of lab courses in these areas.HTU has been quite aggressive in developing pipelines for middle and high school students toenter college in science majors through the successful Pre-Freshman Engineering Program(AusPrEP) summer program. The AusPrEP program is part of a $238,000 grant to Huston-Tillotson from the U.S. Department of Education for math and science initiatives. This grant hasinitiated additional funding from industry. Applied Materials, a semiconductor equipmentmanufacturing company, awarded HT $20,000 to add to the AusPrEP program. We plan onleveraging on the success of this program to add modules to it specifically related to nuclearscience and engineering issues. Funding will provide support for HTU faculty and students aswell
characteristics, is given below: Company Focused In-depth experience in company processes, operation. Management and faculty time requirement minimal. Insight is gained into company issues in globalization such as material acquisition, capacity planning, supply chain, quality, educational challenges, etc. Company pays expenses of students and provides modest salary. Country Focused Page 11.1242.2 Broader experience in sector/country issues, problems and opportunities. Contribution to sector/country. Research opportunities for graduate students
Elements Page 11.161.4 Group 3: Exterior Façade Group 4: Roof Group 5: Interior Plan Upon returning to the classroom, the groups shared their data. The instructor thenlectured on how to create a set of as-built working drawings from the data collected on site. As-built details and a wall section of the existing structure were developed by the students tographically record the site data and to serve as a bench mark for future renovations. Thisexercise was also intended to introduce the students to commercial construction methods andmaterials and methods of documenting this information graphically. Each student created
of eleven teams completed the Survey in week 5, receivedprompt feedback of their own responses compared with other teams, had a facilitated discussionon how to improve team functioning, and created an Action Plan for improvement; at the end ofthe semester they again completed the Survey. The remaining 23 teams participated only in thelast step by completing the Teamwork functioning survey at the end of the semester. Resultsindicated that the Intervention Teams significantly improved their perceived teamworkfunctioning. During Trial 2, all teams completed the Teamwork Survey about four weeks afterteams were formed, and again at the end of the semester (week 15). Although results showed anoverall improvement in perception of team functioning
minute for transition – getting their audio visual materials ready. Students were evaluatedbased on their individual as well as team performance. Faculty and staff were asked to completethe Oral Presentation Form. At the team level, the form contained the following:• How were the quality and use of audio visual materials? Were they clear, uncluttered, large Page 11.238.4 font, easily read? Were the key concepts of design and fabrication explained well?• Were their organization, planning, preparation, rehearsal, transition, and other materials pre- delivered to session chair on-time?• Did they deliver in assigned time (not too long or
oriented program for forward motionUNESCO plans for capacity buildingIn 2003, the United States of America rejoined UNESCO after an absence of 18 years.The US government indicated to UNESCO that it wanted a significant portion of theincreased funds that it would provide to its budget to be allocated to enhancing itsprograms in engineering and engineering education. A major proposal on how to mountan enhanced program, entitled “Cross-sectoral activities in technical capacity-building”,was developed and submitted to UNESCO for consideration. This effort, to he housed inthe science sector and reporting directly to the Assistant Director General for Science,will focus broadly on building personal and institutional capabilities in
Motorola, Boeing, Intel, and Honeywell.Over half were from the Phoenix area of Arizona and the rest were located in Tucson.But these healthy “aging hipsters” are not necessarily retiring early. They plan on working longerthan the generation of their parents. Slightly over 80 percent of the focus team had over twodecades of experience in their field.In spite of this trend of working longer, there will still be a significant number of jobs vacatedeach year. That brings us to the next question: What type of employees do these Baby Boomerswant to eventually replace them?III. MethodologyAn online survey was conducted December 9 through December 20, 2005 with a select focusteam of 14 industrial leaders (Refer to Figure 1). Data were gathered using a
are provided bycourses that explore electromagnetics, electromagnetic compatibility and signal integrity.System-level issues are then discussed in courses in high-speed design and are extended viaapplications in wireless systems. Planned courses include a laboratory-based course in modelingand measurement and a course in RF integrated circuit design.In this paper we report on courses in electromagnetic compatibility (EMC), signal integrity (SI),and high-speed design that will provide the foundations of the high-speed design program beingdeveloped . The needs of both disciplines, electrical engineering and computer engineering,must be kept in view. In the discussion below, therefore, keep in mind that, since electricalengineering and computer
of the program include the following: 1. Launching an aggressive recruitment plan for talented math and engineering majors to pursue teaching careers in 6 -12 secondary schools; 2. Implementing a comprehensive STEM teacher training program; 3. Providing Summer Educational Internship Program (SEIP) to rising sophomores; 4. Providing Field Observation Experiences for sophomores; 5. Providing $10,000 scholarships to talented math and engineering juniors and seniors to pursue teaching career by acquiring education training through SSU teacher education math, civil, and electronics engineering technology programs; 6. Providing $10,000 stipends for STEM professionals or recent STEM graduates to become
___ Generating alternatives ___ Goal setting ___ Identifying constraints ___ Imagining ___ Iterating ___ Making decisions ___ Making trade-offs ___ Modeling ___ Planning ___ Prototyping ___ Seeking information ___ Sketching ___ Synthesizing ___ Testing ___ Understanding the problem
that this was the first time they were able to openly confront their feelings about someof these situations.Career plan paper and oral presentation. An important aspect of this course is helpingstudents set a career goal and develop a plan to prepare for the career. Through completion of acareer plan paper and oral presentation, students develop a detailed plan of how to pursue aspecific job, obtain the education required for the position, and research the job prospects theycan expect upon graduation. The sharing of detailed career plans with fellow students allowsplans to be strengthened through the peer review process.Table 1. Course topics and assignments. Topic Area Number of
212 (Computer-Aided Drafting and Design), and strengthen their learning experiences by applying theirknowledge in other courses such as: EGT116 (Introduction to Manufacturing), 265(Manufacturing Processes and Metrology), 365 (CNC & Manufacturing Process Planning), 405(Metrology and Geometric Tolerancing), 465 (Automated Manufacturing Systems) and 380(Machine Design). They will learn the advanced features of CAD in our advanced CAD designclasses. There is no doubt in the benefits of computer generated graphics in teaching CAD. Thiscourse as well as other related courses in engineering/technology design will be taught with theconstructivism teaching philosophy. Specialized literature abounds on ways to provide instructionon interpretation
undergraduate research are alsosupported by this laboratory. This laboratory is fairly well developed thus far. The laboratoryconsists of a variety of primarily polymer 3D printers at this stage. The polymer printers includefour low-cost 3D printers, seven modern industrial grade additive manufacturing machines, and ahigh fidelity state-of the art industrial grade additive manufacturing machine. Also included arewax and resin printers and a 3D scanner (see Figure 6). Proposals and plans for a metal 3Dadditive manufacturing machine are in process as well as additional types of 3D printers andscanners. Additional additive manufacturing machines under acquisition phases at the time ofthis publication are discussed later in the paper. In addition to the
Statistics.Laura Jacobson, OM Partners Laura Jacobson is a consultant at OM Partners, a company who makes Supply Chain Planning Software. She has been there for two and a half years analyzing processes and implementing planning software with a focus on standardization and performance optimization. In December 2013, she graduated from Georgia Institute of Technology with a Bachelor of Science in Industrial Engineering with a focus on supply chain logistics. Her growing passion for Engineering stemmed from participating in Science Olympiad and Girl Scout activities. Currently, she is very active in her church community, assisting with the youth program and serving on two committees.Dr. Jacquelyn Kay Nagel, James Madison
alsoeducated about careers that require this skill set and were introduced to a programminglanguage called “Processing”. We observed that students showed increased enthusiasmtowards CS. In addition, we noticed that the group activity component of the classesencouraged sociability and idea synthesis among peers. This CS community outreachprogram motivated us to extend the effort to teach science concepts using the Processinglanguage. This may potentially promote sociability, creativity, and empowerment inSTEM among middle school students. Specifically, we plan to use the Processingprogramming language to facilitate learning of biological and chemical concepts, sincesuch concepts can be difficult for students to visualize from a textbook. This
a recruitment tool for graduate school.Community college students in the program showed an increase of 25% in interest for pursuing amaster’s degree and Ph.D. degree. Before the program, three participants were planning topursue their master’s degree, and two participants were planning to pursue their Ph.D.Following, all four participants were planning to pursue a master’s degree, and three participantswere planning to pursue a Ph.D. In Figure 2, students’ graduate school choice, the field, andacceptance rate were most influenced by the REU Program. All community college participantswere looking to complete STEM-related majors such as: Astrophysics, Structural Engineering,Computer Engineering, and Biomedical Engineering.TransitioningAll
demonstrate unique embedded system projects.This paper presents the benefits and challenges of teaching and administering a design-build-testembedded system project course in electrical engineering and addresses plans for ongoingimprovement. The course instructs students in each element of an electronics developmentproject. This starts with recognizing electronics problems, specifying critical designfunctionalities, identifying constraints, anticipating risks and failure modes, and designing fortest and remediation. During the course, students receive instruction in proper firmware codingtechniques, common electronic circuits and practices, component selection, power regulation,data conversion, transmission line theory, signal integrity, layout
, demonstratinga competency in an engineering lab requires instructions or a procedure. Based on the procedure, wepredict a certain outcome when procedural steps are performed as prescribed. The outcome of thedemonstration (observation) is compared to prediction (expectation). A noticeable difference betweenobservation and expectation may require revision of the procedure (theory) then applying it again in orderto gain knowledge. A robust methodology for acquiring knowledge is the Deming Cycle of Plan-Do-Study-Act orPDSA. Deming refers to it as the Shewhart Cycle [6]. Figure 4 shows that the PDSA cycle is continuousand thus guarantees the temporal dimension for the theory of knowledge. In other words, knowledge isgained after each cycle and future
Paper ID #22097Engagement in Practice: the Student Engagement Continuum (SEC) – Op-portunities and Challenges for a Sustainable Pipeline Enhancement Model atan Urban InstitutionDr. Gregory E. Triplett, Virginia Commonwealth University Triplett is a Professor and Associate Dean of Graduate Studies and Research at Virginia Commonwealth University (VCU). Triplett oversees all aspects of graduate engineering programs including curriculum de- velopment, student recruitment and matriculation, strategic planning, student funding, graduate research, and online education. Prior to being Associate Dean, Triplett was Director of
% 57% 13% 13% 0% Q18.E Civil Engineering 10% 29% 19% 29% 14% Q18.F Interior Design 0% 19% 29% 33% 19% Q18.G Electrical Engineering 5% 41% 23% 23% 9% Q18.H Mechanical Engineering 5% 55% 14% 18% 9%Research Question Three – Career PathTable 7 indicates that only one participant plans on retiring in the next five years and seven (27%)will be retiring within 5 to 10 years
Louisiana State University (LSU) in energy researchto engage participating students in innovative projects related to biofuels, energy storage, andcatalysis. Participants interact with university faculty as well as local industry and entrepreneurs.Over the course of the summer, students develop a commercialization plan for their summerresearch project aided by mentors from the LSU Business & Technology Center. The combinationof local industry, entrepreneurship, and world-class research facilities and faculty offer the REUstudents an opportunity that is hard to match. In recent years the authors have discussed the uniqueopportunities available to those with graduate degrees with undergraduate chemical engineeringstudents at LSU. Through these
Scholarships. New Junior Awards Year 1 Year 2 Year 3 Year 4 Year 5 7 Junior Senior 7 Junior Senior 7 Junior Senior 7 Junior Senior Number of Scholarships per Year 7 14 14 14 7 Total Number of S-STEM Scholars 28As shown in Table 1, we were planning for seven juniors to receive scholarships during the firstyear of the grant. Then, these seven students were to
The educator determines what constitutes acceptable evidence for indicating those results have been achieved. In this approach the assessment is planned before the classroom instruction is planned. Stage 3: Plan Learning Experiences and Instruction The educator now plans the learning experiences and instruction to meet the goals.It is sometimes referred to as “backward design” because it promotes the development of acourse or unit in reverse of the typical sequence. The method was extended and shown toeffectively promote student learning in a variety of settings. See [4] – [12].The details of the approach strive to move to the higher levels of Bloom’s taxonomy, training thestudent to analyze and evaluate effectively rather
assessment throughout the project will enable cyclicalimprovements. Current status of the development and future plans are discussed.IntroductionWith the expansion of the renewable energy sector, the United States is facing a critical shortageof wind turbine technicians skilled in effective and safe troubleshooting strategies [1]. In 2015,wind energy provided 4% of the nation’s electricity and is expected to increase to 35% by 2050[2]. In the next 5 years alone, over 15,000 new technicians will be needed. With wind energyemployers already struggling to find qualified technicians, new methods of education andtraining are needed now to meet wind energy demands [3].Troubleshooting is a key skill thatmany current and prospective wind turbine technicians
) informal and formal reports2) memos3) oral presentations4) technical drawings5) otherThe “other” category is a catch-all for uncommon or less significant forms of TC such as briefpresentations, memos written from a template, lab books, and brochures. These categoriesallowed us to organize the information collected during the interviews into a single figure basedon a plan of study flow chart that has been used in the ME department for many years. Figure 1shows this flow chart in which each of the TC categories is assigned a color. The colored band(s)contained in a course box indicate which types of TC are required within that course. A half bandin a course box indicates that this type of TC is required by some instructors but not others. Aswe move
security practitioners indicate that their organization doesnot invest enough in security awareness training. Professionals in the field consider it imperative foracademic institutions to increase course development in computer security to make students bothknowledgeable and technologically prepared for future challenges in this field. Knowledge aboutongoing and planned activities will help the institutions to design and develop effective programsindividually and in collaboration with others. Universities are only beginning to catch up.The objective of this paper is to describe our experiences in the design and development of cybersecuritycourses and laboratory exercises for a cybersecurity concentration for our computer science majors
research. The ACT club participated in designcompetitions in the past, and a number of members expressed their interest to volunteer in theresearch process, as the club seeks to engage in diverse architectural activities to gain experienceand knowledge in the industry.Figure 1.1 Volunteers building raised beds Figure 1.2 Volunteers building micro-hydroponic systemFigure 1.3 Volunteers building micro-farm system prototype Figure 1.4 Resident volunteers plantingThe planning of the project started by procuring startup funds through local grants. Theapplication included a detailed material list and cost analysis as exhibited in Table 1.1. Thisprocurement can serve as a point of reference for the multiple research funding opportunities
, Peru and providing seed funds to foster collaborations in research, teaching,and service between these institutions. In addition to addressing the UN SDGs, these engagementactivities seek to create and sustain and international collaboration in a platform known as thefourth age of research [2]. Following these initiatives at Penn State and recognizing the need toprepare our students to make a meaningful contribution to the implementation of the SDGs, wedeveloped a six-week long faculty-led program called: Global Engineering Culture and Society.This paper describes the overall vision of the program, and focus on the design, development,implementation, challenges, assessment plans, and what is next for the course: GlobalEngineering Culture and
inconjunction with their faculty mentor and performed a literature search related to the topic.Then, each participant created a research plan to bring his or her project through to fruition andundertook the research activities identified in the plan. Each participant also wrote up theresearch for publication and made a poster for display at a university-wide undergraduateresearch poster session, during the summer. The program was open to undergraduate studentsnationwide and students participated from two-year, four-year and more research-intensiveschools.As part of the process of assessing the REU, a survey was conducted. This survey collecteddemographic information about the participants. It also asked them about their reasons forparticipation and the
that engineering programs become aware of thechanges and start revising their assessment plans to ensure a smooth transition. In addition tohaving a continuous improvement process that closes the loop and provides improvement thatensures a high quality education, there are many issues that programs must document andaddress in the self-study report. This paper will review the basic ABET Criteria that need to befulfilled to ensure a successful accreditation visit. This will be discussed from the perspective ofan institution that recently completed a successful accreditation visit and is in the process ofrevising its assessment processes to respond to the recent general criteria changes.Introduction/BackgroundABET has become an international