in different courses, including fundamentals [1],introduction to industrial case studies [1], life cycle assessment (LCA) [2], and use of greenengineering tools and computer-aided tools in chemical process design [3]. When clustering theseintegration strategies, they fall into the Body of Knowledge for green engineering in chemicalproduct and process design, which includes three elements [4]: (i) framing the challenge (e.g.,emissions, risk, and life cycle analyses, and environmental legislation), (ii) assessment and design(e.g., applying general principles at unit operation scales), and (iii) system perspectives (e.g.,integration of materials and energy flows among various unit operations) [4]. While traditionalengineering education is based
careers. Students were also asked to ratespecific PREP experiences. Finally, in open-ended questions, students were asked about the“best” part of the program and what improvements could be made.AnalysesOf the 49 students who participated, 46 took the content knowledge exam before and after thecamp. The exam provided scores in three content knowledge categories: (1) vocabulary, (2)problem solving, and (3) technical skill. Of the students in the camp, 48 completed the self-efficacy survey before and after the camp. (One student completed the self-efficacy surveybefore the camp, but not after the camp.) This survey provided confidence scores in twocategories: (1) academic and (2) technical. The scores in these categories were a function ofstudents
studentand seminars are often not for credit and can suffer reten- responses were yes/no/don’t know. For assessment of specifiction issues.[12] Two drawbacks to library-delivered seminars/ areas of RDM, the students were asked to rate their level ofworkshops include the need for continuing advocacy to offer knowledge in each of the eight areas on a scale from poor (1)the sessions and that most librarians do not have a lot of ba- to excellent (5). The average student response for each ques-sic research experience to provide strong in-class examples. tion was determined for both the pre- and post-assessment.Conversely, for stand-alone courses, Carlson, et al. observe The pre- and post-assessment variance for
1 Influencing Elementary Students Perceptions about the Work of an Engineer Juliana Utley, Drew Gossen, and Toni Ivey Oklahoma State UniversityAbstractMost of pre-college engineering curricula is designed to increase students’ understanding ofengineering and change their perceptions about the work of engineers. The purpose of this studywas to explore students’ potential changes in perceptions of the work of engineers afterparticipating in Engineering is Elementary (EiE™) curriculum and instruction. While findingsrevealed a significant increase in students’ conceptions of
Society for Engineering EducationHalloween mask with grapes placed in the eye sockets to simulate the eyes. The mask is chosen tosimulate the facial dimensions and the corresponding spatial logistics. A lunch tray serves as a“sterile instrument tray” containing a dissecting knife, tweezers and two sequins to simulate theintraocular lenses. The grapes are incised and the sequins carefully inserted. Time permitting, thisprocess can be repeated so that every person performs this procedure. This workshop wasdesigned for 9th-12th grades with some safety concerns regarding the dissecting knife.Results and DiscussionEach participant was asked to evaluate the workshop in the final 5-10 minutes of the session. Afive point scale was defined with 1 being
shifted to any number ofinstructors, such that each “load” would be approximately equal. The key to thisredistribution is the fact that the most of the activity in the class centers on the studentteams. As described in the earlier paper1, each team has • a “client”, boss or sponsor who is responsible for providing support (material, space, personnel and financial) for the project and information related to the background and needs. • a faculty advisor who is a technical consultant, and • a facilitator (one of the course instructors) who monitors the team activities and provides advice as needed (and fills in for the client and/or the advisor should the need arise).As noted each instructor becomes the
4 5 CE112-S12 8 11 13 15 16 CE99-S11 17 18 28 29 QUESTION NUMBER 30 Figure 1. Student Performance on Force Concept Inventory Pre-Test EvaluationPre- and post testing is used for course outcomes assessment in technical writing, a requiredcourse for all engineering students7. In this course, the pre-test is a standardized writing skillstest (WST) administered by the university to determine if students have adequate
theinitial approaches to overcome them. Challenges and approaches to overcome them include 1)proceeding with projects where technical expectations exceed course content by applying Just-In-Time Learning, 2) overcoming apparent differences between design approaches inengineering and other academic fields by incorporating an interdisciplinary lexicon intoengineering courses, 3) using protocols for work presentation borrowed from other disciplinesthus allowing for effective team work, and 4) coordinating interdisciplinary team work sessionsand meetings with faculty and sponsors through deliberate course co-scheduling and classroomflipping.2014-2015 is the first academic year in which all these techniques have been analyzed inengineering courses on
elimination that includes the stepsof: (1) disassembling defective products, (2) inspecting individual components, (3) categorizingdefects, (4) applying basic quality control tools to quantify the defects, (5) conducting statistical Proceedings of the 2017 ASEE Gulf-Southwest Section Annual Conference Organized by The University of Texas at Dallas Copyright © 2017, American Society for Engineering Education 2017 ASEE Gulf-Southwest Section Annual Conferencestudies to find sources of variations, (6) eliminating root causes leading to process variations, (7)replacing defective parts with good ones, (8) reassembling and retesting the product, (9) writingup
technical questions and discussed whether social networking tools could be used as a platform for self-directed learning in engineering education. Asa pivotal role in helping students pursue a self-directed learning newer technological advancements such as Generative Artificialapproach (SDL) by providing real-time feedback or adjusting Intelligence (GenAI) became available, researchers startedinstructional materials based on student-AI interaction [8], [9]. exploring potential application areas. Since AI becameOn the other hand, these tools may also provide a shortcut for available, it provided many opportunities and brought manynuanced
Session 2-1 Developing an Energy Literacy Curriculum at Baylor University Ian A. Gravagne Department of Electrical and Computer Engineering Baylor University Kenneth W. Van Treuren Department of Mechanical Engineering Baylor University AbstractAs part of the Southern Association of Colleges and Schools (SACS) accreditation effort at BaylorUniversity this past year, the authors proposed a unique course
Session 10-3 The Integration of Hands-On Manufacturing Processes and Applications within Engineering Disciplines George D. Gray Engineering Technology Department Texas Tech University AbstractCurrent engineering graduates are highly knowledgeable within their specific academicdisciplines regarding the application of finite element analysis and parametric solidmodeling software in pursuit of prototyping and simulating theoretical product designs.However, it would appear that many engineering students are not
96 Electronic Laboratory Notebooks versus Paper Laboratory Notebooks: A Comparison of Undergraduate Experimental Engineering Laboratory Submissions Mary Cardenas Harvey Mudd CollegeAbstractElectronic Laboratory Notebooks (ELNs) are computer-based solutions for creating, storing,retrieving, and sharing electronic files. Such electronic records are now considered equivalent topaper-based records, when it comes to patent filing as well as other legal and technical issues.Advantages of ELNs include the ability to search electronically; electronic linkage
-based learning programs: worksite mentor knowledge and training. Career and technical education research. 30(1).Eyler, J., & D. E. Giles, J. (1999). Where's the learning in service-learning? San Francisco: Jossey-Bass.Ferguson, D. (2002). Community service-learning initiatives bridge the gap between America’s technology haves and have-nots. Chronicle of Higher Education, 48 (43), 1-2.Folkestad, J., Senior, B., & DeMiranda, M. (2002). The implications of service-learning for technology studies. Journal of Technology Studies, 28(1), 52-58. Retrieved from Academic Search Premier database.Heiselt, A., & Wolverton, R. (2009). Libraries: partners in linking college students and their communities
different historical contexts.Rather than require students to write the standard history term paper, we assigned a term projectto study the relationship of design to performance in ancient naval vessels in the Aegean. Thestudents were challenged to make connections between their hands-on experiences and the largerhistorical and geographic contexts. In other words, interdisciplinary, experiential learning wasapplied not to the technical component of engineering education, but to the societal contextcomponent. The preliminary results were encouraging. Plans are underway to adjust and re-offer the course, and to disseminate it more broadly.KeywordsHistory, society, laboratory, engineering, educationBackgroundAs the authors have discussed previously1
unconsciously, socialized into a field with familiar cultural norms. Ilearned that positivism was a straw man; that “rational technicism” signalled instrumental ratherthan transformative intentions; that leadership marked privileged status for the promotion ofmale teachers in a feminized profession [1-5]; and that private research funding was ethicallyquestionable. From one month to the next, I entered a field where positivism was alive and well;rationality and “technical” work were the gold standards, leadership was marked by an invertedsocial hierarchy promoting women “up and out,”[6]; and industry partners functioned as a keysource of research funding. I found myself on the other side of a disciplinary fissure, exchangingwords like “transformation
analysis are used as an assessment tool to evaluate the effectiveness ofintegrating podcast to teaching. This pedagogical tool for asynchronous teaching and learninghas recently been employed in the online engineering program in the State University of NewYork (SUNY) at Stony Brook.Index Terms – Assessment, Asynchronous learning, Online courses, Video Podcast.1. IntroductionMillennial students grow up with exposure to technology and are quite adapted to live withtechnologies, including their products and benefits. As a result, they are also pushing, andperhaps challenging, faculty to expand their technical horizons. Both students and faculty todayhave available to them many technologies that did not exist a decade ago. Such technologies canprovide
analysis are used as an assessment tool to evaluate the effectiveness ofintegrating podcast to teaching. This pedagogical tool for asynchronous teaching and learninghas recently been employed in the online engineering program in the State University of NewYork (SUNY) at Stony Brook.Index Terms – Assessment, Asynchronous learning, Online courses, Video Podcast.1. IntroductionMillennial students grow up with exposure to technology and are quite adapted to live withtechnologies, including their products and benefits. As a result, they are also pushing, andperhaps challenging, faculty to expand their technical horizons. Both students and faculty todayhave available to them many technologies that did not exist a decade ago. Such technologies canprovide
registrationprocess and supplier registration requirements in order to ensure global consistency withthe ISO/TS 16949 registration scheme. The IATF also prescribes certain suppliereligibility criteria for the ISO/TS-2 certification. Some of the criteria are enlisted below:1. The technical specification is relevant to automotive production and service part organizations only. This implies that vehicles manufacturing plants, assembly plants, and parts manufacturing and assembly plants, supplying to an automobile manufacturer or assembler, are all eligible for a certification. The certification is not valid for after sales service or stockists, dealers or distributors.2. Only automotive product manufacturing lines are eligible for certification under
Session xxxx 4D Campus Model: Learning Tool for Construction Planning Julian H. Kang Department of Construction Science Texas A&M University Narendra Nigudkar Department of Construction Science Texas A&M University AbstractAbility of understanding spatial relations between components in 3D space is expected toplay an important role in the process of learning construction planning and scheduling.However, student’s ability of
, or during special meetings intended mainly for adjuncts.The academic systems in place today have not been fair to adjuncts in general. The author has a - a a a b abeing very good teachers. They are often marginalized by the tenure system, in the sense thattheir efforts and contributions to the academic process are undervalued.(1) As pointed out byGosink and Streveler,(1) there are ways for recognizing the contributions of adjuncts. Theirsuggestions have included the following: Look into the feasibility and/or the legal aspects of offering 3-5 year contracts to those who have demonstrated their abilities as good teachers. Accord appropriate titles, awards and citations, to distinguish
cannot be obtained within severalweeks, the scope of the project must be carefully modified and reconfirmed with the instructors.If there is a possibility to take the short lectures given by instructors or other professors at theuniversity, the schedule for these lectures or information-sharing sessions can be arranged in theremaining the first quarter or the upcoming second quarter.Evaluation method: Providing the criterion allows students to gain a clearer understanding andenables their prototypes to be assessed using a technically validated method. The proposedevaluation procedure is as follows: (1) Confirm the setpoint value of the system. (2) If thesetpoint is desired trajectory, measure the positions, x, y, and orientation of the system
Session XXXX 3-4 A Solar Still for Sophomore Design Richard Bannerot Department of Mechanical Engineering University of Houston AbstractA six-week long team project (design, build and test a solar still) conducted in asophomore design course is described. Eight stills were constructed and then testedduring a four-hour period around solar noon under very good solar conditions. Theperformances of the individual stills were
nurtures insights of students from very early parts of theirlives. But, over the past few decades, students with engineering as their major have declinedeven in technically advanced countries like the United States.1 Therefore, the youngsters shouldbe encouraged and facilitated with tutorials, seminars and educational programs to augment theirinterest and knowledge in advanced technologies in order to expand a capable work force fornext generation. Nanotechnology has rapidly emerged among other fields of science and engineering.Growth and development of this field over the last few years has convinced researchers andscientists that it can sustainably knock over the prevailing technological models.2 It has beenspeculated in many reports from
, the SCC will continue to strategize on ways to grow and develop the organization atbusiness meetings and during technical session discussions. One such concept was theutilization of ‘virtual chats’ between SCC members and local on-campus student chapters.Mentoring opportunities between new faculty members and aspiring faculty members is also anopportunity for the SCC. Both the New Engineering Educators division and the SCC haveinterest in linking these two groups together for possible collaboration and career guidance. Proceedings of the 2010 Midwest Section Conference of the American Society for Engineering Education 14ConclusionThe ASEE
Clinic. When it comes to the labs, it is up to the instructor tocreate whatever project he/she would like to do, with the only stipulation that the project mustbe able to have concepts from multiple engineering disciplines. This leads to a large variety ofexperiences between classes, with semester long projects such as Facial Recognition, BiofuelSynthesis from Restaurant Oil, Coffee Maker Design Analysis, Flood Mitigation Simulations,and Wind Turbine Design [1]. A common problem arising from this style of collaborativeproject work is that students who are enrolled in an engineering discipline not directly relatedto the project (i.e. “Out-of-Discipline”) tend to lose interest and in turn not gain as muchexperience as those who feel they would use
Engineering, 2003 ASEE Annual Conference, Session 2531, June 2003.6. Schmalzel, J. L., Marchese, A. J., Mariappan, J., and Mandayam, S. (1998). The Engineering Clinic: A Four- Year Design Sequence. 2nd Annual Conference of National Collegiate Inventors and Innovators Alliance,Washington, DC.7. Hesketh, R. P., Jahan, K., Marchese, A. J. (1997) Integrating Hands-on Education to Freshman Engineers at Rowan College. 1997 ASEE Zone 1 Spring Meeting. West Point, NY, April, 1997.8. Marchese, A. J., Newell, J., Ramachandran, R. P., Sukumaran, B., Schmalzel, J. L and Maraiappan, J. L. (1999). The Sophomore Engineering Clinic: An Introduction to the Design Process through a Series of Open Ended Projects. Proc. Conf. Amer. Soc. Eng
Engineering, 2003 ASEE Annual Conference, Session 2531, June 2003.6. Schmalzel, J. L., Marchese, A. J., Mariappan, J., and Mandayam, S. (1998). The Engineering Clinic: A Four- Year Design Sequence. 2nd Annual Conference of National Collegiate Inventors and Innovators Alliance,Washington, DC.7. Hesketh, R. P., Jahan, K., Marchese, A. J. (1997) Integrating Hands-on Education to Freshman Engineers at Rowan College. 1997 ASEE Zone 1 Spring Meeting. West Point, NY, April, 1997.8. Marchese, A. J., Newell, J., Ramachandran, R. P., Sukumaran, B., Schmalzel, J. L and Maraiappan, J. L. (1999). The Sophomore Engineering Clinic: An Introduction to the Design Process through a Series of Open Ended Projects. Proc. Conf. Amer. Soc. Eng
effectiveness of IV. RESULTSthe program. The survey was composed of ten Our results were hampered by a number of factors:themed quantitative, close-ended, and Likert scaled a) The number of students who attendedquestions and several open-ended questions that these sessions and who reported theirallowed comments. The themes of the survey school marks varied from term to term,focused on the value of the session, the venue, and which may have skewed the results.the helpfulness of the peer mentor. A few of the b) A number of students (approximately 6)questions with their results are given in Table 1
Session 038Educational Experiments in Problem-Based Learning for a Dynamics Course Tariq A. Khraishi Mechanical Engineering Department The University of New Mexico Larissa Gorbatikh Mechanical Engineering Department The University of New Mexico AbstractIt is generally agreed upon that problem-based learning (PBL) should enhance the educationalexperience of students over traditional class teaching. Within this