[28]. University Name Website Program Name Anne Arundel Community College www.aacc.edu Information Assurance and Cybersecurity Bowie State University www.bowiestate.edu Computer Technology Brigham Young University www.byu.edu Cybersecurity Capitol Technology University captechu.edu Cyber and Information Security Cedarville University www.cedarville.edu Cyber Operations The University of Central Arkansas www.uca.edu Cybersecurity University of Central Missouri www.ucmo.edu Cybersecurity
Paper ID #46899NSF DUE: Everyday engineering: Leveraging craft to deepen engineeringdesign and spatial visualizationDr. Anna Keune, Technical University of Munich Anna Keune is Tenure Track Assistant Professor of Learning Sciences and Educational Design Technologies and TUM-IAS Rudolf M¨oßbauer fellow at the Technical University of Munich. Anna’s research and teaching stands at the intersection of learning sciences and design. Anna investigates high and low-tech educational design technologies to advance knowledge about STEM learning, transforming what counts as participation and expanding who participates. Her research
oriented professions. Finally, a path forwardis suggested in order to begin the development of an emerging template for professionallyoriented faculty reward systems in engineering and engineering technology that better supportsteaching, professional scholarship and creative engagement in engineering practice for thedevelopment and innovation of technology.1.0 The Urgency for ReformThis paper focuses on issues driving reform of faculty reward systems to advance professionalgraduate engineering education for creative engineering practice and leadership of technologicalinnovation to enhance U.S. competitiveness. This is in direct response to the urgency ofengineering education reform and improvement of faculty reward systems, voiced by Wm. A.Wulf
support to the Associate Dean for Academic Affairs. Prior to her current position, she was the Program Coordinator/Coordinator of Administrative Services at the Department of Electrical and Computer Engineering (ECE) and prior to that the Program Assistant at the Department of Civil and Environmental Engineering (CEE) at the college. Mais holds a Bachelor’s degree in Finance, Master’s degree in Hospitality Management, and is currently a doctoral student in the Engineering and Computing Education program at FIU. Her research interests are in graduate and postdoctoral education with a focus on mentorship and transitions as well as faculty development and the use of technology in engineering and computing education.Mr
engineers.Introduction and ObjectivesThe “Fourth Industrial Revolution,” or Industry 4.0, refers to the rapid advancements inmanufacturing and technological advancement in the 21st century. According to Autodesk’s 2024State of Design & Make report, more than 77% of design and manufacturing respondentsprioritize technology, new products and services, and AI and emerging technologies for futureinvestment [4].For manufacturing to meet current, fast-paced demands, companies need to determine ways toshorten product development cycles, increase productivity and profitability, reduce costs, andmeet customer expectations. To meet these business objectives and gain competitive advantages,new Artificial Intelligence/Machine Learning (AI/ML) driven technologies such
: 1) inform studentsof available engineering majors, 2) prompt students to switch their major sooner rather than later,3) point students toward campus resources such as tutoring and advising, and 4) expand students’knowledge of professional organizations and engineering events. The purpose of this study is todiscover if the course design significantly affects the confidence of students’ selecting theirengineering or engineering technology major.Course DescriptionENGR 1000 is a first-year, first-semester, 1 credit hour course required for all students enrolledin the Southern Polytechnic College of Engineering and Engineering Technology (SPCEET) atKennesaw State University (KSU). SPCEET currently consists of six teaching departments: Civiland
doctoraldissertations: Balancing library collections with students’ research information needs. TheJournal of Academic Librarianship, 41(5), 613–620.https://doi.org/10.1016/j.acalib.2015.06.022[6]. Bharti, N., & Bossart, J. (2016). Peer-reviewed publications analysis of chemicalengineering faculty at the University of Florida. Performance Measurement and Metrics, 17(3),263–272 DOI 10.1108/PMM-04-2016-0014[7] Flynn, K. H. (2020). Citation analysis of mathematics and statistics dissertations and thesesfrom the University at Albany. Science & Technology Libraries, 39(2), 142–154.10.1080/0194262X.2020.1727396[8]. Kelly, M. (2015). Citation patterns of engineering, statistics, and computer scienceresearchers: An internal and external citation analysis
Bill Drummer EH&S Manager Northeast Technology Center The Dow Chemical Company March 9, 2016The Dow Chemical Company Dow-University Safety Partnership Why How ResultsBill DrummerEH&S ManagerNortheast Technology CenterThe Dow Chemical CompanyDow & University Connections Advisory Committees Sponsored Research Campus Recruiting Technical Committees Professional Societies Alumni Conferences 3 New Employee Observations“The striking difference [between University and Dow safety]was in the training & awareness
surveyconducted by Deloitte Research1showed that about 2 million jobs and $356 billion in operationswould be moved to overseas within the next five years. Forrester Research1 study concurs withthe previous studies. They forecast that by 2015 about 3.3 million high-tech and service-industry jobs would be outsourced offshore. Forrester Research points out that such jobsamount to about $136 billion in wages. Meta Group Inc.2 estimates that offshore spending ininformation technology by U.S. businesses will reach about $10 billion this year and that the useof offshore information technology services will grow about 20% annually through 2008. Thetrend in outsourcing of jobs does not stop with jobs related to computer engineering alone. Arecent report by
Njeck, Arizona State University, Polytechnic CampusEsther Low, Arizona State University Esther Low is a third-year undergraduate student pursuing dual degrees in Biomedical Engineering and Global Health at Arizona State University. With a strong academic foundation and a passion for healthcare innovation, she is committed to advancing women’s health through research and technology. Her current work includes point-of-care microfluidic devices, immunology with an emphasis on HLA class I molecules, and health literacy. As a research assistant, Esther integrates engineering and public health approaches to develop accessible medical solutions and promote informed patient care. ©American Society
Paper ID #43463Methodology to implement project-based learning (PBL) within the contextof Operations Management.Dr. Mahesh Kumar Pallikonda, Austin Peay State University Dr. Mahesh Kumar Pallikonda is a faculty member in the Department of Engineering technology at Austin Peay State University (APSU). Prior to his academic career, he gained valuable industry experience in roles ranging from New Product Development to Process Control. He holds a Ph.D. and a Master’s degree in Mechanical Engineering from Cleveland State University, as well as a Bachelor’s degree in Manufacturing Engineering from the National Institute of
interdisciplinary design teams with Drs. Lisa McNair and Marie Paretti.Eloise Coupey, Virginia Tech Eloise Coupey is an Associate Professor of Marketing in the Pamplin College of Business at Virginia Tech. She received her PhD in Business Administration from Duke University in 1990, and a BA degree from Harvard University in 1983. She researches consumer and managerial decision making, and the nature and influence of information technologies on decision aspects related to the adoption of products and ideas.Ed Dorsa, Virginia Tech Ed Dorsa is an Associate Professor of Industrial Design in the College of Architecture and Urban Studies at Virginia Tech. He received his Master and Bachelor of Industrial
Paper ID #37360Instructing First-Year Engineering Students on the Ethics ofAlgorithms through a Role-PlayAshish Hingle Ashish Hingle (he/his/him) is a Ph.D. student in the College of Engineering & Computing at George Mason University. His research interests include technology ethics, information systems, and student efficacy challenges in higher education.Aditya Johri (Professor)Cory Brozina (Assistant Professor and Director of First Year Engineering) Dr. Cory Brozina is the Associate Chair for the Rayen School of Engineering at Youngstown State University. © American Society for
knowledgemanagement for engineering design projects. The knowledge that students use in their designprocess comes from a variety of sources, including prior published work, past student projects,their team-mates, and the intermediate products they have produced along the way. We proposeto construct the product structures underlying an engineering artifact from these relevantdocuments created or referenced during the course of a design project using machine learningapproaches and language technologies. We present a qualitative analysis of data collected in acapstone engineering design course and the preliminary design of information managementtechnology that we refer to as DesignWebs.DesignWebs build upon the concept of co-word analysis that maps the strength
acquireand process real data.Objectives for the First Trial for Real Distance Electronics Lab For ease of universal access and fast updates, Microsoft’s Internet Explorer Browserprovided the environment for complete lab delivery. To achieve WebLAB’s total integrationconcept, Microsoft’s ActiveX technology is used to control the instrument and deliver the relatedinteractive tutorials. WebLAB materials as well as information on e-LAB may be found athttp://www.mission-technology.com. The development activities leading up to this trial included four years of designing, buildingand improving the instrument over three models to make real distant laboratories possible. Whilethe objectives of this first trial are modest, it is hoped that this first
theFall semester of each year. Students participating for the first time (junior members) enroll inModule I: Engineering Communication via emerging technologies in the Fall. The 1.5 credits,for credit course, concentrates on teaching the students how to use several multi-media softwaretools. In the spring semester, junior members register for the 1.5 credit, for credit, Module II:Reverse Engineering - I. Returning students (senior members) register for 1.5 credit (non-credit)Module III: Instructional Practicum in the fall and Module IV: Reverse Engineering II (1.5Credits, non-credit) in the spring.Unlike traditional courses, all students meet at the same time although enrolled in differentcourses. This arrangement further allows the CDW to be
motivation, knowledge retention, and conceptual understanding 2 .This highlights the importance of investigating the potential impact of VR-based learning oneducational outcomes and student engagement.Interest in VR technology has surged dramatically since the 1980s 3 , with its educationalapplications emerging in the 1990s 4 . Early uses of VR in education predominantly targeted themedical field. For example, VR technology was used to simulate the structure and function of theeye, allowing students to observe changes in the iris and pupil by adjusting viewpoints and objectpositions 5 . Their findings showed that VR significantly enhanced students’ engagement,motivation, and comprehension of abstract scientific concepts. Similarly, ”Merlin’s
Projects and Media Literacy in a Computer Networking CourseAbstractThis research paper examines the use of a video project for technical communication in acomputer networking course. Communication skills are of critical importance in science,technology, engineering and math (STEM) areas. However, communication is often a topic notdirectly emphasized by STEM educators in the courses they teach. One form of communicationthat is increasing in significance due to advances in digital technology is digital video. Video isnow a primary source of information, yet most people are only consumers not creators of video.In essence, they are not literate in a common form of communication.In this study, we explored the impact of
Engineering courses based on instructors’ experiences andpost-hoc reviews of students’ evaluations. Several students reported a lack of quality internetconnection to follow course announcements, watch the video lectures, interact with theirclassmates or course instructor, and work on assignments. Other students exhibited a lack ofdigital literacy despite having access to both quality internet access and computers. Digitalliteracy widely misidentified and often referred to as device literacy- is the ability to obtain,assess, and generate information using information and communication technologies [1]. Beingdigitally literate requires the possession of both cognitive and technical skills. Based on thisdefinition, we observed many students who
team wascontracted to develop an improved delivery methodology for the highly successful approach inuse at Sullivan East and Sullivan Central high schools. One measure of this program’s successwas realized when 18 graduating high school seniors simultaneously received their two-yearAssociate Degrees from Northeast State Community College through their dual enrollmentprogram. 6The challenge given to the cross-functional consulting team was to broaden the scope to allCareer Technology Education (CTE) students throughout Sullivan County. The college graduatestudent team developed a hybrid software/hardware fiber optic private cloud data managementnetwork that simultaneously protects sensitive, mission-critical information and locally hosts auser
Pilot EffortsThe goal of this pilot project is to identify which interventions, given limited time and resources,will best increase the number of students from underrepresented groups pursuing and receivingassociate or baccalaureate degrees in established or emerging fields within science, technology,engineering, and mathematics (STEM). This will be achieved through the following objectives:Objective 1: Outreach ProgramCreate an interest among high school students in STEM fields through a pilot program inwhich 90 upper level UMBC mechanical and chemical engineering students in teams of threeto five visit ten high schools (representing approximately 540 students) and teach studentsphysics, chemistry, biology, mathematics, or technology concepts
with reflections on thecontributions and limitations of using user-centered design as a tool for engineering education.Design and user-centered designDesigners change existing situations into preferred ones2, by developing solutions that satisfy awide variety of goals and constraints. From an engineering perspective, important designconsiderations include structural stability, maintenance costs, reliability, and environmentalimpact. Because most engineering systems involve users, it is important for engineers to also Page 10.697.1take user issues into account. User-centered design has emerged in response to products and Proceedings of
workforce can expect to participate in virtual teamswhose members collaborate through a variety of powerful Information Technology (IT) tools.Lipnack and Stamps call virtual teams “the peopleware for the 21st century”(1, p. 2). In response toglobalization and the need to be flexible and competitive, industry increasingly relies on virtualteams to bring together resources and expertise that are geographically distributed(2). It isestimated that 30 million US workers were engaged in virtual teams in 2000(3); today the numberis even higher. A 2012 survey by the Society for Human Resource Management indicated that 46percent of organizations use virtual teams(4). This significant professional trend provided thecontext for experimenting with virtual
valuable insights into student perspectives and informthe ongoing discourse surrounding the integration of AI technologies in engineering education.Methods1. Development of the Survey InstrumentIn the summer of 2023, the survey instrument was developed. As indicated in Table 1, theinstrument is constructed using five scales. The survey's purpose was to gather information aboutstudents' opinions about ChatGPT as a learning tool, including their views on its reliability, ethicalissues, accessibility, and ease of use. There were 32 items in all on the five scales of the instrument.The participants were asked to rate their opinions about using ChatGPT on a 5-point Likert-typescale. The five-strongly agree, four-agree, three-neither agree nor disagree
studentswere adaptability and resilience, student frustration and disappointment, impact on student skills.Themes related to the instructor were transition planning and response and changes inexpectation. The sole university theme was based on the immediacy or tardive response.The strongest common theme that emerged from the interviews was instructors’acknowledgment of students’ adaptability and resilience. This idea was discussed multiple timesby each instructor. Instructors were impressed by their students’ ability to adjust to the situation,get used to technology and devise solutions to complete their projects. Instructors recognizedthat the unexpected disruption in the course and project was a beneficial learning experience thatraised students
filtration and soil-aquifer treatment, (2) monitoring strategies for bulk organic carbon and emerging trace organic chemicals in natural and engineered systems, (3) performance modeling and optimized operation of energy-efficient high-pressure membranes including nanofiltration and low-pressure reverse osmosis, and (4) beneficial use of co-produced water.Dr. Junko Munakata-Marr, Colorado School of Mines Dr. Munakata Marr is an Associate Professor of Civil and Environmental Engineering at the Colorado School of Mines in Golden, Colorado. She received her BS degree in Chemical Engineering from the California Institute of Technology and her MS and PhD degrees in Civil Engineering from Stanford Uni- versity. Her research
is a set of instructions that makes its way into the CPU, and the mechanisms thatallow damage to occur.Computers and Society ContentThe FYS in computer science investigates and discusses current issues that have emerged inpublic discourse, such as (in the spring of 2021), privacy of personal data, information disorder,cyberabuse, and issues of articial intelligence. And viruses—we investigate and discuss biologicalviruses, the integrating (computing-related) theme for this term. That choice was motivated, ofcourse, by the COVID-19 coronavirus, a ready appeal to current events. A pedagogical goal forthis term is sufficient grasp of biological viruses (actually, pathogens in general) to probe theanalogy to the damage done by computer viruses
emergence and sustainability of organizational forms based on the informal networks of collaboration among researchers. Presently, he is working under the guidance of Drs. Johannes Strobel and David Radcliffe.Sadia Nawaz, Purdue University, West Lafayette Sadia Nawaz is a graduate student in the School of Electrical and Computer Engineering, Purdue Univer- sity. She is working with Prof. Strobel and Prof. Radcliffe on data-mining and database management. Her interests also include citation analysis and social networks analysis. Prior to this, she completed her BSc (honors) and MSc in Electrical Engineering from University of Engineering & Technology, Lahore Pakistan.Yi Luo, Purdue University Doctoral Student in
the aid of informal cuesprovided by personal contact; development of a consensus for the distribution of responsibilities;emergence of group leadership. An important component of this course was a final researchproject carried out in groups of seven to ten students; all groups had participants at multiplelocations. A different topic was assigned to each group, and the group was asked to develop asingle, cohesive web-based resource relating to the topic. These resources typically contained acollection of student-developed HTML pages and tutorials, annotated list of useful links,simulation interfaces, etc. Each group had access to a particular set of resources for distancecollaboration, including email lists, shared folder capabilities
Page 23.685.6revealed that informal knowledge received the highest rating from participants with a mean of μ= 3.14 followed by non-formal knowledge (μ = 2.95), social knowledge (μ = 2.71), andprofessional knowledge (μ = 2.53).The results reveal that students in this study acquired various types of knowledge. The first type,as ranked by participants, is the informal knowledge resulting from daily activities on theinternet. This knowledge is related to learning about specializations for future education, andabout getting updated through news, events, and discoveries. In addition, participants arebecoming more familiar with computers and technologies for advancing their knowledge throughthe various applications and tools accessible on the