international agreements on increased renewable energy use and practices thatsupport climate actions are essential for a sustainable future. It is widely recognized that the institutions & socio-economic systems require technologicalinnovations and more substantial and long-term political commitments to reduce fossil fuelconsumption and promote increased use of renewable energy [2]. A solution to achieve thisgoal is to develop and implement educational plans that raise awareness of the environment andits protection. The Environmental Education Act of 1972, considered a first step toward thisgoal, helped us understand the factors influencing climate change and human activitiesamplifying it. The IUCN (International Union for Conservation of Nature
. Rather than rigidly adhering to pre-planned lessons, instructors modifiedand co-created activities with input from students and community members. This flexibility builttrust and affirmed local knowledge, especially when students recognized their languages,Spanish and Creole, as valid and central in the classroom. Language became a medium for bothcommunication and connection, as multilingual teaching allowed students to engage more fullyand feel seen in their identities.Ultimately, reflective practice served not only as a pedagogical strategy but also as a researchtool. It allowed instructors to interrogate their own biases, respond meaningfully to studentneeds, and engage in continuous learning. By centering reflection and positional awareness
ethical andprofessional responsibilities inengineering situations and makeinformed judgments, which mustconsider the impact of engineeringsolutions in global, economic,environmental, and societal contexts.5. an ability to function effectively on x x x xa team whose members togetherprovide leadership, create acollaborative environment, establishgoals, plan tasks, and meetobjectives.6. an ability to develop and conduct xappropriate experimentation, analyzeand interpret data, and useengineering judgment to drawconclusions.7. an ability to acquire and apply new xknowledge as needed, usingappropriate learning strategies.ABET-ETAC Student Outcomes1. an ability to apply knowledge, x xtechniques, skills
on learners developing a user-centered approach, culminating in an immersive Art Gallery project where students showcase their art in VR. 3. Interactive VR design. In phase 3, learners transition from building passive VR environments to designing an interactive environment that surrounds and engages the user. Learners use storyboarding to thoroughly plan interactions before their implementation in ShapesXR. In the classroom, we explore subtleties in game design and interaction by unpacking the intuitive navigation, feedback mechanisms, and environmental cues from students’ past experiences in games to make them both functional and immersive. 4. Culminating Project: Team App Design. This final project serves as the crowning
rubrics for student learning outcomes (SLOs) as well as consulting with other universities on the creation and alignment of SLOs for regional accreditation. She has worked collaboratively with her board members, senior administrators, and legislative caucuses in navigating state budget cuts, developing a revenue-generating subsidiary, designing, and implementing an affiliation/de-affiliation agreement with local coalitions, and developing their 5-Year strategic plan. As the Executive Assistant to the President of RHIT, Gwen worked closely with the president in the restructuring of the organization’s administrative team—including retirements, reassignments, and promotions, provided the logistical work for the 5-Year
be modified while adopting a lens related to technology the integration of structured technology in the high schools ofmanagement. This can also help in ensuring the benefits of all Saudi Arabia while focusing on student engagement, lessonthe approaches related to strategic decision-making within all planning, and the strategies of assessments?the policymakers and educational institutions of Saudi Arabia.However, without the involvement of proper evidence on the H02: There is no presence of significance among thelong-term benefits of all the operations investment within the participants of OPD and the inclusion of structural technologytraining programs for the online teacher can further remain
courses. The second meeting focused on developing an actionable integration plan, andcommunity members spent the following month drafting at least one new assignment inpreparation for the third meeting. Below is a four-step framework we used to guide faculty indeveloping their new materials for enhancing student awareness.Step 1: Identify the ME Knowledge Domain. Before delving into the specific details of yourcourse, take a step back and begin by determining how your course aligns with the coreknowledge areas, as defined below: o Mechanical Systems o Thermal Fluid Systems o Design Concentrations o Embedded Labs (Hands-on components)Step 2: Select Awareness Areas. Based on the identified knowledge domains, choose a
potential of LLMs in enhancing data scienceeducation and plans several expansions incorporating these tools. Both students and instructorshave identified a significant need for personalized learning experiences due to varying levels ofdata science expertise and different learning pace requirements among students. Instructorsbelieve LLMs can help address these challenges by providing customized support for conceptunderstanding and a smooth introduction to data analysis tools such as coding, particularly forstudents with limited prior exposure to data science. However, instructors emphasize theimportance of treating LLMs as assistive tools rather than authoritative sources, encouragingstudents to maintain critical thinking and responsibility for
engineering (IPE)and general engineering self-efficacy (GESE) (Table 2 for the specific items).Table 2. Engineering survey items Items Construct 1. I am committed to study hard in my engineering classes. IPE 2. I am determined to use my engineering knowledge in my future IPE career. 3. I plan to take a lot of engineering classes in high school. IPE 4. I can master the content in the engineering-related courses I am GESS taking this semester. 5. I can master the content
evaluate the programs’ long-standingpractices and programmatic adaptations that have been implemented, especially during and afterthe pandemic. We consider the impacts of these adaptations on participation, enrollment, self-efficacy, and the pursuit of post-secondary education.Engineering 102 in High SchoolENGR 102HS was first offered in the fall of 2008. In its inaugural year, the program launched atHamilton High School in Chandler, Arizona with twenty students completing the course forcollege credit. It was planned to expand the program to more schools and districts in subsequentyears. The course would be facilitated by vetted high school instructors leveraging their effectiveclassroom management in the high school setting, ability to address
Paper ID #47686Instructor Experiences Implementing Two Engineering Graphics Courses usingMastery-Based Grading and Project-Based LearningSamantha Hoang, Seattle University Dr. Samantha Hoang is an Assistant Professor in the Mechanical Engineering Department at Seattle University. Dr. Hoang earned her PhD in Mechanical Engineering from the University of Washington in 2022 and her BS in Engineering from Harvey Mudd College in 2017. Her dissertation was on the high-fidelity modeling and simulation of large multi-rotor drones. She plans to continue her research on multi-rotor drones with the help of undergraduate researchers
Management (APICS), the Transformation Team on the American Society of Engineering Education (ASEE), the Research Committee of Intermodal Freight Transport committee, Freight Transportation Planning and Logistics committee of Transportation Research Board (TRB) among others. Dr. Sarder chaired the Industrial & Systems Engineering Annual Conference in 2016 and 2017, and the Engineering Lean Six Sigma Conference (ELSS) in 2013.Mohammed Abouheaf, Bowling Green State University Dr. Abouheaf earned his B.Sc. and M.Sc. degrees in Electronics Engineering from Mansoura University and completed his Ph.D. in Electrical Engineering at the University of Texas at Arlington in 2013. Currently, he holds the position of Associate
” [11].The latter initiative, in particular, included a large-scale study on views of ethics in engineeringamong engineers and technicians, private firms, and representatives of professional engineeringinstitutions (or PEIs). In the future, we plan to expand our data collection efforts and moresystematically compare our results with these prior works.In this paper we report on two major facets of our own HEEE meeting. First, we summarizeresults from a pre-meeting survey that was developed by our team and deployed to all invitees.The survey included both scaled and open-ended questions designed to gauge participants’perceptions of ethics codes, ethics education and ethical development, case studies, the ethics ofAI/ML technologies, and related
. They explored concepts from the natural worldand learned about intellectual property to protect their creations from idea theft.Pop-Up Venture™: Campers became innovative entrepreneurs by designing their own mini pop-up businesses. They developed business plans, managed startup funds, created marketingstrategies, and launched their businesses during a culminating pop-up event, gaining valuableentrepreneurial experience.By delivering authentic invention education, National Inventors Hall of Fame programs aim tobuild the I Can Invent® Mindset - essential skills and traits that will empower children to invent.With these activities in mind, an evaluation of Camp Invention was developed to explore studentoutcomes related to their engagement with
situation accurately, often necessitating an understanding of the various interrelated factors. This stage demands a keen awareness of both the technical and non-technical aspects of the problem. B. Formulating Solutions to CEP: Once a problem is identified, the next stage is to devise a strategy or model for solving it. This involves generating hypotheses, selecting appropriate methodologies, and planning the execution of solutions. Funke [8] highlights the importance of dynamic reasoning in this stage, where multiple variables and constraints must be considered to develop viable solutions. The formulation stage bridges theoretical knowledge and practical application. C. Solving CEP: The final stage
opportunity torevisit the MCDP courses. Initially, the plan for the RE program was to adopt the MCDP coursesfrom the ME program, which span over three semesters to give more time for fabrication andassembly of mechanical structures. However, the two targeted professional scenarios of the REprogram were directly aligned with the M-MCDP courses, i.e.: i. Design a robotic system involving the integration of mechanical, electrical and computer components, for a given application context. ii. Manage multidisciplinary teams for robotic projects.Additionally, it was decided that the RE program would be managed at the faculty level,bridging the EECE and ME departments, which facilitated the allocation of resources forestablishing the new
skills in applying AI chatbot tools, and evaluate theaccuracy, relevance, and impact of AI outputs in enhancing construction project efficiency. Thestudy involved both undergraduate and graduate students enrolled in different courses.Undergraduate participants were part of the "Project Planning & Regulations" course, dividedinto two sessions, with most majoring in Civil Engineering (CE) (84%) and the rest inEnvironmental Engineering (EE) (16%). Graduate students were enrolled in the "ComprehensiveEstimating" course, part of a Master of Science in Engineering program focusing onConstruction Management (CM). This graduate course is delivered asynchronously, requiringstudents to watch recorded videos each week and complete weekly assignments
student self-efficacy and creativity in CS education by fostering independentproject development. We plan to study this hypothesis in future research. Additionally, we discussthe operational costs of our autograding system, its compatibility with existing frameworks, andthe current limitations of our approach. By enabling more creative and personalized assignments,FlexiGrader has the potential to transform assessment practices in introductory computer sciencecourses.1 IntroductionIt is well established in computer science (CS) education literature [1], that learning-by-doingand rigorous practice are effective for students to gain programming expertise. Consequently, theformative and summative assessments in CS courses often take the form of
graduates and 2) to determine which factors of EMchanged pre- and post-intervention for the students. These factors were identified previously byLi et al.[5] and are listed in Table 1. Table 1. List of factors[5] that the EM survey[6] questions load on to. • Intrinsic curiosity • Value creation • Risk management • Ability to learn • Problem solving/logical thinking • Ability to anticipate technical development • Systems thinking • Team building • Engaging stakeholders • Ability to assess financial value • Data driven decision making • Exposure to entrepreneurship • Career plan
finaldesign project to build spatial skills. These assignments were scaffolded to ensure that skillsintroduced early were reinforced and expanded upon. 4.4.1 Hands-on Activities Relevant to Spatial Vis ProgramThe hands-on activities developed by eGrove Education were integral to the course andcomplemented the Spatial Vis™ program. While some activities followed the original design, theinstructor slightly modified others to align with course goals. These activities offered studentspractical, interactive opportunities to apply spatial reasoning skills, enhancing theirunderstanding through tactile and visual engagement. a) b) Figure 2: (a) Example of top-view plans from the Lesson 2 module in the Spatial
to offer a variety of learningopportunities for students [10], [19]. This need to be flexible and adaptable around variousaspects of educational programming in the K-12 space can be evidenced in many ways. Forinstance, a planned workshop could not come to fruition due to scheduling conflicts in theclassroom. Leaf Chromatography was initially planned at the midpoint of the series, whenstudents were learning about plant cells and chlorophyll in their science class. Though theprepared slidedeck and protocol were not tested in the classroom, this workshop’s documents areshared alongside the other Mobile Bioengineering Lab deliverables on the website.Overall, the post-workshop survey results exhibited generally positive attitudes toward
University of Texas at Arlington, Arlington, TX Copyright © 2025, American Society for Engineering Education 11Ferrer, V., Rahat, R., Piyush Pradhananga, ;, Elzomor, M., Student, M. S., Student, P. D., & Candidate, P. D. (2022). Integrating Front-End Planning and Infrastructure Sustainability in Construction Education through Problem-Based Learning. Construction Research Congress.Holdsworth, S., & Sandri, O. (2021). Investigating undergraduate student learning experiences using the good practice learning and teaching for sustainability education (GPLTSE) framework. Journal of Cleaner Production, 311. https://doi.org/10.1016/j.jclepro
Saudi women entrepreneurs in NSPs. Achieving gender further obstacles [39]. Many women hesitate to enter theequality in entrepreneurship could significantly boost the sector due to difficulty obtaining financing, complexglobal economy, reinforcing the importance of addressing government regulations, and financial instability [1]. Poorbarriers to women’s startup success. financial planning and inadequate preparation contribute to
. Therefore theresearch question that we plan to answer through this study isRQ: How do gender differences influence the development of global identity among first-yearSTEM students?2. Theoretical FrameworkEquilintegration (EI) Theory, developed by Shealy [23], provides a comprehensive frameworkfor understanding how individuals construct, balance, and integrate their beliefs, values, andidentities in response to personal, social, cultural, and ecological influences. EI Theory positsthat individuals strive for a stable and coherent worldview by integrating diverse experiences andperspectives, which is crucial for developing intercultural competence. This theoreticalframework emphasizes the dynamic interplay between personal growth and contextual
“audible learners”, and hence engineeringcourses (and mathematics, physics and chemistry classes that they also take) are very structured.Therefore, engineering instructors should present material in a very structured manner.In 2015, Russ [9] presented a detailed study discussing the quality that is expected in technicalwriting communications and summarized the recommended features of good technical writing(and brief descriptions and examples of each); they are presented in the following Table 1.Table 1. Recommended features that are expected in good technical writing communications, and brief description or examples of each (as per Russ [9]) Planning Define audience, purpose, topic knowledge, material and sources
of the world they would want to show their exchange partners. (B) Example interaction between students in the Padlet.Weeks 1-2 The exchange kicked off formally with an introductory session and team formation.Students from both universities met synchronously via MS TEAMS, where we introduced theprogram's objectives and explained the planned activities. Teams composed of students from bothinstitutions were formed to ensure cross-cultural collaboration. Students were divided into fourteams, each consisting of 4-6 UF graduate students and 3 PUJ undergraduates. Additionally, eachteam included a PUJ graduate student, who was ready to motivate the undergraduate students fromthe same institution when necessary; this motivation usually
access UTK's educationalinfrastructure. Its goal is to increase HA participation in TCE’s precollege programs, as outlinedin Figure 1, which uses 2019 enrollment data. While CAMINO also targets HA undergraduatestudents, this article focuses on its efforts to inspire and impact HA precollege students. Figure 1. CAMINO⎯Educational plan of the NSF CAREER Award #2044629.2. CAMINO: The programIn Spanish, CAMINO translates to “pathway.” Through career advancement, mentorship,inspiration, and opportunities, CAMINO strives to be a pathway of hope—one that inspires andencourages HA students to believe in themselves and embrace the idea that they are capable ofachieving their dreams. The program has primarily been a collaboration between
determined by cultural and environmental factors,differences in communication styles as influenced by environment and personal experience ofstudents should also be evaluated, as there is frequently observed to be communication tendenciesadopted by engineering centric students as compared to those in other disciplines andfields. 14Evaluation Method: Students were asked to describe their team activities, and frequentlyidentified aspects were evaluated as recurring themes.Results: The most common aspect of communication and goal setting identified by the Universityof Washington students was that in most groups the Japanese students typically offered inputmuch later in the development process, instead of during the planning phases as most UWstudents
her own firm, Antoine Technical Consulting LLC, where she she continues to offer process design, scale-up and water management solutions to manufacturers principally in the chemical process industries. Keisha is the holder of two patents and is a registered professional engineer in the state of Texas.Dr. Michael Preuss, Exquiri Consulting, LLC Michael Preuss, EdD, is the Co-founder and Lead Consultant for Exquiri Consulting, LLC. His primary focus is providing assistance to grant project teams in planning and development, through research and external evaluation, and as publication support. Most of his work is completed for Minority-Serving Institutions and he publishes regarding findings on a regular basis.Dr
outreach, and program planning. Over the years, she has worked hard to be recognized as a leader in excellence and impact in a rural setting. Mrs. Perkins-McClellan serves as the Co-Director of the Ohio Code Scholar program, an initiative by the Ohio Department of Higher Education that is aimed at developing electronic and coding skills for K-12 students in southern Ohio. When not immersed in her professional pursuits, Amy enjoys watching her daughter play competitive softball, golfing, and cruising, reflecting on her well-rounded and compassionate approach to life.Dr. Ayanna Howard, The Ohio State University Dr. Ayanna Howard is the Dean of Engineering at The Ohio State University and Monte Ahuja Endowed Dean’s