- “Story of Self”- technical knowledge - Moral theory personal reflection- Identify skills, other than technical proficiency, that are - Citizen science for good and bad - Final project necessary for competent practice in engineering and science - Responsible conduct of practice - Reading quizzes- Describe the kind of engineer/scientist you aspire to become - Engineers and scientists informing public- Develop a comprehensive plan to identify ethical dilemmas in policy real-world cases as well as processes by which to determine - Engineers and scientists under pressure to preferable solutions to these dilemmas
Housekeeping feature ”50 over 50: Women Who Are Changing the World.” She has extensive publishing credits, both independently and with established publishers including in TIME, Variety, Ms.Magazine.com, Rebecca Minkoff Superwoman and HuffPost. Other published works include Stat! An Action Plan for Replacing the Broken System of Recruitment and Retention of Underrepre- sented Minorities in Medicine with a New Paradigm, published by the National Academy of Medicine; the unique biographical essay books Against All Odds: Black Women in Medicine and Master Builders of the Modern World: Reimagining the Face of STEM; and the first two volumes of her Little Man children’s book series. Her body of work covers a broad range of
retreats. During thesummer, we learned about each other through stories, examined many different typesof stories and storytelling, and learned about active learning and how this pedagogycan be used to enhance engagement in an engineering classroom. In addition toattending trainings, students had to complete assignments designed to help themcraft their personal stories as well as lesson plans for Phase 2. In Phase 2 (Fall2020), RE3 Student Trainers taught a storytelling module to over 300 first-yearengineering students enrolled in a course called ENGR 102: Freshman Academy. Inthis storytelling module, Student Trainers taught first-year students about storytelling,shared their personal stories, and guided first-year students in storytelling
actively works to dissect product. May include following directions from active observer Student assists in dissection process by retrieving necessary tools, helping to hold parts, making Active Observation suggestions for what dissector should do, etc. May include following directions from other students Passive Observation Student observes dissection but does not assist, interact with the product, or make suggestions Student takes leadership of the group. This can include delegating tasks to others, making plans on Emergent Leadership behalf of the group, giving instructions, and making organizational moves Investigation through
successful training and consistent participation of theconstruction workforce to minimize accidents on jobsites. While traditional safety training hasfeatured classroom lectures and quick toolbox talks, the emerging technology of AugmentedReality/Virtual Reality (AR/VR) has recently been utilized by several different groups to attemptto improve construction safety training programs. This paper is presenting the current state of awork-in-progress project to investigate both the acceptance and efficacy of existing AR/VRconstruction safety programs and develop an improved AR/VR construction safety game. Thecurrent stage is the baseline measurement of efficacy using traditional classroom lectures as wellas early planning/creation of the improved AR/VR
Orange County’s Medical Innovation Instituteon August 3rd, 2020, two months prior to the first day of fall instruction. Our full-day virtualevent tackled current pediatric healthcare topics related to the COVID-19 pandemic, such asmentioned below. The 12-hour event began with an introductory lecture regarding the BioDesignprocess [10], then grouped students and healthcare workers into multidisciplinary teams based ontheir healthcare topic of interest. The teams then identified the problem, generated a solution, andgenerated a business and engineering plan to execute their solution. Teams were categorized intofive topics related to the COVID-19 pandemic: school reintegration, pediatric mental health,telemedicine/remote care, ensuring families
will remain a mainstay after their acceleratedadoption during the COVID-19 pandemic. We have undertaken a why-what-how approach tocall for needs-driven innovation in education, like why there is a need for change (the need),what is the recommendation (the solution) and how those could be implemented (the plan). Weintroduce a strategic framework for how engineering institutions, faculty, and students must startconsidering their options, experimenting with alternatives, and start planning now. A shift in themindset, leverage digital technologies, and change in the structure are taken as the central ideasleading to solutions to the identified problems themselves and affecting the long-term goals ofaccessible access to affordable, relevant, and
Ideation Preferences Differences in how individuals • Ideation Medium and Styles prefer to develop, share, and • Individual vs. Collaborative collaborate on ideas • Planning and Organization • Building On Other Designs Limited Information Restricted exposure to the • Lack of familiarity of Design Context design space, which results in a • Running out of ideas plateau of idea throughput Feasibility and Students’ inability to ignore • Feasibility Improvised self-imposed constraints and • Making Early Judgments Constraints the premature
provide thefoundation for further studies. “The value of experimental skills related to quantum technologies can be equally, or even more,important for entering the workforce than courses designed purely based on complex quantumtheory topics” [1]. The hands-on component of the course requires facility and resources whichare not normally offered in engineering departments. One of the goals of this paper is to introducethe “remote quantum experiments” which not only addresses the equipment and space limitchallenges but also developing some strategic plans for sharing the facility with other users andinstructors outside of the institute. It should be noted that engineering faculty members alsonormally do not have the quantum mechanics background
. Even if the program is strong, there is no substitute for experience, knowledge, and sound preparation. In the preparation period, it is necessary to carefully plan and coordinate all accreditation- and assessment-related issues. Among the eight accreditation criteria, an awareness of common problem areas, mostly Criteria 2 and 3, is useful. A list of possible questions that can be asked by a program evaluator is provided for the campus visit phase of the process. For the post-visit period, a program should be aware of how ABET resolves consistency issues across institutions and across programs within a single institution. Finally, proper perspective is needed if ABET finds one or more weaknesses or deficiencies. Based on what we have seen
questionstargeted by our study are more focused toward learning where and when students move out oftheir originally planned major.A third study at Frostburg State University (Soysal, et al., 2003) looks at the enrollment profile oftheir first year classes from 1997 through 2002. [3] From this they were able to determinemigration out of either electrical or mechanical engineering programs. The work, however,measures a relatively small sample (about 40 students per year) and does not track the otherengineering majors.As such, a research gap exists that this study aims to fill. The scope of this paper is to observe,not necessarily analyze. To be clear, at the time of this writing we are not looking to answerquestions regarding students underlying motives for
Test, P≤0.05). The first two factors have obvious connections to experimental work.The last 2 factors indicate that experimentation requires a high level planning and creativity. Question/Factor? Low High Experimental Experimental Ability to troubleshoot problems with 3.23 4.62 experimental hardware and setup Hands-on ability 3.40 4.38 Ability to break work into smaller parts 3.93 4.52 Creativity 4.20
concepts of user convenience and effectiveness; when originally planning for this project, we thought that it would be possible to create a system for the whole hand, so that every finger would be actuated. Given that our design is supposed to be as noninvasive as possible, we decided to take an “exoskeleton” approach to designing the product. We designed the CAD of the joints Figure 1: 3D Solidworks models of as configurations in Solidworks, so that if primary design the sizes needed to be modified, it could be done without needing to make a whole new product from scratch, with only one dimension changed. Each joint works the same way, so the only modifications between this and the other fingers are the sizes of the
about contextsinto which their solutions will be delivered and assess the human, social and security impacts ofsolutions being explored. Systems engineering provides a framework and method forassimilating the multitude of interacting factors and dynamics in human, economic, social,natural and engineering systems into target design requirements.The plan of study for the M.S.degree was developed with input from over 30 faculty members from Drexel’s College of Artsand Science, College of Computing and Informatics, College of Engineering, College of MediaArts and Design, School of Education, and School of Public Health and is detailed below: 1. Core Peace Engineering Competencies (12 credits) – Introduction to Peacebuilding for Engineers
. College students as a future workforce need to be prepared in these autonomous vehicle fields. Electric golf carts, with much simpler systems than a real car, are a perfect choice for education. The purpose of this project is to convert an electric Club Car golf cart into a test platform for deep learning algorithms. The deep learning algorithms for path planning/searching and self-driving will eventually lead to an autonomous golf cart (AGC) that can navigate the campus of Eastern Michigan University. We will integrate peripheral sensors such as Lidar, GPS, IMUs, and control systems to the golf cart. The original golf cart’s mechanical chassis is the control system’s foundation. Sensors and control systems used to automate this golf cart
contexts. Recognize the ongoing need to acquire new knowledge, to choose appropriate slo 6 6 3.67 0.52 learning strategies, and to apply this knowledge Function effectively as a member or leader of a team that establishes goals, slo 7 plans tasks, meets deadlines, and creates a collaborative and inclusive 5 3.80 0.45 environment.Gathering Feedback from StudentsIn addition to outside faculty and professional observation for assessment, we wanted to examine students’direct feedback from their experience in this engineering service form of senior design. Students in
approaches that you develop for your bootcamp.Third, the evaluation needs to be designed to assess the intended program outcomes, which are ofcourse dependent on the students selected. Less experienced Scholars may be hypothesized toexperience different benefits than more experienced Scholars. The evaluation plan is another aspectthat can benefit from on-campus partnerships outside of your research unit. For example, is there aneducation training program on campus through which you could recruit an evaluator? We have hadpositive experiences working with trainees in educational psychology, STEM education, etc. insupport of our evaluation efforts, e.g.,5-7.In conclusion, while balancing the goals of stakeholders can be challenging, ultimately
development, and the application of both in local communities. She also serves as Chair of her department and in this capacity prioritizes strategic planning, consensus building, curricular innovation, extracurricular student development, and stakeholder engagement.Dr. Alison Conway, City University of New York, City College Alison Conway is an Associate Professor of Civil Engineering at the City College of New York. At CCNY, Dr. Conway teaches an introductory course in civil engineering, as well as courses is transportation planning, transportation systems engineering, urban freight and city logistics, and urban street design. Dr. Conway conducts research primarily in the areas of urban freight and city logistics, freight
programs. This paper describes a set of softwaresimulation exercises that were developed to complement the limited hands-on opportunities inFall 2020 due to the COVID-19 pandemic. The exercises ranged from simple circuits thatillustrated the use of Multisim to more complex and practical circuits that covered Op-Ampapplications, dependent sources, and the Thevenin theorem. In general, we were successful inachieving the course objectives but there is room for improvement. Future plans includeintegration of the software into every experiment in this course while increasing the number andcomplexity of the hands-on experiments. Experiments would be revised to consist of two phases:(1) Students would complete a pre-lab that involves theoretical analysis
to use a commercial one, the most important thing atthis moment is the student “have the right to use a commercial software” because already heknows the mathematics secrets of the black box. Obviously the develop of the computer codeinvolves the mathematical aspects such like the weak formulation of the differential equation,the solution of the integrals using numerical procedure. The discussion of this aspect mustinvolve the opinion of the faculty and students in order to clarify the expectative of thecurricular plan in which the finite element method is included. IntroductionIn the last ten years the experience of teaching finite element method (FEM) to undergraduatestudents let us to understand
.” Meanwhile, other investigators stressed 1the importance of bringing hands-on experience to integrate nanotechnology to the undergraduatecurriculum. The current authors agree that a hands-on approach benefits the students more than astrictly theoretical/computational approach. Several articles in the engineering education literaturesupport this position We argue that a hands-on approach provides students with a memorableexperience that is always refreshed with continuing other theoretical and practical experiences on thesubject matter 5, 6. The next section describes a plan to integrate nanotechnology into existing core courses inthe Mechanical and Civil Engineering Curricula at the University
. According to the U.S. Bureau Labor Statistics (2017), that nationalaverage of STEM related occupations was $87,500 which is nearly double the average nationalwage of non-STEM occupations. The national commitment to promoting STEM excellence isevidenced by the State-Federal STEM Education Summit that was hosted last summer. The STEMEducation Summit convened a wide range of STEM leaders from all 50 states, five territories, andseveral tribes. The goal of the summit was to outline and develop a national STEM education planthat “will to help inform the development of the upcoming Federal 5-Year STEM EducationStrategic Plan” (p.3). To help support the initiative to enhance STEM education, the prioritizationof improving STEM education U.S. Department of
further[from list of chapters covered]?” was examined for weeks 1 through 14 over the semester.Baseline Survey First Week of Classes. A survey was conducted the first week of the semesterto establish a baseline of students’ attitudes and background in Chemistry. The survey had themreflect on their background and why they were planning to take the course, what subjects theyfound important and interesting, how they felt about chemistry and what benefits the courseprovided to them after hundreds of hours of time invested in learning the material.Sample. This analysis focused on all engineering majors: chemical, biomedical, mechanical,electrical, civil, engineering physics, software engineering, engineering management andcomputer engineering. The
Hammarby Sjöstadsverk 2015 wastewater treatment Royal Institute of Technology Ocean farming research 2015, 2017 (KTH) research presentations Fossil-free bus fleets Automation in manufacturing Forest products engineering Biofuels and bioplastics Sustainable urban planning Urban Food Production Rosendal’s Garden 2017, 2019 Integrated forestry and wood and Iggesund paperboard/Holmen Group 2017, 2019 paper production Large scale extractive processes Kiruna Iron Ore Mine 2019 Climate change impacts on
inattitudes and motivation across cohorts, and deployed end-of-term surveys in each participatingcourse to track within-subject variation across course contexts.Fall 2019 was designated as the control group, in which assessment instruments were developedand deployed, but no direct effort by project personnel was invested in developing orimplementing new instructional strategies. Fall 2020 was intended to be the first treatment cohort.Although many of the original research and intervention plans were disrupted by COVID-19,project personnel instead invested resources into facilitating and improving (primarily) remoteinstruction. The same survey and assessment instruments were still deployed in Fall 2020,offering a unique opportunity to study student
’ Interest in Transportation EngineeringAbstractThe National Summer Transportation Institute (NSTI) was a week-long summer residentialprogram supported by the Federal Highway Administration, the state’s Department ofTransportation, and a college of engineering in a large university. The program engagedparticipants in transportation engineering topics with opportunities to interact with engineerswho plan and maintain transportation systems. 125 students entering grades 10-12 spent oneweek living at the university campus. Students participated in tours of transportation-related sitesnot normally accessible to the public including traffic management centers, airports, and activeconstruction sites. Students also engaged with faculty and toured campus
summer camp time can be in the middle of summer and may disruptthe summer schedule for the whole family. In addition, in the summer, faculty and high-school teachers have their own summer agenda. All of this needs to be discussed andprepared to find the best time for summer camp.ScheduleThe schedule of the summer camp should be planned carefully, especially in the case ofvirtual education. The aim is to keep the student focused on his activities, to make thepresentation clear and complete enough to make it clear and adaptable for all students.Type of studentsOur goal in this summer camp is to focus on minorities and women, as well as low-incomefamilies. At the moment, we are focusing on high school. The involvement of middle schoolstudents was
, establish goals, plan tasks,and meet objectives.A question pertinent to any engineering educator is, “Where, when and how do we satisfy thisoutcome?” As an example of this, Sangelkar et al [2] surveyed faculty in their mechanicalengineering program to identify teaming experiences throughout their curriculum. They found anumber of courses with collaborative learning experiences, projects staffed by multiple students,and some degree of instruction in teaming, but conclude that the teaming experience in acurriculum can contain significant gaps.One of the challenges of teamworking is finding the time to provide instructor guidance withinthe scheduled classroom time. Some of the key issues to be addressed in teaming instruction arenoted in [3] and [4
and the extent to which they view themselves as a “STEM person”. Slightly modified version of the Chemistry Motivation Questionnaire (Glynn & Koballa, 2005), which includes 30 items that measure the following six student factors: Intrinsic Motivation, Extrinsic Motivation, Self-Efficacy, Self-Determination, Goal-Orientation, Anxiety-Related Motivation. The Sense of Belongingness scale [8], which is part of the National Survey of Student Engagement, used by Higher Education Research Institute at UCLA and the Center for Post-Secondary Research and Planning at Indiana University. This instrument operationalizes "belongingness" in a number of different contexts, including
redesigned in collaboration with socialwork, nursing, accounting, and hospitality management. In addition, partner discipline facultyhave implemented materials in their own courses and conversations have progressed about moreextensive collaborations to be implemented in the partner discipline courses.At Humboldt State University, a new consortium member, plans are in place to use materialsfrom Augsburg University in three sections of Calculus I, one section of Trigonometry, andpossibly three sections of Biocalculus. Findings from their fishbowl activity, where they receivedinput from Environmental Resources, Engineering, and Physics colleagues, are informing thechanges planned for the Trigonometry and Calculus courses.At LaGuardia Community College