Baylor University, Waco, TX Copyright 2021, American Society for Engineering Education 2In Fall semester of 2020, the campuses were open, but severe limitation for lab access was imposed.The laboratory room that normally can be used for 16 students allowed only four students to be inthe room at the same time. The biggest challenge was the organization of Mini-Maker Faire at theend of the semester. There were a total of 74 students in the Control Systems course, which wasbeing used for Maker Culture implementation. Considering the social distancing requirement, therewas no room big enough that was available for the Mini-Maker Faire. According the original plan,the Mini
-ROM.2. Shadaram, M., Sachez-Contreras, L., 2000, “A Plan to Increase Graduate Enrollment at Science, Math, and Engineering Disciplines, “ Proceedings of the ASEE Gulf-Southwest Section Annual Conference, Las Cruces, New Mexico, April 5-8, 2000, Paper 76C1.3. Brian L. Yoder, “Engineering by numbers”, the ASEE Web site at www.asee.org/colleges.4. Coffman-Wolph, S., Gray, K., 2019, “Fun and Interactive Activities for an Introductory Computer Science Course of 200 Students”, Proceedings of the 2018 ASEE Gulf Southwest Section Conference, University of Texas - Austin.5. Rios, O., Fadda, D., 2019, “A Conceptual Mechanism Design Activity for an Introduction to Mechanical Engineering Course”, Proceedings of the 2018 ASEE Gulf Southwest
Department at Queensborough Com- munity College. He received M.S.E.E. degree from NYU Tandon School of Engineering. In the field, as a System Engineering provide consulting service for global network that includes planning design, ar- chitecture, and integration operations and to implement solutions to complex network. Professor Mangra teaches Electronics and Computer Engineering Technology courses. His research interest includes Cyber- security, Networks, Operating systems, (Digital and Analog) circuits and IT technology. He is a Licensed Professional Engineer [P.E] registered in New York State. American c Society for Engineering Education, 2021
health issues, and highlystressful lives that may hinder participation in their children’s education at home and school”[10]. To summarize, children of lower SES go tend to go to a lower quality education programand parents fall victim to hardships which does not allow them time to help properly developtheir children.For young children to develop properly, a rich learning environment is crucial. A learningenvironment is defined as the conditions that affect the behavior and development of someone.A baby or toddler is a sponge for new information, their learning environment is wherever theyare. At an early age, a child benefits most from a well-organized, planned, safe, dependable, andflexible environment. TCC uses the SC-ELS as a guideline for
course) self-selected to form their own teams. So naturally, there is an incentive todo it differently. Of course, if the teams are to be selected by the instructor, there is thedesire to do it effectively. As noted above, the literature provides little help. Thus thisproject was initiated to determine what is the make-up of effective teams or who are the“good” team players. MethodologyThe plan was to gather as much data as seemed relevant from each student enrolled ineach class in the fall, 2002 semester, to organize the individual student characteristics bythe self-formed groups, to conduct a peer evaluation within each group, to evaluationgroup performance as always at the end of the semester, and then to
already covered in theirprevious discipline’s offering. While it is true that much of the information was identical, thecourses each had department specific numbering and therefore the graduating department’scourse number would need to appear on a student’s degree plan in order to graduate, requiringstudents to “re-take” freshman courses.Another problem transferring students encounter is the satisfaction of the University’s computerproficiency requirement. Beginning with the fall 1999 semester, all UTA undergraduate studentsneeded to satisfy a computer proficiency requirement prior to their graduation. Students couldsatisfy this requirement by taking a test or by completing a course designated by their major Proceedings of the
techniques. Many universities utilize a two-course sequence (first semester: passive, second semester: active), but in some cases both activeand passive circuits are taught in the same course [4]. After careful planning and discussion, itwas decided to convert an existing course into a new two-semester sequence in High FrequencyElectronics, with the first semester covering RF/microwave circuit theory and passive microwavecircuit design, and the second semester covering microwave amplifier design. The sequence istaught at the graduate level, with enrollment open to qualified undergraduates. The first course in Proceedings of the 2009 ASEE Gulf-Southwest Annual Conference Baylor University
techniques. Many universities utilize a two-course sequence (first semester: passive, second semester: active), but in some cases both activeand passive circuits are taught in the same course [4]. After careful planning and discussion, itwas decided to convert an existing course into a new two-semester sequence in High FrequencyElectronics, with the first semester covering RF/microwave circuit theory and passive microwavecircuit design, and the second semester covering microwave amplifier design. The sequence istaught at the graduate level, with enrollment open to qualified undergraduates. The first course in Proceedings of the 2009 ASEE Gulf-Southwest Annual Conference Baylor University
-pulled hand. The student was treated as a Professional“Green Energy” golf cart that used the rotational Engineer in an Engineering-Solutions company – notmotion of one of the golf cart wheels to rotate a DC as a student. The focus was for the student to learn bymotor to generate electricity to charge a cell phone doing. The practical objective was to give the studentand a solar panel to power a thermoelectric cooler authentic hands-on experience in rapid prototyping,to chill a beverage. A secondary objective of the project planning, project execution, andcourse was to expose students, early in their careers communication, to relate to potential internshipand
customer andengineering requirements, design their device, and create test plans. For Challenge 5, the designneeded to be fabricated and integrated with robot and the functionality of the device assessedusing their previously developed test plans. Alternatively, the students could demonstrate thefunctionality of their device virtually using computer aided design (CAD) tools or other means,as appropriate.The final challenge exercise required the students to synthesize multiple course concepts throughparticipation in a limbo challenge and in-class competition. As described by Zuhrie et al. [10],robot competitions can be used to enhance student motivation and learning outcomes. ForChallenge 5, the students were tasked to perform “limbo motions” in
through both formal andinformal interactions or experienced individuals [10]. This expertise becomes a resource forcollaborative reflection and planning in communities of inquiry [11]. We posit that active forms oflearning, enacted by teachers, when deliberately related to students’ personal experiences andgrounded in deeper learning strategies are vital for achieving transformation in practice.In this paper, we describe how a group of eighth teachers at a STEAM-focused middle schoolunderstood and elicited students’ funds of knowledge in an effort to bring an asset-basedapproach to the classroom. This research contributes to the ongoing efforts to establish a moreculturally responsive educational environment for students that have been negatively
&M University. He is also the Assistant Lab Director at the Sketch Recognition Lab.Dr. Shawna Thomas, Texas A&M University Dr. Thomas is an Instructional Assistant Professor in the Department of Computer Science and Engineer- ing at Texas A&M University. She is a member of the Engineering Education Faculty in the Institute for Engineering Education & Innovation at Texas A&M. She enjoys project-based learning and incorporat- ing active learning techniques in all her courses. She received her Ph.D. from Texas A&M University in 2010, focusing on developing robotic motion planning algorithms and applying them to computational biology problems including protein folding. She continued this work as
me. It allowed me to live on campus for my freshman and sophomore year. Living on campus is an amazing experience, for me, because I can always go to events and spend more time with my friends. It also allowed me more time in my studies because I did not have to dedicate my time each day to a commute from home to school, which was really helpful to me. This program also supported me in my career development. It encouraged me to go to career fairs and talk to recruiters, and it taught me how to promote myself. It also helped me in my time management skills, too, with respect to the time management workshop, I learned how to manage my time better and to plan out my week ahead of schedule, I
Engineering Certification Board (SECB) – a partnership of the ASCE Structural Engineering Institute (SEI), the National Council of Structural Engineering Associations (NCSEA), and the Structural Engineering Licensure Coalition (SELC) offers board certification in structural engineering. The American Academy of Environmental Engineers and Scientists (AAEES) offers certifications in environmental engineering. The Institute of Traffic Engineers (ITE) offers certifications in transportation planning and design. A handful of states offer a structural engineer (SE) license – some states require a PE license first, but some states do not. California also offers a geotechnical engineer (GE) license
psychologically realisttheories of ethics, concerned with how people actually think about matters of right and wrongrather than merely how they should [48], [49]. For example, as a pluralist theory of ethicalreasoning, MFT helps to explain how different, competing goods can conflict, resulting in thekinds of conflicts of interests that are central to engineering ethics and other forms ofprofessional ethics [1]–[3].Planned analyses and hypothesesIn this study, MFQ and ESIT scores were treated as outcome variables, and education anddemographic information – such as gender, age, and field of study – were treated as inputvariables. Since relatively few studies have used the ESIT [17], [32], [50] – and only one hasused the ESIT in conjunction with the MFQ [33
mentorship programs.IntroductionWithin graduate education, there is a lack of proper mentorship and mentoring programs atinstitutional and college levels [1]. Mentorship is so highly correlated to student success andprogram satisfaction [2], as such, there is a critical need to establish and improve mentorshipprograms at these institutions. The National Academy of Sciences suggests that with improvedmentoring, “students' educational experience, morale, career planning and placement, andprofessional competence” [3, p. 65] will be enhanced. However, for this mentoring relationshipto flourish and be satisfactory, it requires effort by both parties which would ultimately create a‘mutually beneficial’ partnership between the faculty mentor and the
mentors are now required to create a SMART (Specific, Measurable,Achievable, Relevant, Time-bound) goal [15] for each mentee and develop a plan to implementthat goal in the academic year. The SMART goal and plan should be completed by the end ofOctober. Project PIs now meet with mentors to discuss the goals for their mentees to make sure itis reasonable. In addition, we survey mentors monthly to document their activities and meet withmentors once a month to gather feedback, identify potential problems, and share successfulstories or tips. Based on the monthly report from peer mentors during the 2020-2021 academicyear, we have observed positive changes between mentors and mentees.4.2 Research ExperienceUndergraduate research is one of the thirteen
study through the act of teaching and mentoring youth in STEM outreachprogramming, and so it was determined that this phenomena was worth exploring further. It wasalso through a discussion with program directors that led to the second reflection question onchallenging assumptions, as they identified this as part of the learning experience for theirinstructors.A summary of key questions and themes is outlined in table 5, below, and the full reflection andinterview protocol is available upon request.Table 5: Interview and Reflection Protocol June: Interview 1 ● Why did you pursue this opportunity? ● How does it link to your future plans/field of study? ● What training did you receive this summer? What additional training would you like to
110) instead of the Calculus, at least one semester delay in thegraduation can occur. Additionally, if a student fails one or more of these pre-requisite chains,the student’s graduation will be delayed by at least one more semester. Another factor thataggravates this situation is that most of the higher division courses are only offered once a yearat CSU Chico and are not offered during the summer or at other universities across the nation.Therefore, the importance of passing the math courses at the scheduled semester is evident of thestudy plan to reduce the time-to-graduation.About 19.1% of the incoming freshman and transfer students in the College of Engineering andComputer Science did not enroll in Calculus as their first math course in
; Conklin’s article. Representational images include a flower, raindrops, and people inconversation. Relational seed shapes and page forms include dotted lines, squares, and circles.]Workshop demonstration 3: Ideating arguments using VPFsWhen beginning my dissertation in 2018, I (Erica) began to use VPFs to ideate my ownarguments and dissertation plans (see Figure 7). As mentioned in our Visualizing Arguments andSketchnotes section, the affordances of VPFs are both rhetorical and epistemological; they helpnew scholars, like myself, think across purposes and make new knowledge and developconcepts.When drawing visual metaphors or using VPFs to ideate their own arguments for the first time,students face two particular struggles: 1) thinking with the
students, and design and delivery of courses.Pedagogical design strategies and delivery practices that are carefully planned for workingprofessionals must be considered to ensure success in achieving learning outcomes as well as fullengagement of the students with the program and curriculum. The right combination of advising,administration, technology, pedagogy, and content is required to produce an environment inwhich these non-traditional students thrive and succeed in achieving learning outcomes andobjectives and persist in enrollment and degree completion in a reasonable amount of time.Literature points to effective strategies for programs that cater to non-traditional students, bestpractices in asynchronous course design, and ways to prepare
or schematics of potential solutions 12. Account for potential future impacts in developing a solution 13. Prepare technical communication, including written and oral reports or use of figures to represent work 14. Demonstrate social awareness, empathy, and self-awareness in interactions with others 15. Follow proper data collection procedures 16. Account for ways natural environment may affect or be affected by one's work 17. Interpret data, such as results from modeling, validation, and other data processing 18. Develop plans and procedures for experiments 19. Build tangible artifacts as models, prototypes, or working products 20. Consider ethical responsibility 21. Negotiate
proportion of students (40%) may enter BMEconsidering pathways like medical school or graduate school, many of those students (from 17%entering the degree to 45% upon graduation) end up pursuing industry positions after graduation[8]. Given the previous figures on students’ career plan changes between entry and graduation, aswell as the stigma that BME bachelor’s degree graduates experience with industry careerplacement barriers, more research is needed to understand students’ perceptions of BME industrycareer pathways, particularly at a later stage in the degree. Understanding these perceptions canhelp inform how BME programs are advertised, how programs help students explore industrycareer options, and how programs strategize partnerships with
the basics of user experience design.Mentors were given a lesson plan for all of the modules with the autonomy to update andinfluence content with socially and culturally relevant examples. An example of a modulecreated by the near-peer mentor included ways to simply teach inclusive design andaccessibility concepts to high schoolers by showing them examples from the web. Theycreated a classroom project within the Web Design activity that showed the students how toprovide constructive feedback to other projects to improve their initial design for theprototype solutions. Table 5: Camp activities showing unit name, sample lesson, and a description. Unit Activity Description Intro to CS and Given a list of 15 African
. The GPSS aims to supportgovernment decision-makers in boosting efficient large-scale intervention strategies andinvestment plans to reduce disaster risks in schools and improve learning environments forchildren.ContextIn the learning experience examined in this paper, two student teams were formed during theWinter 2020 term to collaborate with a professional team from the GPSS of the World Bank todesign a solution aimed at improving baseline data to assess the vulnerability of schoolinfrastructure. Students from an upper-division undergraduate level Human-ComputerInteraction (HCI) course and a graduate-level Artificial Intelligence/Machine Learning (AI/ML)course participated. The AI/ML team developed a back-end automatic structural
and the conducting of evidence-based interventions in school environments.Dr. Darryll J. Pines, University of Maryland College Park Darryll Pines became Dean and Nariman Farvardin Professor of Engineering at the Clark School on Jan- uary 5, 2009, having come to the school in 1995 as an assistant professor and served as chair of the school’s Department of Aerospace Engineering from 2006 to 2009. As dean, Pines has led the devel- opment of the Clark School’s current strategic plan and achieved notable successes in key areas such as improving teaching in fundamental undergraduate courses and raising student retention; achieving suc- cess in national and international student competitions; giving new emphasis to
Room IS 105Worcester Polytechnic InstituteTeaching laboratories is an essential component of chemical engineering education. They are designed to help students think criticallyabout chemical engineering principles and practices by planning and execution of experimental work followed by reflection, analysis, andinterpretation of data. However, operating teaching laboratories with social distancing measures poses significant logistical and safetychallenges, and alternative modes of delivery could be a realistic way forward in adapting engineering curricula to the post COVID-19world. This paper is aimed at identifying common approaches and strategies implemented in transforming hands-on labs into hybrid, virtualor remote operation to achieve
Introduction to Blended, Flipped, Mastery Learning Document: FYI The objective of this unit is to familiarize students with the technologies used in this course, to aid students in creating a personal plan for success in this course, and to begin to establish peer-peer interaction among students. By the end of this module, students should: 1) be able to access Canvas for course materials 2) be familiar with the vocabulary and concepts that differentiate classroom and online education 3) understand the concepts of ‘adult learning’ and ‘mastery learning’ 4) have, in mind, a plan for successfully completing this course 5) complete at least one
can be as effective as the semester-long experience if adequately structured andmanaged [28]. Institutions would need to develop quality programs to ensure that programoutcomes are developed for diverse students and program needs [19]. Hence, the need to makeappropriate adjustments to the curriculum with faculty involved in the planning and designing ofshort-term programs is significant to strengthen programs [24]. It is relevant and effective whenshort-term study abroad programs are composed of a semester-long class to enrich students’experience, overcome curricular challenges, and adequately prepare students for the trip abroad[18].Institution Study Abroad ProgramThe Rising Sophomore Abroad Program (RSAP) engineering study abroad program
literature presents many examples ofindividual faculty efforts on adopting entrepreneurially minded learning (EML) in courses suchas thermodynamics, facility planning, supply chain, circuit analysis, biomechanics, and structuralanalysis [7-12]. This paper presents such effort involving a junior level engineering statisticscourse. Given the abundance of data in today’s world and the importance of extracting meaningout of them, statistics is an important tool for any discipline including and especiallyengineering. This importance is summed up in the following quote from Walter Shewhart, who isknown as the father of statistical quality control: “The long range contribution of statisticsdepends not so much upon getting a lot of highly trained