennessee Tech University Mazen is an Associate Professor in the General and Basic Engineering Department at Regional University. His research interests include: Freight modeling and logistics, facilities planning and material handling, optimization and simulation modeling, production planning and control, reverse logistics and recycling, modern manufacturing systems, microalloying and mechanical behavior, teaching statistics and increasing the data analytics content in engineering
environment results in universitiestending to teach theoretical concepts and rarely providing a hands on production experience. Inthis paper we describe a unique hands on production learning experience provided to sophomoreindustrial engineering students at Mercer University. These students design and develop theprocess and participate as production workers and industrial engineers for producing 3Dyearbooks for the Georgia Academy for the Blind. These student experience first-handproduction concepts such as process planning, manpower allocation, assembly lines, cycle time,fixtures, bottlenecks, rework, quality, etc… This experience is the first time some of thesestudents have been exposed to and/or participated in production of an actual
Engineering Education, 2023 2023 ASEE Southeastern Section Conference Integrating SolidProfessor within an Engineering Graphics Course Priya T. Goeser Professor, Department of Mechanical Engineering, Georgia Southern UniversityAbstractThe goal of this study is to evaluate the use of SolidProfessor in an Engineering Graphics courseat Georgia Southern University. SolidProfessor is an online resource with built-in video tutorialsand lessons for engineering training with an emphasis on CAD courses. Instructors can use pre-built lesson plans, customize lesson plans or create their own lesson plans. The lesson
continueas a cohort in ME Fundamentals 2 during Spring 2023. The pilot cohort represents approximately 16% ofthe total enrollment of first-year mechanical engineering students at our institution. The literature supportsthe importance of first-year experiences with the major; however, our current ME program of study doesnot directly engage our majors until mid-way in year two as sophomores. While our pilot implementationis not conducting a rigorous engineering education research plan, we are undertaking various directmeasures of course delivery and student achievement with cognitive and affective domain learningobjectives. We anticipate conducting longitudinal tracking of the cohort as they progress through the major,with the hypothesis that we
Society for Engineering Education, 2023GTAs play a vital role in the implementation of active learning, largely because of their key rolesin the targeted large enrollment courses. GTAs lead recitations and labs in which smallerenrollments and the learning goals of the sessions are well aligned with active and hands-onlearning. Initial project plans included regular (weekly or bi-weekly) seminars for GTAs. Aformal seminar has been implemented for physics GTAs and more informal meetings aboutteaching recitations for math GTAs. While these seminars and meetings build community andprovide an opportunity to introduce pedagogical topics, they begin after the semester has startedand do not provide new GTAs with any training before they dive into their
these three programs as examples of suchFoundry-guided curriculum alignments and provide insight into why these elements helped us tocreate programs that advance the integration of different perspectives into STEM curricula.Curriculum Development and the Foundry ModelAccording to Bhuttah and colleagues, “The task of curriculum development is ultimatelybuilding a relationship among content/subject matter and people like students, teachers, parentsand society” (p. 14).5 It comprises a set of learning goals, activities directed by learning theories,and experiences to help develop students’ understanding of a directed set of knowledge.5,6 Forothers, curriculum is not just a written plan or document, but rather a network of relationships orprocesses
, Preliminary Experimental Plan, and PreliminaryProject Plan. Figure 3. First-semester scheduleIn the second half of the first semester, early prototyping is emphasized as a key activity. Earlyprototyping may include simulations, experimentation with selected components, andimplementation of project functionalities that may impact project success. The goal of earlyprototyping is to engage in activities that verify the design and discover design modifications thatmay be necessary. Since it is encouraged that teams undertake risky projects, this phase provides 4 2023 ASEE Southeast Section
activities at a range of gradelevels, though had not yet used SeaGlide in a camp setting. SeaPerch activities in a number ofcontexts are well documented in ASEE literature, including presentations to the Pre-CollegeEngineering Education, Women in Engineering, Ocean and Marine Engineering, MechanicalEngineering, and Multidisciplinary Engineering Divisions (see, for example: 2-17), though lessinformation is available on implementation of SeaGlide programs. The sections below describethe planning and scheduling aspects of both the SeaPerch and SeaGlide camps, which built offprior experience, and also capture feedback and lessons learned for future camp planning.PlanningPlanning considerations focused on five key areas: venue, working with minors
support new business models.Additionally, the ESDN user community is constantly submitting requests for new functionality thusgenerating a running list of innovation topics. The topics selected for Phase 1 of this case study areproblems resolved for ESDN users by the CIEI group while the topics planned for Phase 2 are newrequests that have not yet been addressed.The role of ESDN is to define, document and prepare the tasks the students will complete for the raceand the environment to test the results.Dedicated equipment was purchased to support this project. The list included multiple sensor types,breadboards, cables, and the components of a LoRa end node [12]. The equipment supports ten distinctprojects, and the cost of the equipment was $77
for project management practice to enable graduates toexecute appropriate Agile techniques to plan, and deliver quality results that frequently delivervalue to customers. During the course students are introduced to Agile processes which includedeveloping user stories and story maps, estimate and plan for sprints, track project execution andreleases using burn-down charts and conduct retrospective sessions. This paper discusses how agraduate student was able to successfully apply the Agile project management principles andprocesses learned in the graduate program to an Independent Study project designed to providestudents with the opportunity to apply their knowledge and experience gained during thecurriculum to addressing and solving a real
whether students will continue to read andtake notes in future classes, either through intrinsic motivations (they see the value) or extrinsicmotivations (they wouldn’t mind other instructors having similar assignments). Figure 2 showsstudent agreement with positive statements toward their plans for future reading and note taking.Over 80% of students (score of 3.19) plan to take notes from the reading based on their own © American Society for Engineering Education, 2023intrinsic motivation. This is a huge improvement over instructor expectations from moststudents. Students are only slightly less enthusiastic (score of 3.11) about other instructors usingStudent Note assignments. a) Plans (n =204) b
as part of refresh their review of the refreshed throughout the experimental plan safety manual sequence • Hazards and safety issues • Not currently done. are discussed in planning How do students share • Opportunity for improvement. presentation and recorded safety comprehension in lab reportsSafety Perception SurveySafety culture is the concept of reflecting on the actions, attitudes, and behaviors of laboratorymembers concerning safety.6,7 Safety perception surveys can be used to assess an individual’sactions, attitudes, and behaviors about safety, and the results can be analyzed using a safetyculture framework. An example framework
C™s degree from the University of Connecticut and his Doctoral degree at Clemson University. He is active in the tranDr. William J. Davis P.E., The Citadel William J. Davis is Dept. Head & D. Graham Copeland Professor of Civil Engineering and Director of Construction Engineering at The Citadel in Charleston, SC. His academic experience includes: transporta- tion infrastructure planning and design, infrastructure resilience, traffic operations, highway safety, and geographic information systems. His research interests include: constructing spatial databases for bet- ter management of transportation infrastructure, improving transportation design, operation, safety and construction, understanding long-term
-cylinder engine. During thisprocess, student-teams make a plan on how to conduct the process (Organization Tools), they willidentify needed Resources, apply the plan to acquire knowledge (Learning Cycles) and executethe transfer of this knowledge to the challenge (Linear Engineering Sequence, LES) alwaysmoving towards the PIT. As an overview, for CHE 3550, the Foundry provided the overall, or“macroscopic” level strategy in the course, and the redesign offered an opportunity for the detailsor “microscopic” level of the application to the subject to be guided by concepts related tosustainability.Inspiration for EOP Framework IntegrationPrior to the implementation of the EOP framework in CHE 3550, students were asked to developa PIT that addressed a
. Professor, Kennesaw State UniversityAbstractIn this paper, the design and development of Unmanned Aerial System (UAS) by a team ofinterdisciplinary undergraduate students is discussed. The project spans over the period ofseveral years. In this working paper, the research goals are discussed, student participation andbreakdown are highlighted. The key emphasis is on the value of this project-based course offeredto undergraduate students at all levels and engineering disciplines. Dissemination plan, studenttasks and schedules, and student perspectives are discussed. Learning objectives and assessmentare reviewed. Student perspectives and the value of this research-based course are highlighted.Additionally, some results obtained from this research are
, translucent and opaque; universal systems model;Spanish art; and geometry and CAD models. These lessons were organized with the followingpedagogical materials: Lesson outline including objectives, standards alignment, and shortoverview of the lesson; video lectures and resources to be displayed in the classroom; lectureslides for teachers; teacher guide consisting of detailed lesson plan, scripts, and other helpfulresources to teach the lesson. The lesson modules address the need for student training in AItechnologies to be aware and be prepared for the disruptive applications to meet the complexchallenges in future.Teachers presented the lesson to students to get experience as well as feedback to further improvethe lesson plan and implementation. To
wedo or need to do much less. That creates a generation that will depend on help for scientific andengineering problems on the internet. One of the biggest concerns for the author, is theauthenticity of the info on the internet. And another big concern is the ability of our futuregeneration to distinguish and sort out the authentic from the non-authentic info. It is a challengefor the new generation, however, it is also our challenge to proactively embrace the technologyand integrate it in our plans for preparing our future engineers. As students get intocollege/university and go through the traditional curriculum and experience for engineering, theywill graduate with the tools of today’s engineers. As such, the author believes that there
not technical or hands-on basedactivities, they would not influence students to make a technical decision like choosing acapstone design project. However, critical skills like leadership, planning and organization canbe acquired from participation in these activities. A greater percentage of students thatparticipated in college club activities chose the Space section. This could mean that there aremore Space related college club in the College of Engineering. Currently, at North Carolina StateUniversity there are three high functioning Space related college clubs in the College ofEngineering which include, Students for the Exploration and Development of Space (SEDS),High-Powered Rocketry Club (HPRC), and Liquid Rocketry Lab (LRL), while the
© American Society for Engineering Education, 2023Raspberry Pi 4 B’s on some university networks.During the current academic semester, we will progress with evaluating these systems within anundergraduate class in engineering electromagnetics. As a part of this class, students will design,construct and test simple antennas. One step of the antenna testing process will be to connect thestudent-constructed antennas to an SDR using a balun and then verify that the antenna is workingby using the SDR to receive a live signal. This year, students will have the option to selectbetween the two options discussed within this paper as a part of this lab activity.Additional future work planned for this project includes evaluating the use of other
(ABET). The purpose of the study is toobserve and investigate correlations between erosion, wear and hardness results. Students worktogether as a team towards planning their activities and meeting the deadlines, preparing andpresenting their results to students' and technical conferences.Key wordsIndependent study class, erosion testing, wear resistance, polymers, coatingsIntroductionIt is important to select appropriately materials for equipment subjected to different forms of wear(e.g. adhesive, abrasive, fretting, erosive) that is causing detrimental effects on their performancesand is potentially resulting in dangerous and costly equipment failures. The goal of the currentindependent study class is to assist students to become acquainted to
challenge for instructors. Herein, we offer a briefbackground on competency-based assessment trends and approaches. Further, we provide the applicationof competency measures in the context of a fourth-year course in machine design for mechanicalengineering. Our course re-design delivered in Summer 2022 as a pilot implementation with 18 students(both online and in-person) and during Fall 2022 full implementation with 43 students (in-person only)demonstrates the use of specific course planning tools for aligning instruction and assessments schedules.We highlight how learning management system tools provide automated assessments, freeing up facultytime from direct grading to allow for more time to interact with students whose misconceptions
Hazardous Waste Transportation Structural Hydrology Treatment and Foundations Planning and Mechanics Site Remediation Design Environmental Advanced Transportation Engineering Hydraulics Structural Infrastructure and Unit Process Theory Economics
City Parks Department on the planning, design, construction, and research of green infrastructure for eleven years. ©American Society for Engineering Education, 2023 2023 ASEE Southeastern Section Conference Incorporating Gamification at an Engineering Statistics course to improve student learning and engagement Dimitra Michalaka1, David Greenburg1, Emanuele Giogli2, and Nandan Shetty1 1 The Citadel, School of Engineering, Charleston, SC, 2Volvo Car US Operations, Ridgeville, SCAbstractThe ability to apply standard statistical measures is very useful in the engineering profession as
. A student survey wasconducted after the deployment of the new lab modules. We plan to improve the labs based onthe feedback.KeywordsPython Scripting, Virtual Lab DevelopmentBackgroundOur Information and Computer Technology (ICT) Program prepares students for a career incomputer networking, information technology, and technical management. There are threeconcentrations: Cloud Technologies, Computer Networking, and Cybersecurity. The field ofInformation Technology (IT) is evolving rapidly. Some technologies and tools are becomingoutdated and new technologies and applications are emerging constantly. The curricula in ourICT Program are updated accordingly. PHP with MySQL was taught in the undergraduate courseScripting for Information
interest in other tasks. "I procrastinate a lot whenthere's a task that feels overwhelming, which leads into a "shame spiral" lasting a few days to acouple weeks -- I feel shame over not working, which makes me anxious, which makes me evenmore unable to work". - Time Management (N=49):Individuals with ADHD expressed concerns about planning, scheduling, time management, andprioritization on the ADHD Subreddit. Many of them shared stories about how they struggle withadapting to different schedules. On the ADHD Subbredit, there were several stories aboutindividuals who could not keep appointments, make scheduled calls, or arrive at work on time. P6said, "Had a super important call with my director and out biggest client today. I
Accuracy Recall PrecisionFigure 2 Accuracy, Recall and Precision Statistics Comparison in Ablation ExperimentConclusionThere are several limitations related to our study. First, the study was performed with studentsfrom only one course in one term. To prove the model’s generality, we plan to extend the study toseveral courses and multiple terms. The study investigated a single neural network model forprocrastination. More types of neural network and other models must be developed and analyzedto identify the best model for a given context. The training and test data used in the study wasrelatively low with respect to the structure of the proposed neural network having the risk of modeloverfitting. To be sure that
: Ex- periences with vizclass." Journal of Engineering Education 95.3 (2006): 249-254.5. American Institute of Steel Construction. Steel construction manual. American Institute of Steel Construction, 2019.6. American Society of Civil Engineers. "Minimum design loads and associated criteria for buildings and other structures." American Society of Civil Engineers, 2017.Caroline BowersCaroline Bowers is a civil engineering student at Mercer University and will be receiving aMaster of Science in Engineering degree in May 2023. After graduation, she plans to work as astructural engineer at Kornegay Engineering, Inc. in Macon, GA. She has interests in bridgedesign and water resources engineering in the global WASH (water
support the developed curriculum, videos were professionally produced by GMU-TV. Thispartnership leverages the engineering and scientific expertise of the research team, professionalproduction skills and equipment of GMU-TV, and on-air talent of student researchers to explainthe content in a manner that is compelling for high school aged learners.The videos were intended to supplement written curricular content related to structuralengineering, aero/hydrodynamics, systems engineering, swarm dynamics, biologically inspiredpropulsion, and to support construction of the actual BLIMPs. At the time of this writing, eight often planned videos are completed, and are freely available via Vimeo, YouTube, and the programwebsite. The content, with links
Paper ID #36577The Influence of Engineering Curriculum Alignment on the Success ofTransfer StudentsDr. Marino Nader, University of Central Florida Marino Nader Marino Nader is an Associate lecturer in the Mechanical and Aerospace Engineering De- partment at the University of Central Florida and has been working on digitizing courses and exams, creating different course modalities. Dr. Nader obtained his B.Eng.,Dr. Harrison N Oonge, University of Central Florida Dr. Harrison N Oonge is an assistant dean for academic planning in the College of Undergraduate Studies at the University of Central Florida (UCF). Harrison