State University (LSU).LSU‘s annual High School Teacher Engineering Awareness Program (HSTEAP), a one-weekintensive professional development institute, aims to improve and support high school STEMeducation. This mixed-methods study measures the impact of this professional development formathematics and science teachers‘ efficacy in engineering, design-based learning, STEMresearch and technology, and their ability to teach those principles to their students. Programorganizers and curricula professionals developed an innovative curriculum thematicallyaddressing the National Academy of Engineering 21st Century Engineering Grand Challenges,and facilitated the HSTEAP community to: a) create and implement engineering design-basedprojects, b) identify
engineeringstudents to travel and to participate in service projects centered on international development.The club grew rapidly in membership and established relationships with a university in Peru aswell as an Andean community near Cuzco, Peru. This community has twice been the destinationof ISC students during summer trips. Although student interest in the program has been highbecause of its social, adventure and altruistic components, undertaking it as a university entityrequires justification from a student development standpoint. There are many venues throughwhich young travelers might make overseas excursions and engage in community service,however, students participating through a university would be expected to develop knowledgeand skills in the
of universities worldwide andcontinues to expand. Students, industry and university leadership experiences in adopting thisprogram in their undergraduate curricula as well as through their continuous educationfunctions will be shared. Finally, the authors describe and share outcomes of other HPprograms for universities that can help universities to develop the global engineer.IntroductionUniversities and industry have different missions and goals in society. Both build theirsuccess on developing people and generating new ideas that have a positive impact onsocieties and economies. Both universities and industry generate and transfer knowledge,continuously educate and develop their people, but they often do so in silos, isolated fromeach
research to long-standing global challenges such as epidemics, naturaldisasters and the search for alternative energy sources” 1. Hence, it is critical to investigate thevarious ways that engineering students can obtain these important engineering outcomes.Scholars and national commissions have also noted the impact of globalization and the need forcontinued U.S. economic leadership 2-4. One result, engineering educators are rethinking theskills that graduates will need to function effectively with their international counterparts. Toengineering educators this implies ABET’s set of eleven accreditation outcomes should alsoinclude the ability to work cross-culturally, especially on the international playing field 5, 6.While the engineering student
statements that describe what graduates are expected to attain within a few years of graduation. Program educational objectives are based on the needs of the program’s constituencies.ABET also requires that the educational objectives must be published for an easy access to thepublic including students and stakeholders or constituents. The educational objectives must beconsistent with the mission of the institution, and the needs of the program’s variousconstituencies. There must be a documented and effective process, involving programconstituencies, for the periodic review and revision of these program educational objectives.The PEOs are broad statements of the accomplishments of graduates, not what they can do andtheir abilities. For examples
, Experience, and School18 summarizes much of this research. Chapters fromthis document served as another key piece of background reading at the beginning of our reformefforts. Evidenced-based concepts promoted include three core components that faculty areasked to consider when seeking to innovate classroom practices for impact. The first componentis the necessity of engaging students’ prior understandings. Traditional, lecture-basedapproaches to engineering education often view the instructor as the source of all knowledge,and students as the empty vessel into which this knowledge can be poured. The reality is that all Page 21.32.4students enter every
tremendous opportunities for domestic firms like Reliance, Tata,and Mahindra, as well as US-based multinationals that want to expand their business whilerekindling the US economy. Firms like General Electric have demonstrated that high-performance and low-cost technologies, such as ultrasound and electrocardiogram machines, can Page 21.63.3make a positive impact on emerging markets while also becoming disruptive innovations5 in richmarkets6.Tata Fellows can hail from any of the schools and departments at MIT. Diversity in backgroundsis encouraged, to facilitate cross-disciplinary learning and problem solving for both students andfaculty. The Tata
anentry-level engineer would be required to demonstrate for Engineers Australia. As can be seenfrom Table 1 below, many of the Student Outcomes stipulated by ABET have their parallels inparts of the Stage One Competencies. However, the Engineers Australia Stage OneCompetencies are a super-set of ABET’s Student Outcomes. Those competencies that areparallels to the ABET Student Outcomes are shown below in the column to the left.6 Table 1.1: Similarities of ABET Student Outcomes and IEAust Stage One CompetenciesStudent Outcomes-ABET Stage 1 Competencies and Elements of Competency-IEAust(a) an ability to apply knowledge of 1.1 Engages with the engineering discipline at a phenomenological level
capstone design projects are performed at industrial sites andgovernment laboratories, including geographically diverse locations.Geographically distributed capstone project teams – Geographically distributed designprojects offers the opportunity to engage as students in the kinds of global engineering activitiesthat are expected of practicing engineers. The challenges and some methods to optimize idea Page 21.20.4generation in distributed settings are described in [10].Institutional exchange programs – Many institutions of higher education have exchangeprograms in place whereby students from one university spend a semester or year at