newengineering programs are brought up on-line in Huntsville, Alabama, a highly focused regiondedicated to world class advanced space systems, communications and manufacturingtechnologies.This paper describes examples of collaboration between Alabama A&M University andindustry. Collaborative efforts have aimed at: accreditation issues under the ABET criteria2000, technical information exchange, promotion of internships, company tours, studentscholarships, engineering laboratory development, implementation of industry best practices forproject development, research contracts and grants.Industry and Government Agencies seek partnerships and alliances with universities andresearch institutes to benefit from key know-how expertise found in university’s
engage in life-longlearning [1]," can be met by engineering programs that offer, in addition to formal courses andlaboratories, "co-curricular" activities outside the classroom. One co-curricular activity,participation in robot design competitions, is being pursued by a growing number ofuniversities, colleges, and even secondary schools. For example, over the last seven years,hundreds of students from universities, high-schools, and junior high schools have participated,via this co-curricular model, in the Trinity College Fire-Fighting Home Robot Contest(TCF2HRC).We show, in this paper, that the contest has inspired curricular development at all educationallevels while offering the opportunity for educators from around the world to compare
threads. Therefore, for this course,a multimedia developer was hired, appropriate technology (hardware and software) was acquired,and multimedia components (audio, video, graphics and animations) were derived either fromthe previous recording or course materials, or separately designed using Adobe Creative Suitesoftware programs. Adobe Flash was used as the main software for designing complete onlinepresentation of the materials. Long lectures were broken in short topics and subtopics,animations were used to describe aerodynamics, equation parts were highlighted usinganimations, and several videos where the instructor discussed real world examples wereintroduced as parts of the course. Instead of three separate exercises, a project was used as
put on notice that the talkhas to be more than simply a cut-and-paste from a webpage.The talks are limited to 20 minutes or so, leaving room for discussion afterward. Thisforces them to think critically about what is relevant and what is not. They are informedthat several dry runs in the comfort of their own dorm rooms is considered mandatory.Interruptions during the talk are encouraged, both to acclimate the students to what a real-world research presentation may someday entail and also to follow up on items of interestwhile they are fresh in the questioner’s mind.At the end of the talk we will have the usual question period. If the students do not haveany questions of their own the author will either probe deeper into the subject of that
telecommunications company for nearly 14 years much of it spend using the CROand associated equipment answered, not unsurprisingly, that the exercise had not improvedhis understanding of how signals are distorted in cabling or of the use of the CRO. However,he though that the exercises were useful for students. He suggested that CROs should be usedto investigate actual signals along the UTP cabling in the laboratory, as this would be aninteresting exercise. It would also be more in keeping with the real world nature of the NIMunit. This student also suggested tracing the signals through the network cards in a PC. Page 6.1049.4 Proceedings of the 2001 American
Ohio, • increase by 7.3% --- 46 % faster than the anticipated growth in all U.S. markets, • continue to suffer educationally, because universities are only producing 5% of the necessary graduates, and • become the largest business in the world by the year 2000.Furthermore, by the year 2000, pollution control and waste management costs will increase by50% and jump from 2% to 3% of the GNP.(4)(5)(6)(7) Statistics from the Ohio Bureau ofEmployment Services for specialized environmental occupations, predict a moderate growth rateas shown below: Occupation Annual Rate of Change 1996 – 2006
exam, and use as a professional reference. A sampling of positive comments follows:• The portfolio made me think about how things in this class are applied to the real world.• I think that a lot of times after you finish a class, you have no idea of the things that you accomplished. With portfolios, I got a chance to go back through the material and actually see what I did, how I did it, where I finished, and how I have improved my education, social skills, or just developed more into a different person.• The portfolio was a very useful tool in the class. They make the student responsible for his/her learning
limited interactionfrom students. Similarly, simulations may not provide a realistic visualization of 3D objects, especiallywithout real-world context.AR technology emerges as a promising solution to these limitations. An AR application allows studentsto interact with 3D models directly, holding and manipulating them in their hands. This immersiveexperience enables students to explore models from multiple perspectives and interact with the modelsas often and for as long as they need to facilitate a deeper understanding of physics concepts.Students often understand a concept in the context in which it was presented to them. Many abstract and3D concepts are taught using 2D representations, and students may not consider the models from
decision to use a quasi-experimental approach is basedon the type of study being conducted. The information is mainly derived from survey responsescollected from a group of participants (students). Quasi-experimental designs are useful ineducational research as they allow for manipulating an independent variable, such as theintroduction of AR while acknowledging the challenges of randomization in real-world settings.Data Collection: The data for this study were collected through an online survey. The surveyincluded a pre-survey before the summer camp to establish baseline data and a post-survey afterthe summer camp. The Qualtrics online survey platform was used to administer both the pre- andpost-surveys electronically to ensure consistency and
Engineering Education, 2024 Lessons Learned: Faculty Development Book Club to Promote Reflection among Engineering Faculty on Mental Health of StudentsIntroductionIt is a real difficult challenge walking through this world full of monsters when our own bodies and minds can be monstrous. - Sarah Rose CavanaghIn universities around the U.S., mental health issues are on the rise [1], [2], [3]. College studentsare at increased mental health risks due to major mental health problems manifesting during earlyadulthood [4], and significant life changes (e.g., changes in independence, environment, and socialsupport, academic pressures/competition) [5], [6]. While
. (2002). Is information literacy relevant in the real world? Reference Services Review.30 (1), 7-14.4 Office of Economic Cooperation and Development. (1996). The knowledge-based economy. Retrieved 20 June 2004 from http://econ.snu.ac.kr/~kl/knowledge.html.5 Black, C., Crest, S., and Volland, M. 2001. Building a successful Information Literacy infrastructure onthe foundation of librarian-faculty collaboration. Research Strategies. 18 (3), 215-25.6 ABET Technology Accreditation Commission. 29 November 2004. 2005-2006 Criteria for accrediting Engineering Technology programs. Retrieved from http://www.abet.org 8 July, 2005.7 D’Angelo, B.J. and Maid, B.M. 2004. Moving beyond definitions: Implementing Information Literacy across
and Self Awareness) Developing our Leadership Capability, Capacity & Know-How (Personal Self Development Development…putting it all together) Inspiring the Technical Professional & the Team and the Boss (Key Inspiring Competency) Technical Fundamentals of Effective Leadership in a Technical Environment (Overview Environment of Fundamentals) Fundamentals of Leading and Managing a Team in a Technical Environment Technical Teams (Application of Fundamentals) Communication Effective Communication as a Technical Professional (Key Competency) Strategy
experiencesinto a curriculum through the Mechatronics Engineering program. The development process is based ona model that can improve students’ communication, teamwork, and problem solving skills. This modelintroduces and engages students with the real-world applied problems/projects that incorporate research,analysis, teamwork, and classroom presentation. Furthermore, this study will also address on a processthat can enhance teaching and learning effectiveness through core courses in enhancing and achievingthose learning outcomes. This paper will specifically address senior-level engineering courses such asengineering analysis (project-based learning), fundamental mechatronics, and advanced mechatronics(hands-on projects) that incorporate teamwork and
engineering education community. He co-created the Integrated, First-Year Curriculum in Science, Engineering and Mathematics at Rose-Hulman Institute of Technology, which was recognized in 1997 with a Hesburgh Award Certificate of Excellence. He has authored or co-authored over 70 papers on engineering education in areas ranging from curricular change to faculty development. He is collaborating on NSF-supported projects for (i) renewal of the mechanics of materials course, (ii) improving preparation of students for Calculus I, (iii) systemic application of concept inventories. He is currently an ABET Program Evaluator and a Senior Associate Editor for the Journal on Engineering Education
that students require training to become “information literate”. TheAssociation of College and Research Libraries (ACRL) (2000) defines an information literateperson as someone who can: Determine the extent of information needed Access the needed information effectively and efficiently Evaluate information and its sources critically Incorporate selected information into one’s knowledge base Use information effectively to accomplish a specific purpose Understand the economic, legal, and social issues surrounding the use of information, and access and use information ethically and legallyInformation literacy is a broad skill that is applicable to any discipline, any career
; Paintings as means of communicating experiencesEven the printed press, in which Picasso and most of his viewers read about the bombingand show the photos, is part of the composition. The structure of the painting makesanyone looking at the painting feel that an inescapable force coming from the sky istearing apart the human reality we know and expect. There is no need for the viewer tohave any personal previous experience of violence in order to feel the agony and brutalitycommunicated by the painting. What make’s Picasso’s work even more important is thathe is communicating the experience of his time using the forms and media of this time.He was thus allowing people of his time to contemplate their experiences, achieveknowledge of their own world
fall 2004 semester. Theobjectives of the pilot test were two-fold: to evaluate the capability of the ALTE platform and toassess distance labs as a supplement to onsite labs.Automated Laboratory Test Environment (ALTE)ALTE consists of three elements: a web-based application/database system that manages onlineaccess and lab station resources, testing protocols that run on multiple lab station PCs, andhardware/instrumentation that transmit signals and collect data from DUTs. Multiple lab stations,each with a dedicated mix of measurement equipment interface with the DUTs. Lab stations canbe equipped with different equipment bundles such as Agilent (i.e. DMM, function generator,oscilloscope), National Instruments’ Educational Laboratory Virtual
topics, course content, skills and proficiencies needed in order to result in qualified EHS graduates. • At least two courses each semester in the Junior and Senior year are taught or team- taught by industry. Realizing that industrial representatives are skilled in real world problems, but might not be experienced or skilled in teaching, faculty and industrial lecturers are encouraged to participate with the SJSU Institute for Teaching and Learning to develop teaching skills and be sensitive to different learning styles of students. • For courses which will be team taught, industrial representatives from industries such as Dow Chemicals, Consulting Firms such as EORM, and municipalities such as City
littlesignificance to the world around them. Engineering (the art of applying scientific andmathematical principles, experience and judgment to make things that benefit people) canprovide the applications that make science real to the novice learner. Page 7.571.1“Proceedings of the 2002 American Society for Engineering Education Annual Conference & Exposition Copyright Ó 2002, American Society for Engineering Education”These two complementary objectives are being addressed by an interdisciplinary project thatinvolves graduate students from the five departments in the College of Engineering andInformation Technology
and at a meeting of Pi TauSigma (Honor Society) late in the Fall term of 1992. Approximately one hundred students Page 2.347.5responded, which is close to the number who graduated at the end of that term.The majority of the seniors agreed with the alumni about the lack of preparation incommunications, design, real-world problem solving, and engineering economy. Mostsaid they would like more electives, and many expressed an interest in joint degrees,perhaps reflecting the role of mechanical engineering as a "default" choice for somestudents or the choice with the best job prospects. An overwhelming majority expressedan interest in combined Bachelor and
Re-engineering the value proposition for class attendance in the digital age Alva L. Couch Tufts UniversitySession: Tools, techniques, and best practices of engineering education for the digital generationIntroductionClass attendance is down. When asked why they do not attend class, students point out that thetextbook has all that is needed, and the web is full of helpful material, including the courselecture notes, materials for similar courses, and even video lectures recorded by other instructors!The traditional class lecture format repeats what is accessible by many other means, and studentsoften report on course evaluations that their real learning
wireless, mobile fewer areas of non-coverage. We also have tech-savvy userscommunication is rapidly approaching. Increasingly, consumers that are more diverse in age and economic status than everyare demanding versatile and convenient modes of communication before. One of the three key factors is lagging behind,that are available whenever they want, wherever they are; all of however. That is service [1]. Service in the wirelessthis without losing performance and efficiency. On the other communications world may best be defined as that auspicioushand, the demand for high-speed broadband and technology withless energy costs are growing side-by-side. The
, the EC2000 Standards of ABET require that studentsreceiving the bachelor’ s degree “ understand the impact of engineering solutions in a global,economic, environmental, and societal context, while other national bodies have similarstandards2. We argued that history of technology and engineering, rather than ethics oreconomics—the common non-engineering courses taken by engineers—is the ideal lens throughwhich to address ABET’ s recognition that that, by its definition as the application of scientificknowledge to the solution of real-world human problems, engineering must respond to changingeconomic, political and social contexts.From 1990 to 2014, The IEEE History Center was located at and formally co-sponsored byRutgers, the State University
theory of the course isand not software. At the same time however, EM theory is retained but the focus is on the understanding of Maxwell’sperceived to be too theoretical, arcane and mathematical for equations and how they can be used to solve practicaltoday’s generation of undergraduates. Some of these engineering problems. In other words, what can you do withperceptions have merit. For example, what good is it for a all this arcane physics and mathematical theory?student to do calculations using the curl operator, when theycannot engineer a solution reducing undesired EM radiation or A strong aspect of our course includes real world situationsunderstand why undesired pulses occur on board traces that
Identify dynamic impacts between and among different parts of the system (i.e., ✔ ✔ 2 social, environmental, and economic considerations) Apply relevant concepts from required disciplines to the study of real-world ✔ 3 problems and their solutions with empathic and ethical consideration for communities/societies, environmental justice, and cultural awareness Create solutions that consider the scale of the activity relative to the planetary ✔ 4 system boundaries (i.e., carrying capacities) Environmental Literacy 218 303 250
physics, BA in studio arts, and MT in secondary science education at the University of Virginia, followed by her PhD in science teaching, learning, policy, and leadership at the University of Maryland. Building on her background in physics, sculpture, art history, and high-school physics teaching, Dr. Shirey is passionate about using integrative-STEAM education to reach more students, engaging students in real-world explorations using science and math content, and helping teachers and students to grapple with complex problems in novel ways.Ava Samuel, Purdue University Ava Samuel is currently pursuing an undergraduate degree in Mechanical Engineering in the Johns Martinson Honors College. She holds an interest in
this approach.Program DescriptionThe WiSTEM program provides academic support in mathematics and computerprogramming, gives opportunities for students to practice mathematics andprogramming on real-world project modules that have societal and cultural relevance,provides a cohort experience with other like-minded individuals, and offers a safespace for students to tackle issues they are likely to confront as a marginalized groupin STEM. The program contains a summer bridge experience and academic-yearlearning community for students majoring in the physical sciences, environmentalscience, mathematics, computer science, and engineering. WiSTEM uses evidence-based practices that increase persistence in STEM like incorporating multiple forms
Paper ID #32527Engineering with Engineers: Fostering Engineering IdentityDr. Yen-Lin Han, Seattle University Yen-Lin Han is an Associate Professor in the department of Mechanical Engineering at Seattle University. Dr. Han received her BS degree in Material Science and Engineering from National Tsing-Hua University in Hsinchu, Taiwan, her PhD degree in Aerospace and Mechanical Engineering and MS degree in Elec- trical Engineering from the University of Southern California. Her research interests include micro-scale molecular gas dynamics, micro fluidics, and heat transfer applications in MEMS and medical devices as well
transmissions with the possibility of two-way communication in real-timebetween transmitters and receivers.The possibilities of using live broadcasts through social networks are scaled globally and invarious areas of knowledge. In medicine, Deeken [5] describes how social networks become toolsof the 21st century to promote education, collaboration, and dissemination, fundamental aspectsfor pathologists amid the emergency caused by the pandemic. These networks simplify anddemocratize the process of making and broadcasting live interactive videos.For his part, HH Tso [6] describes the experience of using Facebook Live to promote breastcancer detection. It highlights the importance of live educational interviews, even managing toconnect patients to other
do Major X.) 11. At my institution there is a perception among faculty and staff that one’s major is an indicator of academic ability (e.g. Major X would be a better fit for you. It is not as rigorous or challenging). 12. My curriculum is ‘hands on’. I am being trained in practical skills that I feel confident I will be able to apply in the real world. 13. What do you perceive as potential advantages to obtaining an internship/coop or permanent employment in your field? 14. What do you perceive as potential obstacles to obtaining an internship/coop or permanent employment in your field? 15. What has been the most rewarding aspect of your undergraduate experience? 16. What has been the most