. • Value proposition Create ideas for new products, • Problem IdentificationEMLO 5: Identify processes, or services that provide a report/presentationOpportunity to potential social, economic, or • Final design report (Ch.Create value environmental value. 1-4) • Final design presentationEMLO 6: Learn from Persist through and learn from • Identify risks &Failure failure. contingency plans Based upon an identified
to learn recently, and why did you try it? • What does a typical day look like for you? Having time to fully Commitment • What are your top priorities and how engage with program do you manage your time to balance them? Ability to turn vague • Pretend you are in charge of planning ideas and concepts into
for aviation sustainability. The Global North, exemplified by the UnitedStates, enjoys relative economic stability and invests more in decarbonization initiatives, such aswell-developed regulatory frameworks, such as the Federal Aviation Administration’s AviationClimate Action Plan, the Sustainable Aviation Fuel (SAF), and associated infrastructure.Conversely, the Global South, represented by South Africa, operates in a resource-constrainedenvironment, where inequality and inadequate funding limit investment in sustainabilityinitiatives at the industry and research levels through universities. While there is a growinginterest in transitioning to green aviation, the lack of competing national interests slows down thepace of transition in South
reality (XR) technologies in engineering education, particularly inengineering design courses, has gained traction recently. The XR prototype demonstration wasintegrated into a junior undergraduate Mechanical Engineering design course.ME386W is a junior design course that explores engineering design methods, including projectplanning and management, effective multi-disciplinary team skills, professional and effectivetechnical writing, oral communication skills, professional ethics, and extended. This course is thelast design course before the full-year capstone graduation project and does not involve making aphysical prototype. The educational content, assessment plan, and rubric for integrating the XRdemonstration are provided. Students
literacy, the course instills essential management techniques: • Application of project management frameworks to AI projects • Determining project feasibility, value, and ROI • Managing licensing, data rights, and acquisition costs • Leading technical experts and bridging knowledge gaps • Making informed GO/NO-GO project decisionsPractical application is woven throughout the course. Students learn to identify relevantdatasets, estimate computational needs, and craft robust project plans with detailed budgetsand timelines. Accessible to students from diverse professional backgrounds, the courseemphasizes managerial leadership over technical execution. Graduates leave able toconfidently advocate for AI adoption, draft project
and engineering tools provide technical knowledge directly applicable to the project requirements. Integration and Ideation (Weeks 13-15) – offers work sessions for creating mind maps and finalizing the conceptual project components. The aim is to foster team-based ideation to align the learned concepts with project deliverables. Final Presentation (Week 16) – provides the student teams an opportunity to showcase their comprehensive project vision and how they integrate knowledge and sustainability principles in the proposed solutions. Representatives from the city’s Planning Office attend and assess the project presentations. A final, individual, project mind map was also created
student learning outcomes have been demonstrated?Design and methodThis study draws on data collected over the last five years (2019-2024) in a high school in themidwestern United States operating in partnership with a large research university. We focus onfour threads of data collection: 1) teaching video and reflections on teaching and learning inresidents’ classrooms; 2) curricular materials, planning artifacts, co-development documents; 3)interviews, focus groups, and surveys of those participating and working within the TeachingSchool; and 4) student learning and survey data. Primary data were: • Video of classes (residents’ classes, focal video n=~25 each year/teacher) taught by three engineering teachers in grades 9, 11, and 12
was instrumental in making the program accessible and sustainable. Dean ofArts and Sciences contributed $5,000, while Director of the STEM Center donated $500 towardspurchasing materials. BrightRidge and the Tennessee Valley Authority (TVA) made a substantialcommitment of $100,000 to support the program for three years, ensuring its continuity andexpansion.Strategic Planning and Program DesignThe Applied STEM Summer Institute was conceived as a dynamic, hands-on program designedto immerse high school students in STEM disciplines. The initial planning began in Fall 2023,with the goal of creating a program that would not only educate but also inspire students topursue careers in STEM. The program targets high school students who have shown an
Comprehensive In 2018, revised Student Outcomes changed the teamwork description to “an Assessment of Team Member Effectiveness: Development of a Behaviorallyability to function effectively on a team whose members together provide Anchored Rating Scale for Self- and Peer Evaluation. Academy of Managementleadership, create a collaborative and inclusive environment, establish goals, plan Learning & Education, 11(4), 609–630.tasks, and meet objectives” (ABET Engineering Accreditation Commission
success, cultural competence, and criticalconsciousness, educators can help all students thrive academically while also developing a deepappreciation for their own and others' cultural identities. This approach not only enhances studentlearning but also prepares them to be thoughtful, engaged citizens in a diverse world.PurposeThe purpose of this paper is to assess the impact of phase one of our faculty developmentprogram, particularly its impact on engineering faculty’s understanding and implementation ofinclusive and equitable pedagogies. We focus on how participants plan to incorporate thestrategies, tools, and concepts learned during the training in phase one into their teachingpractices. By examining the changes in faculty members
placing the scale,supports, and beam and then zeroing the scales. The students then place the weights for each axleload: the 5 g blue weight for the first axle load, the 20 g yellow for the second axle, and two 10 gyellow weights for the third axle load. (a) (b)Figure 5. Actual loading set up for equivalent system example (a) profile view and (b) plan view.The instructor and students can then discuss their confidence that what they have set up is anaccurate and/or precise model of the actual systems. What variations might exist in each set up,or in the accuracy of the measuring devices, etc.? If there are several models in the room (ideallya model for groups of two to four
client and market needs.In order to fully and effectively create such integration many programs, including our electricalengineering program at Sonoma State University, have adopted a two-course structure. In thefirst semester, students focus on the planning and conceptualization phase, where they define aproblem statement, formulate a product idea, assemble teams, identify their customer base, andoutline their development plans. In the second semester they actually complete the project andget ready for full presentation.The activities in the first semester focus on fostering students’ ability to generate innovativesolutions for real-world problems while enhancing their team-building skills. Throughout thefirst semester, students are expected to
organizations as an opportunity to display moral virtues. This dimension -together with managing, business techniques and economics-, constitutes the foundation for having the leadership capacity to develop his institucional management activity. During his university career performs a close relationship related to the administration of human resources, budget, planning and development of academic and administrative projects, emphasizing the creation of a working environment for his officials to deliver the best of their capabilities. The teaching performance work has motivated his contribution to the community so that as too individual to achieve his own development. In this area, he responsible for carrying out educational
accessible, and algorithms advanced, the fieldexperienced significant growth. Particularly, neural networks [5-7] inspired by the structure of thehuman brain led to modern machine learning and deep learning techniques. Today, AI spansdiverse applications, including natural language processing [8], computer vision [9], robotics [10],and decision-making systems [11], profoundly impacting industries and everyday life.Artificial Intelligence (AI) serves as a transformative tool in academia, revolutionizing learning,teaching, and research methodologies. In education, AI-powered platforms customize learningexperiences by adjusting to individual students' needs [12], providing tailored lesson plans [13-14]and instant feedback [15]. Automated grading
methodology integrates active learning strategies and project-based learningprinciples, encouraging students to apply theoretical knowledge to practical challenges. The designprocess involves a structured approach to research, planning, and prototyping. The team hasadhered to SAE Micro-Class rules and regulations while breaking the project into manageablephases. Initial steps included literature review, problem definition, and identification of key designparameters. The iterative approach mirrors methodologies discussed in [5], which emphasize theimportance of early-stage simulations and testing. The team performed studies for design andsimulation to optimize configurations for aerodynamics, lift, drag, and thrust, similar to themodeling techniques
proficient final report following recognized academic or professional standards.10. Presentation: Deliver a clear, organized, and effective class presentation to disseminate the project’s findings to a wider audience4.3 Schedule and AssessmentTo ensure the project is feasible, teams schedule a meeting with the instructor to discuss theirproposed project and obtain approval. Meetings are typically around 15 minutes but may beextended as needed. Teams need to obtain approval before they submit their project abstract.The project is graded according to the following schedule:• Project Abstract (10%): Two-page abstract outlining the proposed research question or industry-oriented problem, method, plan for implementation, and expected outcomes
nature, the discussion and approachcannot follow the same structure or delivery as a typical course lecture. The paper herein followsthe journey of a civil engineering educator in the establishment and development of a series ofeducational videos on YouTube. With an identified goal to expand the broader public’s view ofcivil engineering and the newly developing sub-fields of structural resilience, bringingengineering to life takes many forms. This work examines the steps in establishing the protocolsfor proper assessment, story boarding concepts, executing video plans, bringing these videos tolife through careful editing, and general lessons learned in developing video themes. Technicaltheory is a cornerstone of engineering curriculum but can be
, how can theintegration of educational technology enhance PSTs' engagement with their local communitiesand broader climate challenges?In the 12-week course, I introduced the 100-mile diet during the first two sessions to preparePSTs for their project planning. PSTs individually or in groups designed and implemented theirown versions of the diet, analyzing its impact on carbon footprints and ecosystems. Theydocumented their work over two to four weeks using technology tools like digital diaries, socialmedia vlogs, Google Suite, Excel, and multimedia presentations. Over three academic terms(2022-2024), I collected 55 adaptations, eventually narrowing them to 26 unique examples basedon originality, depth of analysis, and alignment with assignment
pilot study will ultimately culminate in two surveys and one interview protocolintended for use in future EMPOWERS work to measure changes in graduate students'perceptions of personal well-being, self-efficacy, and inclusion. Additionally, the long-lastingeffects of this program and study aim to provide practical and holistic mentoring training forboth faculty and graduate students broadly throughout STEM.IntroductionResearch indicates that graduate student attrition rates are a rapidly growing concern [1], [2].Moreover, current calls for systematic change in graduate studies are widespread [3]. Severalreasons are given for this phenomenon, including increased mental health challenges, lack ofcareer planning and development, and ineffective
ability to perform those objectives. Many PAs voiced feeling burnout from ayear-long program of weekly sessions, and some expressed boredom with the lack of structuredactivities in some tool areas. PSs shared similar feelings of burnout with the year-long format,especially for those that facilitated the same tool area for all four rotations. Scheduling issues inthe final rotation of Spring 2024 required some PSs to facilitate outside of their normal tool area,which they felt unprepared to do given the lack of formal planning. Based on these issues, full-time staff initiated a re-design of the Staff CoP program before the 2024-2025 academic year,with development and implementation led primarily by newly promoted PSs.MethodologyRevision and
, and protection of vulnerable families. Policymakersand tool designers must address these concerns to prevent further harm and discrimination.assessing public policy success and failureThe World Bank—a multilateral entity that pursues policy initiatives in and through over 150governments across the world—assesses the success achieved in hundreds of unique projectsevery year [9]. The finding is that failure happens between 25% and 50% of the time —depending on how one defines success and failure. How do we define success and failure inpublic policy? If success focuses on whether planned outputs (e.g., roads, laws, trainingprograms) are delivered efficiently, failure rate under this definition is 24%. If success evaluateswhether interventions
to address the why or how aliterature is structured and produced as it is. For example, students in Foundations ofEngineering Education must write a critical analysis essay, critiquing a piece of literature.However, students trained in technical engineering domains may struggle to understand therhetorical purpose of this type of paper [8] or how to begin developing the analysis, in partbecause their undergraduate educations have focused on different epistemological paradigms forcritique [13], and they have not yet been socialized to value the writing process for planning andexecuting such an analysis [1]. Because the transition from novice researcher-writer to expertresearch-writer occurs over time and experience, students also need support
Development Taking Pride in Recognition of Awareness of responsibility for persevering integral need for growth personally Autonomy learning skills individually and collaboration and for career needed to advance as team project Mastery and Self-perception Increases in Seeing value in effectiveness in comparison to confidence and self- skills, content that Competence achieved through others and efficacy in team weren’t seen before teams navigating planning
, and career planning, particularly for minoritized urban youth. Multiplestudies indicate that using expanded opportunities for algebra in high school is effective forbolstering math skills [6], [7], [8]. Particularly for students who have not mastered algebra skills,increased dosage improves algebra assessment scores in the short-term [6], as well as long-termeffects such as higher number of credits earned in high school, higher probability of graduation,and a higher likelihood of college enrollment [7]. Out of school time (OST) programs have beenshown to significantly improve student achievement [9]. For STEM-focused OST programs,participation is capable of both encouraging and maintaining STEM interests [10], a precursor toaspiring to a STEM
nature of the InSciTE administration: leveraging distributedleadershipThe daily operations of the InSciTE model are carried out by the InSciTE director (W. Pangle, afaculty in Biology) assisted by I. Marquez (an engineering faculty member) along with twoundergraduate students (one majoring in computer science, the other in Biology and Business).Daily tasks range from analyzing assessment data to purchasing supplies for InSciTE’scommunity building events. The InSciTE director also works closely with CSE’s assessmentdirector to manage the assessment plan of the model. Faculty in Educational Leadership adviseon activities regarding the scholarship of teaching and learning and the intentional training ofInSciTE Teaching Fellows. The InSciTE council
Annual Conference & Exposition, Minneapolis, MN, 2022, August. ASEE Conferences, 2022. https://peer.asee.org/40917[11] H. Mustafa. "Planning Only One Assignment to Assess Two of the New ABET Student Outcomes". Proceedings of the 2020 ASEE PSW Section Conference, canceled, Davis, California, 2020, April. ASEE Conferences, 2020. https://peer.asee.org/36038[12] “ELEGOO Neptune 3 Pro” ELEGOo.com. Accessed Jan 15, 2025. [Online.] Available: https://us.eLEGOo.com/products/eLEGOo-neptune-3-pro-fdm-3d-printer- 225x225x280mm[13] “ELEGOO Resin 3D Printer Mars 2 Pro Mono MSLA 3D Printer” Amazon.com Accessed Jan 15, 2025. [Online.] Available: https://a.co/d/jkhhNnG[14] “TTS-10 PRO 10000mW Laser Engraver
include: having a defined product; regular use of or adherence tospecifications; having or developing a plan for the design project; adhering to the plan that isdeveloped to minimize deviation from specifications; viewing progress as fractional achievementof a goal; monitoring deviation from the plan and making efforts to self-correct; determiningprogress relative to the plan to ensure the project is finished on time and within budget; andcreating as stable a project environment as possible. Since humans often take stability forgranted, this last element could be indicated by lack of references to instabilities, chaos, orunexpected issues. In contrast experiences aligned with the dead-reckoning analogy couldinclude: holistic and high-level rather
emphasis on developing algorithms for complexproblems. Prior to the 24/25 academic year, the course was offered in the fall quarter but wasmoved to winter quarter beginning in winter 2025. A pilot of the project used for project validitybut with minimal data collection was offered in fall 2023 and a second version of the projectwith a detailed data collection plan was implemented during the winter 2025 quarter. The fall2023 course had 33 students and the winter 2025 course had 48 students. The 10-week coursemeets twice per week for 100 minutes and beginning in winter 2025 also has a lab component,taught by a separate instructor. Before the service-learning project, the course contained 3 openended but shorter projects and the new service-learning
Paper ID #47735Impact of financial anxiety and financial stress on the financial well-being ofengineering graduate students in the United StatesRAVISHA CHUTANI, University of Georgia I am a second-year PhD student majoring in Financial Planning in the College of Family and Consumer Sciences at the University of Georgia.VARUN KATHPALIA, University of Georgia Varun Kathpalia, born and raised in northern part of India, joined EETI as a PhD student in the Spring of 2024. He completed his undergraduate degree in Mechanical Engineering from Chitkara Institute of Engineering and Technology (Punjab Technical University, India
connections.Challenges Faced:It should be made clear that the students are expected to lead the interactions with their mentors.The first year of our program, some students, especially the younger ones saw the mentorssimilar to their faculty members. Since their only previous experience was in a classroom setting,they would show up to a meeting with the mentor and expect the mentor to teach them theknowledge they need like a professor with a lesson plan. To combat this, the application wasupdated to include questions about what the student wanted to get out of the year-longexperience and what questions they planned to ask their mentor so that they are thinking of thesetopics ahead of time. The program announcement and the application also now contain