program, we began working with our ACM studentchapter to develop a series of gaming-oriented events we call "Digital Carnivals". Over the pastfive years, these events have been supported by the Computer Science program, the StudentUnion Network, the office of Student Life, and three retention and recruitment grants awarded byNorthern Arizona University (NAU). These events have become an important recruitment toolfor our computer science program, attracting the attention of computer-savvy students fromacross campus. The fact that these events are planned and executed by the ACM club (i.e.,students themselves) has made the carnivals a strong retention mechanism as well: as studentsparticipate in the events they get to know other students in our
quality assurance and improvement initiatives oftenbegin with identifying areas of quality concern, stating goals for each area, identifying indicatorsof goal achievement, and planning measurements for the indicators.4 Developed qualityframeworks support this overall process and are adaptable, as opposed to prescriptive. As anexample, a set of guidelines was developed by the Sloan Consortium (Sloan-C), an organizationwhose purpose is to help e-learning organizations continually improve the quality of theirofferings.5 Sloan-C guidelines identify “five pillars” of quality in on-line education. These pillarsare learning effectiveness, cost effectiveness and institutional commitment, access, facultysatisfaction, and student satisfaction. The intent
example problems worked in-class. Page 15.442.5To supplement the example problems covered during regular class time, four additional exampleproblems recorded using Camtasia Studio were used in fall semester 2009. Starting from thesefour recorded example problems it is planned to add more recorded example problems in thenext offering of gas dynamics. A survey was used to elicit student feedback for assessment ofthe video effectiveness and to indicate areas where improvements can be made in the content andquality of the recorded example problems. The results of the survey are discussed in a latersection along with a discussion on an improved
of a course.Specifically Scrum specifies that in each iteration of work, a sprint, should include planning, dailystand-ups, reviews, and retrospectives. It also specifies how to keep the requirements backlogorganized along with roles to manage the process.Figure 1: Summary of the EM modules (purple) discussed in this paper, in the context of the coursetimeline.The modules developed had several learning objectives focused on the entrepreneurialmindset: • Students will identify and describe links between course knowledge and real world systems. [connections] • Students will improve their ability to self-reflect and evaluate preconceived ideas, thoughts, and accepted solutions to recognize opportunities. [curiosity
in the development of online programs for academic credit and workforce development. Prior to coming to Texas A&M, Randy worked at Stephen F. Austin State University for twenty-five years in a variety of roles including technology specialist for the Center for Professional Development and Technology, tenured faculty member in the College of Education, director of instructional technology and distance education, director of the university’s Quality Enhancement Plan, and director of the Center for Teaching and Learning. Randy holds a B.B.A. in Information Systems and Quantitative Studies from Abilene Christian University, an M.Ed. in Secondary Education from Stephen F. Austin State University, an M.S. in
problem solving task was used in all the classes described in this paper. The goal forthe next round is to create another problem solving task to implement in similar classes at ouruniversity in the fall and spring of 2009, as an attempt to replicate the results using a differentproblem context. Another plan is to implement the original task at other universities that havethe same engineering disciplines to see if the new course is making an impact on the student’sproblem solving ability. The team is currently in conversation with a few peer institutions. Thegoal will be conducting a comparable study at other locations and assisting them in developing asimilar course
prior to the implementation of the reform effort. Hence, it iscritical to develop and employ a change strategy that extends the typical “best practice” approachthat is typical in STEM reform efforts [15]. Rather, successful strategies of a comprehensivechange approach should be continual, coordinated, and focused, and should address bothchanging the pedagogical conceptions of key and varied stakeholders in a STEM instructionalsystem, as well as affording stakeholders with an iterative cycle of performance evaluation andcontinual feedback [16]. To address these issues, the ADI Workshop will develop and implementa comprehensive and expansive dissemination plan, derived from the Four Categories of ChangeStrategies model [17], and developed in an
VR activities to enhance the learning of the students. The course not only focused onimplementing such technology for the students to use as a learning tool but also engaged thestudents in developing new technology-based activities as part of their semester project.Thesecourses leaned heavily on tools available in the Visualization and Immersion Classroom and theExperiential Reality Laboratory at the university and community college that were developed tosupport this course work. The authors present the learned lessons to support other instructors thatare planning on implementing innovative technology in their courses.1. Introduction In higher education, the growing adoption of innovative pedagogy, such as active andexperiential
(Nikitina, 2009)7 ultimate goal Spend time thinking and planning your life and work so that you are not always in “crisis” mode (Cross, 2008)8 Page 25.911.3 Keep a journal of time use to establish a baseline of how time is being used Coach yourself with questions such as, “What is the best (Kane, 2007)9 use of my time now?” “If you have to eat two frogs, eat the ugliest one first” (your “frog” is your biggest, most important task, uglier means bigger and more important) (p.2)10 (Tracy, 2007)10 “If you have to eat a live frog at all, it doesn’t pay to sit and look at it for
(http://numericalmethods.eng.usf.edu). He is the recipient of the 2011 ASEE Outstanding Teaching Award and the 2004 U.S. Florida Professor of the Year Award from the Council for Advancement and Support of Education (CASE) and the Carnegie Foundation for the Advancement of Teaching (CFAT). He has authored several textbooks on subjects such as composite materials, numerical methods, matrix algebra, and computer programming.Dr. Ali Yalcin, University of South Florida Ali Yalcin is an Associate Professor at the Industrial and Management Systems Engineering Department. His research interests include systems modeling, analysis and control, production planning and control, industrial information systems, data analysis and
, classroommanagement, and overall learning experiences 12.Application of FindingsBased on the findings the COE plans to undertake several initiatives to improve usage of TabletPCs. While professional development sessions are already offered to faculty, the college plans tooffer sessions that could be conducted within each academic department, such as softwaredemonstrations or simple training sessions incorporated within regularly scheduled departmentfaculty meetings. These training sessions could be framed around how various Tablet PCfeatures can benefit them, such as how the Tablet PC can increase their flexibility through usingvirtual office hours. By doing so the college hopes that these workshops will decrease thecomplexity of the new technology and
identically-appearing input areas showing the phasor. The discrete version requires the user to input themagnitude and angle of the phasor and press a calculate button; the continuous version uses asimilar input screen but allows the user to drag a point to establish the phasor magnitude andangle. Although this pilot study examines only a pair of tightly-coupled programs, further workis planned to determine if certain subjects inherently lend themselves better to discrete orcontinuous input methods.Figure 1: Two almost-identical interactive programs purporting to teach phasor concepts. Theleft panel shows the version designed for continuous-input and output; the learner drags the bluephasor and moves it around while observing the constantly-changing
teaching microcontrollers, as it combines a simpleprogram with the peripherals on the chip to create a compelling and useful example. Thestudents who completed the microcontroller portion of the class were in general excited aboutusing them in other projects such as their senior capstone project. Page 13.1275.10The approach of adding short microcontroller modules to existing lower-division classes wouldseem to be a good one, as it allows the students to gain useful skills without taking extra units.With the success of this class, plans are being made to incorporate microcontroller topics in theComputer Programming as well as the Circuit
Instructional Technology Research & Development in the Division of Science and Mathematics Education at Michigan State University. Dr. Urban-Lurain's research interests are in theories of cognition, their impact on instructional design and applying these to the use of instructional technology. He is also interested in the role of technology in educational improvement and reform.Cindee Dresen, Corporation for a Skilled Workforce Cindee Dresen is CSW’s Director of Operations. Ms. Dresen is responsible for staffing management, work design and delivery, product and service continuous improvement, organizational learning, knowledge and information management, technology planning, and infrastructure
nature of the problems. Thisprevents students from just dividing the homework and then sharing answers.The Department of Civil and Environmental Engineering is planning to continue using theproblems from MyLabsPlus to allow for the benefits discussed above. The department is stillevaluating the possibility of using the online system for in-class quizzes. Another change forfuture semesters that the Department of Civil and Environmental Engineering is planning todiscuss with the students early in the semester that getting good grades on the homework is notenough to perform well in the class. The online homework is there as a tool to help the studentsmaster the material and not just be a hurdle to their grade.Bibliography1. MyLabsPlus by Pearson
to learn course materials through the mobile enabled labware in anywhere they liked.Finally, they were confident and motivated to work on more advanced topics and variousapplications in mobile sensing systems developments.IV. Evaluation plan Page 24.1397.4With regards to evaluation of the leaning approach over the long term, we considered acomprehensive qualitative and quantitative evaluation plan to assess the project developmentsand progresses periodically; and gather evaluation results as on-going feedbacks fromparticipants to improve the project in the future. All evaluation criteria are designed focus on theimplementation progress, the
laboratories.To fulfill our third goal, we plan to hold a pilot phase, which is scheduled from April to May2016. In this phase, all remote labs will be presented to international partners – secondaryschools from Romania and Slovenia. Apart from this, the Austrian Federal Ministry ofScience, Research and Economy held a month-long contest in October 2015 to involvestudents into science projects. Applicants were between 10 to 18 years old and it was hoped toboost their interest in STEM subjects. We found this to be a great opportunity to promoteremote labs to a wider audience and to get first impressions of how students use them. Thus,we took part in the contest with already existing remote labs and provided a survey for thestudents to fill out for each lab
Cornerstone projects that all students demonstrate andpresent at the end of the semester. Throughout the semester up to Cornerstone demonstrations,course instruction, activities, and deliverables have been designed in a dual-purpose manner, inthat they augment student practice of essential engineering skills (such as introductoryprogramming), while at the same time scaffolding progression towards Cornerstone Projectcompletion. Scaffolded lesson plans related to programming have been designed to exposestudents to two primary means of programming interface and methodology. These respectivelyinclude 1) Arduino-based platforms focused on instruction of algorithm-based programmingmethodology, and 2) Programmable Logic Controllers (PLCs) focused on
Louisville. Her research examines the cognitive mechanisms underlying learning and problem solving in both laboratory and educational contexts, including STEM classrooms.Dr. Thomas Tretter, Thomas Tretter is professor of science education and director of the Gheens Science Hall & Rauch Plan- etarium at the University of Louisville. His scholarship includes collaborative efforts with science and engineering faculty targeting retention of STEM majors in entry-level STEM courses. American c Society for Engineering Education, 2020 Towards a Multi-dimensional Biometric Approach to Real-time Measurement of Student Engagement in the STEM Classroom
, enhancing overall team performance.The students were told at the outset that those who succeeded in the evaluation would becomearea masters who would be called upon by RST design groups for advice and assistance, and thatarea masters would train other students in mastery areas in succeeding semesters. Studentprojects were graded on the basis of oral seminar reports, a written mid-term report, and a writtenfinal report. Evaluation of the EDE itself was carried out by a post-semester survey.Pre-semester SurveyThis questionnaire asked RST students to reflect on their backgrounds, interests, and confidencelevels in robotics and to identify directions for further work. In this way the survey tried to helpstudents to clarify their plans for future
emissions policies that these students may see in the future. Based onthe comments from the students, this opportunity was appreciated and at least four studentsengaged further learning in this topic by writing an optional extra-credit paper on a related topic. Page 12.1479.9The guest expert offered guidance to these students. Although no systematic evaluation of thesecomponents was conducted in this study, we will pursue it in the future since we plan to continuethese initiatives. As a preliminary indication that these efforts worked, we looked at the topicsselected by students who chose to write an extra-credit paper. Sixty eight percent of all
TechnologyTECH 12000 – “Design Thinking in Technology”, is a freshman level survey course designed todevelop a students’ perspective and enhance their skills in living and working in a technologicalsociety while introducing them to Purdue Polytechnic. Two sections of TECH 12000 wereutilized by the researchers to recruit volunteers for this study.Originally, the instructors, who are also the authors of this paper, planned to introduce the topicof VR to the class by digital presentation (e.g. PowerPoint). However, from experience anddiscussions they decided that for someone to fully understand and appreciate what currentimmersive VR is, they must experience it first-hand. This idea and the need to assistadministration with classroom technology procurement
with them to the software industry. Additionally, instructors can use this feedback from students to determine more difficult to comprehend topics that they should target when using guided PCR in CS2 course.C. Students’ feedback: Error checklist needs improvement Insights: We discovered that some students were unable to follow the error checklist thoroughly because steps were unclear and some of the students found the checklist distracting. The researcher plan to make improvements on the error checklist prior to conducting further experiment. We will also need to conduct more extensive training that will communicate to the students the purpose of the checklist in PCR and demonstrate to the students the correct way to use the
. His teaching involvement and research interest are in the area of Software Engineering education, Software Verification & Validation, Data Mining, Neural Networks, and Enterprise Resource Planning. He also has interest in Learning Objectives based Education Material Design and Development. Acharya is a co-author of ”Discrete Mathematics Applications for Information Systems Professionals- 2nd Ed., Prentice Hall”. He is a member of Nepal Engineering Association and is also a member of ASEE, and ACM. Acharya was the Principal Investigator of the 2007 HP grant for Higher Education at RMU. In 2013 Acharya received a National Science Foundation (NSF) Grant for developing course materials through an industry-academia
to our students in choosing a SimpleLink MCU. Regarding the adoptionof an MSP432 MCU, instructors have been closely monitoring the students’ feedback and theirlearning process. In addition, instructors plan to continue to provide effective and hands-onlearning experiences to students in this embedded system integration track. Fall 2019 Total number of Number of *Mean student *Average for ESET 269, ESET 349, enrolled students responses evaluation numerical grade ESET 369 earned by students Spring 2019 349 110 *3.93 *3.19 for ESET 469 Table 1. Embedded system
Science and Education Ministry and theSpanish National Plan I+D+I 2004-2007 the support for this paper as the project TSI2005-08225-C07-03 "mosaicLearning: Aprendizaje electrónico móvil, de código abierto, basado enestándares, seguro, contextual, personalizado y colaborativo".Bibliography 1. Program JKarnaugh V 4.2. Available on January 15th, 2007. http://meteo.ieec.uned.es/www_Usumeteo1/ 2. Programa KV- Diagram-Applet. Available on January 15th, 2007. http://tams-www.informatik.uni- hamburg.de/applets/kvd/kvd.html 3. Programa Karnaugh Minimizer Pro. Available on January 15th, 2007. http://karnaugh.shuriksoft.com/ 4. Programa Karnaugh Map 1.2. Available on January 15th, 2007. http://www.puz.com/sw/karnaugh/kmap12.exe
scientists, there is an absence of software for the scheduling andmanaging of globally distributed student teams. The problems associated with managing coursesand course schedules in different locations is a formidable problem. The software described in thispaper attempts to meet this challenge. Although our software is used to support global softwaredevelopment student teams, we believe that it can also be used to support distributed learning Page 25.113.4teams in general.3. The IPC Architecture and DatabaseAs previously mentioned, the overall goal of the Instructional Planning Center (IPC) is toprovide a repository for information needed to
responsible stewardship. This software can be used effectively to presentseveral important indicators in both the National Science Education Standards and the MarylandScience Education Core Learning Goals. In addition, efforts such as these can help to meetNASA's goals of Enhancing Environmental Stewardship and Educating the Next Generation andCreating a World-class Workforce, as stated in their 2010 Science Plan document8.To test the effectiveness of this software for this purpose, the authors devised and presented alesson plan to students in several secondary and post-secondary classes including tenth gradebiology, tenth, eleventh, and twelfth grade computer science, eleventh and twelfth gradeenvironmental science, and undergraduate marine botany
twoMaintenance Repair and Overhaul organizations and a major U.S. Air Carrier componentoverhaul facility in 2009, revealing planning, work distribution and documentation of job taskswere often still accomplished using traditional paper-based job task management systems.Product Data Management systems of various sorts are not new. Computerized aircraft data andcomputer workstations are currently used by the aircraft maintenance industry to delivertechnical aircraft data to front line technicians. However in aircraft maintenance operations, this Page 22.1705.4information has been observed to be largely delivered in linear pdf or similar formats that
successful, and plan to offer theseminar and TFLC again in the future. All of the participants acknowledged receiving somebenefit from the seminar or the TFLC. After conducting the seminar twice, the authors foundthere to be very little additional information that should have been included and would leave theseminar largely unchanged for now. There is obviously some institutionally dependentinformation in the seminar, but in general the material is readily adaptable to be used by otherinstitutions. The presentation approach, three screens with three views, was central to thesuccess of the seminar.Though there is no specific evidence to suggest it, the authors’ opinion is that the seminar alonewould not have any impact on tablet PC adoption, and is