theirMechanical Engineering degree with course content in Business may opt to take one ortwo of their five Technical Electives with two business-related courses newly offered bythe College of Engineering. The first of these provides a foundation in financial, human-resources, supply-chain, organizational and innovation aspects of the modern corporationthat are pertinent to the career of a new engineering employee. The second course goesinto more depth on these matters, and also touches on issues pertaining toentrepreneurship and business plans. Developing an understanding of how engineeringactivities fit into the broader social and business context is a complement to thiscurriculum initiative
department 2.The selection and evaluation of faculty by an administrator is one of the most critical tasks.The selection of faculty is most accomplished through search committees; which in turnreduces the strain on the chair. However, the evaluation of department members is a majorresponsibility of a chair. Professional development and performance counseling should bethe cornerstones of an effective faculty evaluation system3. For example, in professionaldevelopment of faculty, a chair’s objective should be collective as well as individualdevelopment by involving faculty in planning activities, by taking calculated risks and bysecuring maximum institutional support. As for performance counseling, this should be acontinuous process rather than an
Faculty assess functionality; IAB selects IEEE awards Final report (major issues, surprises, test Graded by faculty advisor plans, future work, cost overruns, etc) Project binder & notebook Graded by faculty advisor Overall conduct & performance Assessed by faculty advisor Total 100%In addition to weekly memoranda submitted to the advisor, each group writes three descriptiveself-contained project reports describing the project itself (briefly), current progress, major issuesencountered, how they were solved, and what is anticipated, etc. These reports, written at end ofcalendar months, are treated as if the reader has no prior knowledge about the
requires the use of screen reading softwarewhere the end-user must translate the LaTeX code and punctuation. Microsoft Word’s latestversion of Equation Editor is compatible with screen reading software and provides mathematicnotation in a tractable format. STEM courses rely heavily on visually-delivered information in the form of diagrams, graphs,charts, images, etc. Being able to access visual references is assumed in an engineering course, soteaching methods must be revised to deliver similar information in either a tactile, audio, oralternative method. Access plans for education technologies must be developed such as thosedescribed in Clippinger et al. [5] There have been several efforts to automatically create tactile graphics for the
and computer science. Assignments include hands-on programming challengesthat are called the “triple challenge” as they all require: 1) Mathematics, with the application of numerical methods for computation and verification of correctness (via self-check, proof, math fact, or comparison with a math tool such as MATLAB or Mathematica). 2) Programming, with iterative, dynamic and recursive methods and knowledge of complexity theory. 3) Parallel Execution, with methods of shared memory scale-up, distributed memory scale- out, and finally methods of co-processing covered (GP-GPU so far, with QPU planned as an option).While the triple challenge is what students must learn to do using programming methods andpractices
Scholarshipii. Demonstrated financial neediii. Leadership, scholastic engagement, and community engagementiv. Engagement with Penn Statev. Personal and social responsibilityvi. High achievement in high school courses 4Once selected as a finalist, students are then asked tosubmit a nomination from a mentor, counselor or teacherbased on the following prompts:i. Please describe how the nominee embodies the values of effort, integrity, ingenuity, and/or servant leadership.ii. Please describe how the nominee has contributed to fostering an inclusive and diverse community and plans to continue in these efforts at Penn State and in their future career as
––diversity in colleges and universities impact quality of life issues in the larger society. Examples include the achievement of democratic ideals, the development of an educated and involved citizenry, and the ways in which groups who are underserved in society are able to receive the services that they require.Adaptive Strategic Thinking• Take time to understand psychology behind the resistance or out right opposition to efforts.• Combine art and discipline of planning, marketing, and change management.UnderstandingOpposition andThreats to DEIPolicies (Lyer, 2022)• Benefits from the status quo• Power wielded from advantaged groups• Resource threat–losing access to outcomes and opportunities• Symbolic threat–concern about new values
Page 23.1400.31 U.S. Department of Education, International and Foreign Language Education Service,http://www2.ed.gov/programs/fipsenortham/index.html2 http://www.nareti.com/host institution(s), forwarding applications for which they recommend travel awards. The hostinstitution determines final acceptance. Accepted students then work with international officestaff and NARETI faculty at the host institution regarding travel logistics, curriculum options,and specific research/internship opportunities.Program assessment: An evaluation plan and specific assessment tools were identified so as toassess the program objectives (Table 2). These assessment tools include: (1) a healthcareawareness survey, (2) two case study reports, (3) a global
Kris Jaeger, PhD has been a member of Northeastern University’s Gateway Team, a selected group of full-time faculty expressly devoted to the First-year Engineering Program at Northeastern Uni- versity. Recently, she has joined the expanding Department of Mechanical and Industrial Engineering at NU to continue teaching Simulation, Facilities Planning, Human-Machine Systems, and Senior Capstone Design. Dr. Jaeger has been the recipient of several honors in engineering education for both teaching and mentoring and has been involved in several award-wining engineering educational research initiatives through ASEE and beyonDr. Richard Whalen, Northeastern University
within the allotted budget for the project. If standard salaries for all the work completed would Page 24.927.5have been included in the proposed budget, the total costs would have exceeded the NASA budget forthe project. By using a Capstone Design team approach for the design, development and test activities,the Capstone team was offered the opportunity to work on an exciting and challenging project whileproviding a cost effective method to accomplish these initial project elements.The Capstone team began planning the initial design activities during the Fall 2012 semester andcompleted final prototype demonstration, project presentation
circuits and as well as applying them tomotor drives.In reply to question two, 60% of students requested adding a few free lab periods to thelaboratory course where they can have the opportunity to practice alone without being guided bya lab procedure. Other suggestions were: • They prefer to have additional challenging problems with an additional extra credit where they can improve their debugging skills. • They recommended having an optional recitation class during the week where students can ask questions.V. Future WorkStudents’ comments and suggestions are being considered in the future work plan of the PowerElectronics and Motor Drives Laboratory at OSU such that they can be integrated with thecurrent developed lab. The
with the PI and co-PIs or senior personnel. The lab sessions will serve as practice for the graduate students to exercise the implementation of good teaching practices. Typically, graduate students (even those with teaching assistantships) lack the experience of designing educational activities, as these are usually designed by senior instructors/faculty members, whereas teaching assistants are only responsible for the implementation. This training will provide graduate students the educational training that they will need as they progress in their careers, especially if they plan to secure an academic job.(iv) To develop a multi-platform nanotechnology educational app—i.e., an app that will be able to run on
, Harman reported the existence of 368 higher education institutions providingfor over 1.5 million students and in 2013, Nguyen et al .report 419 institutions enrolling 2.2million students, reflecting the large growth in higher education occurring in Vietnam.11The country is undergoing a social and economic planned transformation, and like China, isforging its own path in the development and application of a “socialist-oriented marketmechanism.” The higher education system is under a major structural and policy reform, moving Page 24.972.12Vietnam from a Soviet model of higher education towards a western-styled system. The reformis being planned in the
StructureThe CEN4072 course topics as stated in the catalog description are: test plan creation, test case Page 24.1115.5generation, program inspections, black-box testing, white-box testing, GUI testing, and the useof testing tools. The prerequisite for CEN4072 is data structures. The students in the course areevaluated based on three exams, a team-based project, and class participation. Details on the courseproject are provided in the next subsection.The material presented to students during the course is centered around black-box and white-boxtesting techniques.3, 18 The black-box testing techniques presented include: random, equivalencepartition
Page 24.1124.1423. Golde, C. & Dore, T. At cross purposes: What the experiences of today’s doctoral students reveal about doctoral education. 1–58 (2001).24. Nerad, M., Aanerud, R. & Cerny, J. in Paths to Profr. Strateg. Enrich. Prep. Futur. Fac. (Wulff, D. H. & Austin, A.) 137–58 (Jossey-Bass, 2004).25. Dees, J. G. The meaning of social entrepreneurship. Duke Univ. Fuqua Sch. Business, Cent. Adv. Soc. Entrep. 1–5 (2001). at 26. Magner, D. Critics urge overhaul of Ph.D. training, but disagree sharply on how to do so: How graduate school alters students’ career plans. Chron. High. Educ. 46, 19 (2000).27. Carnevale, A., Rose, S. & Cheah, B. The college payoff: Education, occupations, lifetime
plan &summary and both student and faculty experiences when the balance of theory, simulation andprojects was implemented in the course. Valuable information from students’ survey will bepresented and analyzed. According to the students’ survey in our three classes, the majority ofstudents strongly agreed with that the teaching approach “the balance of theory, simulation andproject” was the best one for teaching the course “Design of Machine Elements”.1. IntroductionThe trend in engineering education is swinging from an emphasis on theory to a balance betweentheory and applied design activities [1-4]. There are certainly some gaps or differences betweenthe academic settings and the industrial settings for mechanical engineering programs
(e.g., use of retention measures in annual rankings).1 Thewell-known Tinto Model of Institutional Departure2 has pointed to the major reasons whystudents leave academia; namely, academic difficulties, irresolution of educational andoccupational goals, and lack of integration into the intellectual and social life of the institution.Tinto and many others have subsequently offered a number of suggestions for institutionalpractices designed to retain students. Among them are: more targeted recruitment, reduction ofexperience of racial discrimination and prejudice on campus, improved chance for earlyacademic success, better and more frequent advising, more active experiential instruction, moreinformed career planning, improved social acclimation
place for people to examine much as a museum does. To that end, a plan was initiated tolocate unused or underutilized display cases on campus that could be filled with oldtechnological artifacts. These display cases would give today’s students a realistic look at antiquetechnologies in a way that is superior to pictures and textual descriptions. The objective was toenhance the student’s understanding of the history of past technologies and how they are relatedto today’s technologies. This paper reviews the continuing efforts to promote technologicalliteracy by using a wide variety of approaches ranging from the old to new. It discusses how anold method using display cases can become an effective technique and looks into the future toother means
prompt in the form of a series of questions that direct the participants toidentify problems, consider stakeholder perspectives, and outline a plan to learn more about theproblems. An example scenario and discussion prompt is found in Appendix A.Student performance with respect to the set of ABET professional skills is determined by scoringthe discussion using the analytical Engineering Professional Skills (EPS) rubric. The EPS rubricis segmented into five dimensions defined by the ABET Engineering Criterion 3, StudentOutcomes (3f, 3g, 3h, 3i, and 3j). The five dimensions of the rubric are then further divided intothe specific areas for scoring shown in Table 1. The complete rubric is located in Appendix B.Currently, the research team is scoring
cancalculate their speed. They compare this value to what they estimated earlier.Evaluation of the ProgramLiz – here we should add a short discussion of what we did forassessment (and is in appendix)-assessment plan-assessment questions for curriculum leaders – I did take out the results of this, but did leave inthe questions-assessment questions for participants-final assessment reportIn post-weekend surveys given to the attendees, most indicate that the program has given them adeeper understanding of STEM fields. 100% of them agree that people in engineering or physicswork with others to solve problems, and that someone who studies engineering would have manypossible careers. In the physics analysis of the ropes course, students’ work showed that
American Museum of Natural History; exhibit development projects at the Golden Gate Bridge, the North Carolina Museum of Life and Science and the Exploratorium; as well as the TexNET and Playful Invention and Exploration networks. On the formal side, projects include the Rapid City Math Science Partnership, the Maine Physical Sciences Partnership, the Appalachian Math Science Partnership, the Wyoming Middle School Mathematics Initiative, the Gilbert Systemic Science Plan (LSC), and the Appalachian Rural Systemic Initiative.Ms. Shannon Weiss, David Heil & Associates, Inc. Shannon Weiss specializes in the design and implementation of evaluation and market research projects related to DHA’s core areas of emphasis in
them to work on this problem. The design problems are open-ended,where the goals are ill-structured, and there is no effective design plan specifying the sequence ofactions to take in producing a design model. The results possess multiple solution methods, non-engineering success standards, non-engineering constraints, and collaborative activity systems, wherethe importance of experience and the use of multiple forms of representation are required (Jonassen,Strobel & Lee, 2006). Page 23.1039.2Methodology used to introduce the teachers to the research problem: The followingmethodology is used to introduce the teachers to the research
each page to start and stop recording the solution steps of aproblem. I found that with a bit of pre-planning, I could record the audio-video solution of aproblem without any major pauses or mistakes. When a student emailed me seeking help insolving a problem, I found it very easy to prepare a Pencast PDF file using the SmartPen andemail it back in response. In the past, I had to labor in my textual email response finding suitablereplacements for mathematical symbols and operations, and textual descriptions of concepts thatwould be much easier with sketching one or diagrams on a paper in a one-on-one meeting. Now,with a Pencast, I could do all this and more because it was both an audio and video recording. Astudent could not only replay the
others have subsequently offered a number of suggestions for institutional practicesdesigned to retain students. Among them are: more targeted recruitment, reduction ofexperience of racial discrimination and prejudice on campus, improved chance for earlyacademic success, better and more frequent advising, more active experiential instruction, moreinformed career planning, improved social acclimation and student-institution match, and anadequate level of need-based financial aid.3 4 5 6 7Since the well-known mammoth Astin study in 1993,8 which found that engineering studentsgraduated at only a 47% rate in 1993, and in spite of many efforts to counteract this low rate ofpersistence, graduation rates among undergraduate engineers have not increased
reflection. Given this genuinely “felt difficulty,” the inquirer will want “some way out—the formation of some tentative plan or project, the entertaining of some theory which will account for the peculiarities in question, the consideration of some solution for the problem” (12). Where do these “suggestions” come from? Dewey says from “past experience and prior knowledge,” in other words, “analogous” situations and experiences present in the imagination. In terms of pedagogy this suggests that education should strategically aim (A) to tap into as broad a pool of ideas students have with them and (B) to create conditions to broaden and expand
, #1060226, and #0856834), we have been able to givescholarships to transfer students to help with their financial support. 4 During the 2012-2013academic year, scholarships were also sponsored through a grant from the ASU Women &Philanthropy group (http://www.asufoundation.org/womenandphilanthropy).Through the AcademicSuccess and Professional Development class, the students receive academic support through theGuaranteed 4.0 Plan.5 The METS Center provides mentoring and tutoring help, as well asinformal counseling.6 We stress academic success in our meetings such as: join two studentorganizations, one in your academic field and in one such as SHPE, SWE, NSBE, or ASISES;visit and get to know the professor of each of your classes; get into a study
partnership are on going. Mentor-menteerelationships have been established (with the authors of this paper serving as mentors) and acommunity of practice has been initiated via the development of an online group using Edmodo.This group provides the science teachers with access to engineering faculty and has become avaluable platform for discussion on the development and implementation of EFFECTs.Step 5: Implementation and EvaluationTeachers have shared their experiences with implementing EFFECTs through an online surveyand a focus group discussion held in January 2013. One of the outcomes of the focus group wasthe need for a follow-up workshop, which is being planned for teachers to interact withengineering faculty and revise/refine their
provides an overview of IM. In thethird section, we describe the professional development program and early results from teacherobservations. We conclude with a summary of planned extension activities.1. From Media Computation to iMPaCT-Math Page 23.1332.2iMPaCT-Math (IM) is an approximate acronym for Media-Propelled Computational Thinkingfor Mathematics Classrooms, which fairly reflects our ambition and our stance – engagementwith graphical programming challenges that focus student attention towards exploringmathematics principles will propel students towards exploration of science, computationalthinking and engineered design.IM consists of
, particularlyfor 1st Year and “large class size” courses. One aim was to enhance student learning andretention in both on-campus and external modes, while the other one was to improveproductivity and response time for assessment marking.A variety of diversified courses from different engineering disciplines were trialled andexperimented in the project, i.e., ENG2102 Problem Solving 2, MEC1201 EngineeringMaterials, MEC2202 Manufacturing Processes, MEC3203 Materials Technology, andELE3107 Signal Processing. More specifically, the following issues in relation to the TabletPC were investigated in the project: Initial investigation and trialling the capability of the Tablet PC; Plan and develop action plan for implementation to utilise the Tablet PC
. Scoping the projectshowed that it would be unreasonable for the team of three students to develop entire system inone semester, so a three phase, multi-semester development process was planned for the project.Phases I, II, and III correspond with the video capture, mocap, and analog data collectioncomponents of the project, respectively.The Phase I of the project was to develop a video recording and analysis component that iscapable of recording from multiple video input devices simultaneously and also playback all therecorded video frame by frame in a synchronized manner. The objective for the Phase II is tocreate a markerless mocap system integrated with Phase I. The Phase II is meant to addresscurrent problems associated with using marker