graduation rates.We use the data collected on a survey of students enrolled in the capstone senior design classes,placement data from the internship program and academic performance data to form a fairlycomplete map of the work-study question. We document that the majority of student jobplacements do not directly involve the university services dedicated to support such activitiesand that holds even if we only consider placements that are related to Engineering andComputing. The senior design survey gathered work histories of about 80% of the enrollment inthese classes which we contrast with academic performance.We consider issues arising from attempting to actively manage the total workload for students.We look at the role of industry who desires
AC 2012-2961: DEVELOPMENT AND IMPLEMENTATION OF AN IN-DUSTRY SPONSORED CONSTRUCTION MANAGEMENT CAPSTONECOURSEMr. Vivek Sharma, Texas State University, San MarcosDr. Vedaraman Sriraman, Texas State University, San Marcos Vedaraman Sriraman is Foundry Educational Foundation Key Professor and Interim Director of the Con- crete Industry Management program at Texas State University. His research interests are in engineering education, sustainability, and applied statistics. In the past, he has received several grants from the NSF and SME-EF. He has also received teaching awards at Texas State. Page 25.445.1
succeed and thrive in the field.Keywords: engineering education, experiential education, problem-based learningIntroduction In recent years, the ability of engineering programs to attract and retain students andthe preparation of engineering faculty as engineering educators have come under scrutiny.Fear that the United States may lag behind the engineering and innovation curve, as otherProblem-Based Learning: A Tale of Three Courses 2nations enhance their technological capabilities, has led to numerous calls to improveengineering education (Sheppard, Macatangay, Colby, & Sullivan, 2008). Additionally, extensiveresearch has warned that the combination of a predicted demand for engineers and
Paper ID #45009Amplifying Unheard Voices: Energy Literacy as a Path to EquitableStakeholder ParticipationMs. Naomia A. Suggs-Brigety, The George Washington University Naomia is conducting research on energy equity. Naomia graduated from Jackson State University, an HBCU in Mississippi, with a bachelor’s degree in Civil Engineering. After working for the Mississippi Department of Transportation, she shifted into policy working in the U.S. House of Representative on U.S. – Africa relations, global health and international development. Naomia also has a master’s degree from the Elliott School of International Affairs in
-interventionapproach, where at least two administrations will differ only in their use of the case studies.Influencing the Theoretical Development of Peer Evaluation in Engineering EducationResearch on the psychological type of engineering students suggests that the engineering cultureis dominated by students who are individual achievers, but do not necessarily work well on ateam. Two findings of the MBTI engineering consortium study are relevant here:22 • Focusing on the logical, analytical, and decisive traits diminishes the development of skills related to listening, understanding, and getting things done through people. • Typical engineering students are not likely to give feedback to their peers.Engineering employers regularly cite teamwork
Igniting Entrepreneurial Mindsets through AI-Assisted STEAM Content Creation Using Camtasia Dr. John M. Santiago, Jr. , Colonel (Retired, PhD), USAF IEEE Region 5 Education Activity Coordinator (REAC) IEEE Life Senior Member | Past Chair, IEEE Pikes Peak Section Webmaster, IEEE Pikes Peak Section email: John.Santiago@ieee.orgAbstractEngineering programs across the United States continue to face continuing trials related to high attritionrates, particularly during the foundational years of undergraduate study. In response, educators
’ awareness of and preparation forcareers in instrumentation and manufacturing.This material is based upon work supported by the National Science Foundation's AdvancedTechnological Education Program under Grant #1801177. Any opinions, findings, andconclusions or recommendations expressed in this material are those of the author(s) and do notnecessarily reflect the views of the National Science Foundation.Rationale for ProjectThe United States workforce faces a shortage in skilled workers, especially in jobs requiringindustry relevant skills but not necessarily four-year degrees. According to a report by theNational Academies of Sciences, Engineering, and Medicine, 3.4 million skilled technical jobsare expected to be unfilled by 2022 [1]. Additional
. Second, the paper outlines the design and evaluation procedure in robot projects. As a casestudy, a robot project is presented, emphasizing the design and evaluation method, andprocedures. Finally, lessons learned, and students’ feedback are discussed.IntroductionRobotics has rapidly evolved into a fundamental component of industries ranging fromhousehold appliances to heavy equipment. As automated devices become increasingly integratedinto modern society, the demand for skilled engineers capable of designing, programming, andmanaging robotic systems has never been greater. While the importance of robotics engineerscontinues to rise, education in the development of robotic applications has played a critical rolein equipping students with the
used to provide inflow to the reservoir, and outflowwas collected in a plastic tub. While in principle any inflow hydrograph shape could be delivered,step changes in flowrate, resulting in “square wave” hydrographs, are most readily accomplished.Water for the experiment (feed solution) was stored in one-gallon bottles. Water volumes weremeasured using either a 100-mL or 250-mL graduated cylinder, and flow rates were calculatedfrom the time required to fill a known volume, using a stopwatch and a graduated cylinder. Watersurface elevations were measured using a ruler or engineers scale. Three different experiments were conducted using the model reservoir. First, reservoirstorage was related to the water surface elevation. Then, the
. Additionally Dr. Matusovich has four years of experience as a consulting engineer and seven years of industrial experi- ence in a variety of technical roles related to metallurgy and quality systems for an aerospace supplier. Dr. Matusovich’s research interests include the role of motivation in learning engineering as well as retention and diversity concerns within engineering education and engineering as a profession. Page 22.757.1 c American Society for Engineering Education, 2011 Graduate Teaching Assistants' Decision Making and Perceptions of
Session __________ Hybrid Evaluation/Assessment Development (HEAD): Utilizing Mastery of Subject in Concert with Traditional Methods for Outcome Improvement Thomas Nicholas, Fairmont State University Anthony L. Brizendine, University of North Carolina at Charlotte Ted Stilgenbauer, Fairmont State UniversityAbstractThe College of Science and Technology at Fairmont State University provides TAC of ABETaccredited 2+2 engineering technology programs leading to associate and baccalaureate degreesin several disciplines. Similarly, the Department of Engineering Technology at the University ofNorth
has initiated a new statewide Technology TATF group to address issues related to theTechnology Programs throughout the state. The technology articulation group has metbiannually since its inception in 1996 to address the issues related to the statewide technologycourse and program offerings. Over 65% of upper division students at ASU East have somecommunity college credits that apply to their baccalaureate degree programs. In any givensemester, over 2000 undergraduate students are simultaneously enrolled in courses at ASU and atlocal community colleges. A long standing agreement has set sixty-four credit hours as themaximum number that a student can transfer to Arizona State University from communitycollege course work.While maintaining
generative AI like ChatGPT take over and nullify the skills computer scientists have obtained and the teachings of computer science to beginners?This study addresses some of these questions.Since ChatGPT was introduced in November, 2022, many scholars have begun to study its effecton education. A study of high school students found that 58% of high school students usedChatGPT on a daily basis in their everyday routines and for school-related tasks [1]. Severalstudies have focused on ChatGPT and computer science education, exploring whether ChatGPTcan generate answers to introductory CS assignments and tests. For example, in one experiment,ChatGPT generated incorrect programming codes and also could not identify or solve its ownerrors [2
students both serve as peer leaders and as students participating in the program. Researchshows that increased interactions outside of the traditional classroom can offer social connectionsto support military veterans in engineering pathways [3]. The maturity and leadership skillsdeveloped during military service enables military students to assist traditional students withcomplex problems [4]. Also, veterans and service members in engineering related fields arebetter acclimated through the mentorship of other veterans because their shared experiences helpto establish mentoring relationships [5]. Likewise, research shows that peer mentorship is aproven strategy to support undergraduate student veterans [6].This work examines how military service
board and LCD module are sold engineer, educator, and researcher. His work has greatlywithout the “headers” soldered in. These must be purchased benefited us, and indirectly our students, we believe.for the board but may be included with the LCD. Altogether In addition, we thank the NSF for providing somethis involves having students solder about 50 pins. funding to us in this work. Part of this material is based upon work supported by the IUSE program of the Division of DISCUSSION AND CONCLUSION Undergraduate Education of the National Science Foundation
., Taylor, V., Choudhary, A., Vidal, L., and Chen, J-J. On the use of simulation and parallelization tools in cam- puter architecture and programming courses. In Proceedings of the American Society for Engineering Education Annual Conference, June 2000.10 Hennessy, J. L. and Patterson, D. A. Computer Architecture: A Quantitative Approach. Morgan Kaufmann, 1996. Page 6.745.13Proceedings of the 2001 American Society for Engineering Education Annual Conference & Exposition Copyright c 2001, American Society for Engineering Education11 J. C. Gyllenhaal, W. -m. W. Hwu, and B. R. Rau. HMDES version 2.0 speci cation. Tech
of these Fig. 6 Test Result Screen Page 2.28.6databases led to many alterations in the Quizzer. Alterations in existing question templates weremade and new templates added. Since these physics-related instruments are often used as pre-tests and post-tests, the instructor option of student review of results was also added. Both the FCI and the MBT have been given using the Quizzer and both went flawlessly.Having the program operate on a network (Novell), made it possible to scrutinize the results assoon as student work was completed. Another instructor used the package this past semester to deliver his final
, maintainability, availability …etc. Different classes of metrics measure different aspects of system quality, so a single or multiple II. CHARACTERISTICS AND CHALLENGES IN SOFTWARE metrics belong to a class cannot be successfully used to measure all quality related facets of a system. MEASUREMENT G. Eason.et.al. in[9] Identify the characteristics of an optimal A principal objective of software engineering is to improve the metric
district. Our workshop Big Idea V. Programming: Programming enables problemfocused on introducing the Big Ideas of Computer Science solving, human expression, and creation of knowledge.through computing activities including HTML, E-Textiles,Cybersecurity, and Robotics. During the first week of the Big Idea VII. Impact: Computing has global impacts.workshop, teachers were taught how to use the technologies. Inthe following weeks teachers led summer camp activities for II. RELATED WORK AND OUR CONTRIBUTIONSmiddle and high school girls. The program assessment results K-12 teachers play an instrumental role in preparing theshow that this model
performance costs and gains in both hardware and software. Use Impulse C to perform high-level synthesis of C programs into FPGA hardware. Implement a custom hardware accelerator for the selected architecture to achieve performance and area goals.5. Engineering Secure SoftwareIn the spring term of 2012, we will be introducing a new undergraduate course developed in theDepartment of Software Engineering entitled Engineering Secure Software. The primary goal ofthis course is to equip students with the skills, principles, and knowledge needed to developsecure software. While related courses have focused on defensive coding practices7,8,9,information assurance10, and software testing11, our course will have the added emphasis ofsoftware
employed as a GK-12 Fellow. This studentworks as a visiting scientist in Albuquerque Public School science classes. GK-12 Fellows researchand create labs and assist students and teachers with science learning and understanding. Energytopics related to the solar project have been taught at a middle school level. It is the goal of allparties involved with the GK-12 program to inspire scientists and engineers of the future. TheMechanical Engineering building solar project along the GK-12 Fellowship have the potential ofsteering careers toward one of the most important challenges facing society today. Conclusions1. The life cycle analysis for the UNM ME buildiing shows minimal cost savings as a result ofenergy
– SeriousNationalNational • Program Outcomes – Functioning network of Mentors/Advisors Credit: © 2011 JupiterImages Corp. – Scientist and Engineers trained as Entrepreneurs – Increased impact of NSF-funded basic research •30 Hours of Curriculum •$50,000 per award • F&
skills.The curriculum is modularly structured, which means that the program is delivered in a veryflexible manner. The flexibility is enhanced by the fact that the modules are smaller than threesemester-hour credit courses. As part of the integrated curriculum, the fluid power module isinterconnected with other modules. The relevance of the competencies developed in variousmodules is thus reinforced throughout the curriculum. As a result, the participant of the program(traditionally known as student) is expected to be able to relate each of the competencies to themanufacturing engineering.1. BackgroundThe National Science Foundation has been funding since 1995 three national Centers ofExcellence through its Advanced Technological Education (ATE
Chemical Engineering from Northwestern University. He serves as Undergraduate Program Director in the Department of Chemi- cal Engineering, and Chair of the interdisciplinary Master of Biotechnology (MBIOT) Program at Texas A&M.Dr. Bugrahan Yalvac, Texas A&M University Bugrahan Yalvac is an associate professor of science and engineering education in the Department of Teaching, Learning, and Culture at Texas A&M University, College Station. He received his Ph.D. in science education at the Pennsylvania State University in 2005. Prior to his current position, he worked as a learning scientist for the VaNTH Engineering Research Center at Northwestern University for three years. Yalvac’s research is in STEM
and mobile communications in today’s computing environment, manyuniversities across the world are offering courses on the subject in undergraduate and graduatestudies.Wireless and mobile communication courses are taught either as a part of a degree programtypically by a university or college, or as a professional development program offered by anindustrial entity or an extension of a college program. Departments that offer such coursesinclude electrical engineering (EE), electrical and computer engineering (ECE), computerscience (CS), and information technology (IT). Courses offered by the EE or ECE departmentsoften focus more on communications aspects; those offered by CS departments concentrate moreon protocols and their interaction with
Session 3425 Invention and Creative Design: Getting from Thought to Thing Kathryn W. Jablokow The Pennsylvania State UniversityAbstractThis paper describes a course entitled Invention and Creative Design that is currently taught aspart of the Systems and Software Engineering programs at Penn State University’s School forGraduate Professional Studies. The course was designed to support several modules in theseprograms, including a core skill-based module and a module focused on innovation. This paperwill provide an overview of the objectives and the content of this
3rd year Ph.D. student in the Curriculum and Instruction Graduate Program at Boston College. His research primarily focuses on STEM education, scientific literacy, and AI literacy. He is currently working as a research assistant in the lab ”Innovation in Urban Science Education” led by Dr. Mike Barnett, Professor, Boston College. He also collaborates as a research assistant with Dr. Irene Lee’s team at MIT Media Lab on the ”Everyday AI” project. ©American Society for Engineering Education, 2023 Ethics in AI Education: Preparing Students to become Responsible AI consumers and developersAbstractThe rapid expansion of Artificial Intelligence (AI) necessitates a need for
classroom learningexperience is, the more students’ attention is learning-focused. Job-related classwork, authenticassessments, and service-learning have the potential for more engagement.Becoming an essential component of the modern world is machine learning (ML), with use casespertaining to just about every industry to varying degrees—If the reader cannot find anapplication of ML to his or her own field, the reader is not looking hard enough! Consequently,ML education is more important than it has ever been before, and university programs inengineering and computer science are responding by developing or revising ML and relatedartificial intelligence courses to best prepare their graduates for employment post academia. Asthese beneficial measures
Design Workshop on Intelligent Toys and Fuzzy Logic Fernando Rios-Gutierrez, Marian S. Stachowicz Electrical and Computer Engineering University of Minnesota Duluth, USA friosgut@d.umn.edu, mstachow@d.umn.eduAbstractThis paper describes the academic experiences obtained during a Design Workshop courseoffered at the Electrical and Computer Engineering Department (ECE) at the University ofMinnesota Duluth (UMD). This workshop course is one mechanism by which studentscompleting the ECE program at UMD can satisfy the requirement for a senior design project.The design workshop topic for the spring 2003 was the use of fuzzy logic to implement anintelligent toy. In
designed by two engineering students and made to be interfacedwith the existing MOSS modules to accomplish configurations like selectively compliantarticulated robot arm (SCARA) and cylindrical robots. The newly developed robotconfigurations are programmed through C programming language within the Visual Studiocoding environment. MOSS robotics system was utilized due to its user-configurable modularrobotic structure giving an additional dimension to the learning experience since it is a truemodular robotic system. After the initial development work, a high-school workshop wasconducted in collaboration with a neighboring school district led by the two engineering studentswho designed the modifications. The current development efforts include design