students to share their experiences. Other optionsmight include presenting a poster or giving a talk at a campus or regional symposium, or evengiving a formal presentation to the research group or department. Distilling their experiencesinto a poster or oral presentation gives students valuable experience in communicating technicalcontent, and encourages students to reflect on the their contributions to the larger researchproject.Example ProjectsThis three-step method for mentoring undergraduate researchers is easy for faculty to implementand scaffolds students’ introduction to the research domain. Highly motivated students have theopportunity to gain skills and responsibility as they move through the three stages of thismentoring plan. For
so interested in the class material he decided to pursue an M.S. in Construction. John also interned this past summer at SUNDT Construction as a project engineer assistant. He was in charge of the RFIs, supervised the painting and mill work, pedestrian safety, and the close out of the projects. John’s future plans are to pursue a doctoral degree in construction management, increase his work experience in the construction field, and then teach someday.Prof. Dean Takeo Kashiwagi, Arizona State University A renowned expert, educator, and researcher in best value procurement and risk/project management for more than two decades; he’s a respected adviser and mentor within the association, the public sector, and
planning guide, and an assessment tool30-32. Hierarchy A Hierarchy B (Level 1) (Level 1) Cross-Link between Hierarchy C Hierarchies B and C (Level 2) Figure 1. Cmap hierarchies and cross-links31.2. Theoretical Basis for CmapsUse of cmaps is supported by cognitive psychological research in the area of semantic memorytheory. Semantic memory refers to an organized database of concept-based knowledge, such asmeanings, understandings, and images. Unlike episodic memories, semantic memories containfactual
Engineers (SAE) Ralph R. Teetor Educational Award recipient.Mr. Michael DeLorme, Stevens Institute of Technology Mr. Michael DeLorme is an Adjunct Professor and Senior Research Associate at the Davidson Laboratory at the Stevens Institute of Technology. He has conducted over 50 significant marine hydrodynamic exper- iments on both surface and subsurface vehicles. Other areas of recent research include; the application of hydro-acoustic techniques for the detection, classification and tracking of non-emitting small vessels, the implementation of UUVs for port/maritime security and environmental assessment, and path planning of a UUV through a complex estuary.Eirik Hole, Stevens Institute of Technology (SSE) Eirik Hole has
(ITEEA, 2000). We believe thatby tying the curriculum to the STL that the activity shows promised in promoting STEM because thesestandards encourage the application of each of the STEM disciplines. The table is has three columns. Thefirst column lists the topic being taught, the second column has a brief on the lesson being taught, and thethird column lists the STL connection. Although we recognize there are many other STEM topics that canbe taught while engaging students in an ROV type activity, these lessons highlight our first iteration. Weplan on further developing and testing additional curriculum resources in subsequent years. We also havenoticed that SeaPerch has started development of ROV focused lesson plans that also teach
, and peer checking procedures. These data were reviewed as theproject moved forward. Themes emerged and were analyzed on an ongoing basis. The differentforms of data were compared and measured against each other. As new data were gathered,further insights were gained. Eventually, themes and phenomena emerged and are analyzed anddiscussed throughout the paper.What Was the Setting? All of the participants in this research were TDE Education majors; essentially, pre-serviceteachers who could become licensed to teach in technology education and graphiccommunications. Although not all of the student-designers had immediate plans to becometeachers upon graduation ‒ non-licensure students ‒ they all were on track to receive aneducation
. Preparation inengineering also needs to be sensitive to the demand on elementary teachers to integrate acrossthe curriculum, and the lack of time in the school day to do stand-alone engineering. Pre-serviceelementary teachers will be interested in ways to accomplish multiple objectives at once byintegrating other subjects with engineering and vice versa.There is a strong and growing base of evidence showing that with carefully designed support,pre-service elementary teachers can develop at least three key capacities important to highquality science instruction. First, when planning lessons, they can demonstrate understanding ofthe nature of scientific inquiry by adapting existing curriculum materials to better promotestudents’ engagement in each of
"back of the envelope problems" that engineers oftenuse to restrict or filter a problem's alternatives in the planning and ideation phases of design 3.Descriptive and correlational statistics were collected and analyzed on the nature of students'multi-step estimates using the 3D Estimator. This paper is structured as follows. The next section deals with the objectives of twostudies that investigated students' use of the 3D Estimator. After that, background concepts fromrelated literature are covered, including operational definitions of key terms. The subsequenttwo sections deal with Study 1 and Study 2, respectively. Finally, there is a section drawingconclusions and briefly describing future work.Objectives This research-to
Figure 1aProjected Use of Supplemental Instruction in College Page 23.1281.6 Figure 1bFigure 1a is a graph of student feedback from the pre-survey regarding their usage of threedifferent types of supplemental instruction in high school. These three types of supplementalinstruction are one-on-one tutoring, instructor office hours, and group tutoring. Figure 1b is agraph of student feedback also from the pre-survey on their projected usage of these same threeadditional resources in college during the Fall 2012 semester. For all three types of supplementalinstruction, a larger percentage of females used these resources in high school and planned tocontinue to use them in
motivation in different curricula27, student learning habits28, student confidence inperforming a task29career plans and values placed on a task30, and student perceptions about theireducation.22 Page 23.1284.3 Within the motivation theories, our study specifically situated in expectancy-value theory 16-18(EVT) for two reasons. First, EVT was developed in part to explain academic programenrollments and ultimately career choice.31 Second, EVT contains both ability constructs (suchexpectancy of success) and importance constructs (such as interest). These types of constructsexist in other motivation theories, though some theories
, an M.S.C.E. from Purdue University and a Ph.D. from Lehigh University.Dr. Michelle Renee Oswald, Bucknell University Dr. Michelle Oswald is an assistant professor in the Department of Civil and Environmental Engineering at Bucknell University. She has completed her doctoral degree in Civil Engineering as well as a Master’s of Arts in Urban Affairs and Public Policy at the University of Delaware, specializing in sustainable transportation planning. She received a Bachelor’s of Science degree in Civil Engineering from Lafayette College in 2007 and a Master’s of Civil Engineering at the University of Delaware in 2008.Mr. Akmal S DaniyarovMr. Christopher Adam Kulish
elements of the project but often lacking the intimate understanding of the social,political, and environmental factors that also play a large role in the success of the project.Gaining a community-based perspective is necessary, but challenging as it requires successfullyengaging the community throughout every stage of the project.Students began to recognize the benefits of a bottom-up approach to development. By learningand experiencing the principles involved in community-based development, students can bebetter prepared to incorporate them into their project plans. Understanding the elements ofsustainable international development is a vital skill for anyone involved in development work.Components of Community-Based Development • Have
machines demand a greater attention to safety. A wider range of materials can be machined. Students learn to appreciate the role of a material’s machinability in process planning. Larger work envelops and spindle horsepower support a wider range of fabrication possibilities. For example, machining of molds. Better exposure is provided to the challenges in selecting tooling and fixtures. Students develop a better understanding of the proper selection of process parameters (speeds, feeds and depths-of-cut) and the trade-offs as materials and conditions change. A better appreciation for the challenges in achieving dimensionally accurate parts is obtained. Students acquire a more realistic understanding of the efficiencies of
teachers, and school administrators. We present evidence ofthe immediate success of this workshop through an overview of each of the workshop sessions, acomparison of the participants’ expectations as stated before the workshop with the results of aformal evaluation and assessment independently conducted at the end of the workshop, and anassessment of the workshop from the invited speakers’ perspectives. We also discuss the lessonslearned in the organization and production of this workshop from both technical and participantperspectives and how we plan to apply these lessons in future iterations of this workshop.1 IntroductionComputing has become ubiquitous in the modern world, touching nearly every aspect of our lives. Thewidespread
. Iidentified these three codes as themes that appeared in majority of the articles: • Centering Indigenous ways of knowing in content • Ensuring elder involvement in the planning of teaching • Recognizing Indigenous knowledge as being beyond space and time for learningIn the following sections, I will describe each of these themes, how exemplar implementations ofIndigenous knowledge accomplished these themes, and how these themes come together toaddress the research question.ResultsFor each of the three themes, I will describe how the different researchers and instructorsexplained or demonstrated each theme. After that, I will compare different uses of the themes toillustrate the reasoning and benefits of implementing each theme when
5 25 125 Red Rocks Community College2 4-6 2 25 50 Front Range Community College2 4-6 2 25 50 Arapahoe Community College2 4-6 2 25 50 Totals 17 4251 Year 1 is a planning year for the Community College of Denver.2 Years 4-6 (phase 2) include three “optional” years for scaling, with year 4 being a planning year for three new colleges. Two cohorts of ~25 students, at each new college, will be supported through Engineering
its two-course sequence. We compared the two to evaluate the efficacy of EM insupporting students’ ability to create connections from each project experience. The first projectis a design-build robotics project [14] and the other is a nanotechnology research project focusedon implementing a lab-on-a-chip (LOC) device [15].The robot project provides students a realistic and hands-on experience with a mechanical,electrical, and programming emphasis [14]. The project is conducted in groups of four whereteams design, build, and program an autonomous robot to complete tasks on a competitioncourse. The project requires teamwork, budgeting, project planning, oral and writtencommunication, documentation, microcontroller programming, prototype
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