based on five moral theories (justice, relativism, egoism, deontology, andutilitarianism). He then developed four IT ethical scenarios and empirically tested the model.Riemenschneider et al. (2011) considered attitude, subjective norm, moral judgment andperceived importance as the influencing factors of ethical behavioral intention based on theTheory of Planned Action. Renwick and Riemenschneider (2013) proposed a model ofethical decision-making among IT students and showed that moral judgment is the mostimportant indicator of ethical intention.The theoretical foundations of this research are based on the Theory of Perceived Possibilityof Disclosure1 presented by Bolhari et al. (2017). They argue that the possibility ofconducting an unethical
and salary for non‐administrative functions of center staff (training mentors or conducting evaluations for example). Our center manages compliance with our child safety policy including child safety training and fingerprinting and background checks. Our center coordinates outreach scheduling based on both K‐12 and lab schedules. We check‐in annually with the PI, or more frequently depending on the outreach plan and budget, if the outreach is not going as planned, or we are not seeing expenses against the internal accounts as expected. Program evaluation—we’ll conduct pre and post surveys or other evaluation methods as planned in proposal and share with faculty for their annual NSF reports
evaluator help you with interpreting results and furthering your DEI project?Plan for the Workshop session:Introduction of speakers and expectations for the session (5 minutes) a. Recognition of Native Land: “We are gathered today on the occupied territory of the Pamunkey and Piscataway people, who have stewarded this land for generations.” b. Introduction of speakers and attendees: Names, pronouns c. Open with a brief assessment of attendee’s experience in working with evaluators. i. Ask for a show of hands: Who has never worked with evaluator? Who has had bad experiences with an evaluator? Who has had good experiences with an evaluator? Who
carried out and evaluated as a team during the laboratory sessions. Traditionally, thislaboratory activity is carried out during two sessions; in the first session half of the time is for anintroductory explanation of the use of the manual lathe machine and in the second half thestudents start a hand on work with the piece. During the second session the students continuewith the project so they can finish all the manual lathe operations.Typically, students have some difficulties to achieve the targeted tolerances and they show somefrustration in the mid-term project presentation. To improve the students’ performance (primarilymeasured by tolerance gap) and experience, during the spring 2019 year was planned to apply aspaced practice strategy
thrive in this place. Plan to explore several case studies that are specific to the engineering classroom. Keynote: Recipe Learn about how you can harness your goals and mindset to make time for Success: management decisions that support your best self and your best work. Balance, Purpose, and Excellence Workshop 3: Preparation and awareness of effective presentation skills will build your Presentation Skills credibility as a teacher who knows the material and knows how to help others understand it. This workshop focuses on delivery skills and the opportunities you have to help your students learn. You will be asked to do a practice
vary with respect to first-year engineering structure, content, andtiming describe their experience participating in engineering communities of practice and theiremerging engineering identities?” Data is being collected through a baseline survey of first-yearengineering students, three-phase interviews with students following their FYE courses, andfocus groups with FYE instructional staff. This executive summary and poster focus on thelongitudinal memos which have assisted in our ongoing analysis of participant interviews.Additional details regarding work completed to date and future plans are also discussed.Theoretical LensFor this work, identity and community are conceptualized using Wenger’s Community ofPractice [5]. We conceptualize
William J. Davis is D. Graham Copeland Professor of Civil Engineering and Dept. Head of Civil, Environ- mental and Construction Engineering at The Citadel in Charleston, SC. His academic experience includes transportation infrastructure planning and design, infrastructure resilience, traffic operations, highway safety, and geographic information systems. His research interests include constructing spatial databases for better management of transportation infrastructure, improving transportation design, operation, safety and construction, understanding long-term effects of urban development patterns, and advancing active living within the built environment for improved public health. He teaches courses in interchange design
problem where they can effectchange. Through this work, the student will review possible remedial actions and determinewhich are viable relative to social, cultural and economic resources.To facilitate the community engagement and input, a consulting model is utilized. The consultingmodel takes into account the client’s perspective of the issues at hand and integrates the clientinto the conversation from the beginning of the process. Similarly, the client is consulted atvarying points of the project to ensure that the project and the resulting product will meet theirneeds. Contingency planning and risk calculation are also part of the learning of objectives of theconsulting approach. In addition, lessons in documentation and community
to take the test at all. While the spatial skills test was apart of the course grade for the freshmen classes, seniors were offered extra credit for simplycompleting the test. In future years, we plan to further incentivize the seniors to put forward theirbest effort by presenting the activity as a friendly competition between the freshmen and seniorclasses. We also plan to reach out to students beyond just the Mechanical and Civil Engineeringdepartments.Lastly, all four data points consisted of different populations of students. We plan to complete alongitudinal study with one-to-one tracking of students to yield more reliable results.Additionally, the two senior classes did not have the benefit of a spatial skills intervention intheir
. Page 12.542.1© American Society for Engineering Education, 2007 Differentiated Instructions (DI) in teaching undergraduate staticsAbstractThis paper presents the first time implementation of DI in an engineering sophomoreStatics class, along with qualitative feedback obtained from informal student survey andanecdotal observations. Several academically advanced students have really liked theapproach and find that it meets their individual needs, while addressing the instructionalneeds of their fellow classmates whose wants in a classroom are slightly different. Thepaper discusses the planning and implementation process involved using examples,which the author hopes will assist other instructors in DI adoption as a means ofaddressing the
, immersing a student in the “real-world” CG work environmentmay not always provide the needed pedagogical structure that will fulfill EL requirements orstandard course and program requirements. Incorporating “soft skills” classes into a CG plan ofstudy can help provide the other component of “real world” skills that employers seek.This paper addresses how experiential learning can be implemented in the CG course or programstructure, which will provide a significant transfer of learning through involvement with real-world projects.IntroductionAn appropriate identification of EL methodologies and criteria needs to be accessible to faculty,as well as, assessment methods for evaluating the EL course. Luckner and Nadler1 defined theEL process in the Book
programsthat move ideas to commercialization while addressing basic human needs such as health, food,security, clean water and affordable energy for people living in poverty in the U.S. or abroad.Grant recipients partner with a non-profit, for-profit educational or governmental organizationsto plan and implement products or services in an economically sustainable entrepreneurialmodel. Sustainable Vision grants range from 20 to 50 thousand dollars with a grant period oftwelve to eighteen months.Conferences and WorkshopsNCIIA has developed a variety of resources to support curricular development and informaleducation as well as advance product development and commercialization.Conferences. NCIIA annual conferences for entrepreneurial educators are a
the assembly of existingcourses, curricula, or educational programs that already exist across the country. Rather, the NationalCollaborative Task Force is taking a deliberate planned, engineering systems approach to the situation inorder to re-engineer a professional component of graduate engineering education, that is professionally-oriented, practice-centered, and focused on accelerating innovation in industry, specifically designed tomeet the progressive needs, skill-sets, and responsibilities of upward mobile engineers who are pursuingengineering and engineering leadership careers directly relevant to the practice of engineering.3.2 The Power of Collaboration in theAdvancement of Professional Engineering Education in the National
understanding of architectural planning and conceptual design,interior and exterior feel, and the aesthetic appeal of construction compared to the typical “paperbased models” currently used by most architectural students.Introduction and Background“Animation/visualization techniques provide virtual experiential learning when combined withinteractive design animation and virtual design navigation. These activities are self-directed,experiential, and personalized for the autonomous self-directed distance learner. Web basedteaching and learning has potential advantages compared to traditional education since it is lessexpensive, easy-to-access, easy-to-update and platform independent. Although multimedia isgenerally considered as an individual pursuit
(Time Magazine, 2005)4 ‚ “Workforce development begins with grade school and continues into professional life.” ‚ “Building on plans developed for the other technology platforms, Arizona must have actions that explicitly address the sustainable systems career opportunities.” Arizona Department of Commerce, Next Big Technology Wave, March 2004.5 Page 12.255.3Figure 1: Projected growth rate (MW/Year) of photovoltaic module production in USand World.6 Figure 2: Projected job growth in photovoltaic industry in US6 The consortium partners of the project are as follows: Austin Community College(ACC), Mesa Community College (MCC), Pima Community College (PCC), ArizonaState University’s
,plan and schedule events, handle communication participants, monitor group functioning,and host WMW events. The project managers receive logistical support from staff in theWomen in Engineering and Science Program including managing the application process,creating and distributing invitations for events, handling event RSVP processes, handlingroom reservations and managing caterers.Utilization of Resources After initial funding from the Society of Women Engineers, WMW was fortunate to be funded by a corporate sponsor, Cargill, which has contributed approximately $15,000 annually over the past six years. These resources fund monthly events, t- shirts for participants, scholarships for WMW project managers, and a small stipend for
unambiguous name for the stationrelating to the station’s objective. For example, Figure 4 shows the proposed sign for the firststation in the Wing Room. Figure 4: Visual Description Sign for a StationIn the third and final category of visual aides, this project designed pictural work instructions foreach station. Although existing process plans are detailed and explicit, they require additionaltime to comprehend. The proposed pictural instructions will considerably lessen the learningtime. It should be noted that the proposed signs are in addition to the existing process plans andare not meant to be a replacement. A good example would be the Nose Cone Molding Station.Reading the instructions provided by the process plans
economy, and construction planning, scheduling, estimating, and management. Page 11.794.1© American Society for Engineering Education, 2006 Integrating TC2K into a Multi-Disciplinary Seminar Course: Finding a Hook for the “Soft” OutcomesIntroduction The Department of Engineering Technology at the University of North Carolina atCharlotte (UNCC) has developed and implemented a comprehensive program leading to anacademic environment of continuous improvement consistent with the ABET TechnologyCriteria 2000 (TC2K).1 This paper describes practical techniques currently employed toeffectively integrate a select
teachingmethodology in teaching of the course on construction management, and concluded: “It isimportant to realize that the old forms of teaching and learning must give way to newer forms ofteaching and learning. In that regard, integration of technology in classroom setting can not beavoided. The electronic plan rooms, the electronic databases, and the electronic help desksrequire that our students be job ready, and be ready to hit the ground running on graduation. Toreduce the time of on-the-job training by employers, it is important that schools of construction,and especially the construction faculty incorporate web-enhanced teaching methodologies in theircoursework to enhance student learning in a way that students are extremely comfortable inutilizing
, in particular.Funding for this program is varied according to the research center involved andcomes from varied sources.STATEMENT OF PURPOSE AND PLAN This nation has long recognized the absence of diversity within scienceand math based professions. North Carolina A & T State University (NCAT) haspioneered the effort to encourage women and minorities to consider careers in thevaried fields of engineering. NCAT is one of the very few Historically BlackColleges or Universities (HBCUs) that maintains a College of Engineering. ThusNCAT has consistently been near the top, if not at the top, of the annual lists of Page 11.545.2universities producing
students • Multiple presentation media with planned change elements to hold student interest • Planned silences to allow students to think • Animations and simulations where appropriate • Actual physical models of reasonable size if possible • Examples of practical applicationsThese concepts can be equally applied in a regular classroom. For the course described in thispaper, Microsoft PowerPoint was used heavily to provide the enhanced learning environment Page 11.1378.3described above and to address the needs of sensing and visual learners in particular. PowerPointallows the instructor to plan out the main points of the
instructor of record responsiblefor ensuring continuity and encouraging understanding of the relationships among the variousperspectives offered by the team. Each member of the team will attend each class and participatein the ongoing conversation.During the spring semester, students divide into teams to plan the summer projects. The projectsare divided by discipline; however, a student may choose to participate in a project in a differentdiscipline than their own. The engineering-lead public health project team has 13 primarymembers – 11 from Engineering (including Civil, Biological, Chemical, and MechanicalEngineering), one from Architecture and one from the Business school. In addition, aneducation student and an economics student are primarily
treatment and water resources which would benefit greatly from thisfirst-hand experience. In addition, a design project for the senior capstone design course couldbe modeled on this project.Specifically, this project can be a learning tool to illustrate the determination of sustainability. InCriterion 3 Program Outcomes and Assessment, the ABET Engineering AccreditationCommission identifies skills that engineering graduates should possess. These include the abilityto design a system with realistic constraints including sustainability, economic, social, political,and manufacturability [3]. These constraints tend to be hard to incorporate into a design projectwhen the student is primarily focused on the technical aspects. My plan is to use this
10Construction Estimating 10Structural Analysis 5Fluids and Hydraulics 5Steel and Wood Design 5Concrete and Masonry Design 5Soil Mechanics and Foundations 5Construction Management 5Construction Planning and Scheduling 5Engineering Economics 5
of Northeast Associations (CONEA), representing Upper Falls o The Northeast Block Club Alliance (NEBCA), representing North Marketview Heights Page 11.98.3These three local organizations form part of the umbrella planning and coordination initiative,known as The NorthEast Neighborhood Alliance (NENA). NENA is, “a resident driven planninginitiative committed to the revitalization of three neighborhoods in northeast Rochester, throughcitizen empowerment and ownership2.One solution to these problems envisioned by NENA and community leaders was thedevelopment of new mixed income properties within the community. In
Page 11.1321.2to follow professional development programs associated with grade descriptions, experience, andprofessional registration. A common and often used model for this career advancement is theASCE Professional Grade Descriptions 3. Each grade, from Engineer I to Engineer IX, isdelineated by the general characteristics, directions received, typical duties and responsibilities,and typical position titles. Using the professional engineer (PE) registration as a discriminatorbetween Grade III and IV, practicing engineers are not normally expected to “plan, schedule,conduct, or coordinate detailed phases of engineering work in part of a major project or in a totalproject of moderate scope” until becoming an Engineer IV as a registered
levels • To increase the number of competently prepared students from the El Paso area who will ultimately pursue engineering studies in college; • To increase the retention rate of these students as they progress through college. • To recruit participants from the school districts in and around El Paso with special efforts made to attract female students and students from minority groups who have been traditionally underrepresented in the professional engineering and high technology areas.Additional information about this program is found in Appendix A.Elements of Discover EngineeringThrough the collaborative efforts of SEI and EAPO personnel, it was possible to execute theproject plan in an efficient and timely manner
course delivery to having active sites, and all their technical and non-technical activities, become the central point through which the course is delivered. Directcontact with a “living” site provided valuable insight to what the students were reading andhearing in lectures as well as immediate relevance to course assignments. It is hoped that thecourse becomes sustainable via a continued partnership between the department and theconstruction manager.BackgroundIn the Fall of 2003, Tufts University initiated the development of a Master Plan for its campus inSomerville/Medford, Massachusetts. The plan, which is evolving, noted a number of potentialbuilding sites for the existing campus. Two such sites are the locations for Tufts first newbuilding
thesetests, the water flow was maintained at a constant, low rate. In the case of the HWB, head lossdue to the flow path (pipe friction, fitting losses etc. from the source to the first manometer) wasnegligible. We measured a 0.5 cm. difference (or loss) between these two points. It is importantto note that the flow rate had to be adjusted in order for the bridge to work properly. This wasdone by trial and error and once set, the remainder of the tests worked properly. While we didnot have a flowmeter sensitive enough to measure it, we plan to incorporate a rotameter tomonitor the flow in the next model. Page 11.56.7 Table 2. Results of
Technology. COE 2001 (Statics)is the first class in structures and introduces students to the elements of statics in two and threedimensions, free-body diagrams, distributed loads, centroids and friction. In COE 3001 thestudents are further exposed to stress and strain analysis applied to beams, vessels, pipes, andcombined loading, stress and strain transformations, beam deflection as well as column buckling.The method consists of weekly problem sessions, a test evaluation concept and a tailored work-plan. The weekly problem sessions are conducted by teaching assistants. The students are given achance to discuss with the TA a set of suggested textbook problems assigned by the instructor aswell as any other recommended problems pertaining to the