from 23 interviews have been transcribed,and the master codebook has been created via open coding of the transcripts from five diverseparticipants. The intent of this paper is to report on our investigative procedures and emergentpreliminary themes from our ongoing work. The final coding process is currently underway, toform the basis of developing conclusions via a grounded theory approach. Data collected in thisstudy informs the development of a peer-mentoring program within engineering at LMU, whichseeks to improve students’ sense of community, provide strategies for overcoming challenges,and address other themes discovered in this study.1. Introduction and motivationThe issue of student retention in Science, Technology, Engineering, and
management. Its applications now include diverse areassuch as software development, engineering, urban planning, and law [5]. Scrum employs acyclical feedback process in which the current progress of a project is used to update projectplanning incrementally and produce products on an iterative basis. Development cycles, calledSprints, are only a few weeks long, which enables quick adjustments to changing requirements orto new knowledge gained during the sprint. The Scrum framework consists of [5]: ● Members: Product Owner, Scrum master, and Development Team ● Events: Sprint Planning, Stand-up, Sprint Review, and Sprint Retrospective ● Artifacts: Product and Sprint Backlogs ● Definitions and rules governing Scrum implementationFigure
the Jean Peper- straete award for the Best Paper in the 18th Annual Conference on Innovation in Education for Electrical and Information Engineering. He is IEEE and ACM member. He joined in 2010 the Advisory Commit- tee of the IEEE Spanish Chapter of the Education Society, and in 2009 the Advisory Committee of the IEEE Technology Management Council of Spain. He also participates as technical reviewer for several international journals and conferences.Miss Rosario Gil, Spanish University for Distance Education (UNED) Rosario Gil has a PhD in Industrial Engineering from Spanish University for Distance Education (UNED) and a Master and Bachelor in Telecommunication Engineering from The Alcal´a de Henares University
. However, it fails to highlight how students perform across an array ofinterconnected bits of concepts or knowledge units that are vital to gaining a better understanding of themultidimensional nature students’ prior knowledge. Since student knowledge is an interconnection of smallideas, it is necessary their test scores should be multifaceted.Alternatively, instead of reporting unidimensional total score on the concepts a CI assesses, we couldincrease the relevance of CI results if test outcome reporting is based on a multi-dimensional scoringscheme. For example, students’ outcome on the test could be reported as multiple scores that indicate howwell they have mastered cognitive attributes (or smaller knowledge units) that predict mastery of
career. Two mainquestions are asked: Is it feasible to maintain a B.Sc. Architectural Engineering TechnologyProgram and offer a pre-professional NAAB Bachelor of Architecture Program at the sameinstitution? Alternatively, how would the addition of a NAAB accredited Master of ArchitectureProgram to the ABET Architectural Engineering Technology Program benefit graduates? Theresult of potentially offering students different tracks to for a BSc in Architectural TechnologyProgram and Bachelor of Architecture Program at one institution will also be evaluated. Therelative benefit of performing a periodic program assessment of this type that is independent ofaccreditation or other self-study requirements will be discussed.Introduction:In 2019, the
Ergin Erdem1 , Kenneth Gahler1 , Eunseok Kim2† and Sangho Shim11 Department of Engineering, Robert Morris University, Moon Twp, PA 15090, USA, shim@rmu.edu, 2 KAIST, 291 Daehak-ro, Yuseong-gu, Daejeon, 34141, Republic of Korea Abstract. The convex recoloring problem is a clustering problem to partition nodes of a network into connected subnetworks. We develop a hybrid rule combining the Dantzig’s Rule and the Steepest Edge Rule to produce columns which enter into the basis of the master problem in the column generation framework introduced by Chopra et al. (Modeling and Optimization: Theory and Applications (MOPTA 2016), pp 39-53, 2017
like a4” manager whenworking with people in paradoxical cross-functional teams requires a seemingly innate ability tocreate instinctive strategies and to make spontaneous decisions. This“tacit knowledge5” cannot be mastered solely through the textbook or lecture. A combination oftheory and structured practice followed by guided reflection is needed to develop the practicalcompetencies required of a professional skilled in the management of multi-disciplinary projectteams.This paper describes a graduate-level engineering management course that incorporates anintensive practicum designed to build these competencies at the tacit level. In particular, wefocus our discussion on the use of a sociolinguistic technique called TeamTalk6, which provided
motivational speaker(s). Participants aredivided into three groups by assignment of a code. Each group of freshmen rotates through eachof the three workshops. Table 1 Fast Track to Achievement Schedule Introduction to Orientation Introduction to Orientation ORIE 104:001 ORIE 104:002 10:00 – 10:10 Opening Session Schaefer Lecture Hall Planning to Graduate S202 (#1) 10:15-10:40 Mastering Mathematics S203 (#2) Making It In Engineering S204
with a PIC16C84 microcontroller or with a PIC16C71 microcontroller, whenanalog-to-digital converters were needed and the sensors and actuators were to be controlled byavailable ports on the device; and 2) The students were to use locally written PIC processorsoftware routines that would make their controller a slave unit on an I2C network ( a personalcomputer was used as the master controller for the network).Along with the pre-tested slave I2C routines, a Windows -based PC was also supplied withlocally written network routines that could poll the processors connected to the network, readstatus information and write commands to each polled network address. The I2C protocol waschosen because of its electrical simplicity, its ability to address
for nontraditional students that may find itdifficult to attend class on a daily basis.For example, ALEKS (Assessment and LEarning in Knowledge Spaces) is a web-based e-learning program.8 It provides a systematically sequenced and managed, self-paced e-learningactivity, designed to help improve math skills. ALEKS breaks down the Precalculus curriculuminto topics, or problem types, that students must work through in order to master the material andcomplete the course. It is possible to customize a course to include only desired topics; thiscourse was customized and consisted of 178 topics from a list of about 250 total Precalculustopics.Each student takes an initial assessment in ALEKS to determine which topics he or she hasalready mastered
micro-robotics. He is currently working on the locomotion of micro-robots with micro-sensors and actuators, and on artificial muscles using electroactive polymers. Page 25.608.1 c American Society for Engineering Education, 2012 Experience Teaching a Graduate Research Methods CourseThe Research Methods course is designed for dual-degree mechanical engineering studentswishing to change from a non-thesis, course only, Bachelor of Science/Master of Engineering(BS/MEng) program to a research-based Bachelor of Science/ Master of Science (BS/MS)program where a thesis is required. The course
outlines for industrial networks What is the purpose of an Industrial Network? Distributed I/O Mount I/O on the machine to simplify the wiring Distributed Control Parallel processing – many CPUs to do one large task Global Data Peer to Peer Master Slave Controller Supervisory Download, upload, monitor, debug Data Logging HMI – Human – Machine Interface PC or Embedded solution to display Data / Accept User inputs General Physical Interfaces Wiring Characteristic Impedance Capacitance
Copyright Ó 2002, American Society for Engineering Education”National Science Foundation and others is plotted, similar trends will be seen; however, thenumber of degrees in all categories will be somewhat less.The plot of masters degrees awarded, Fig. 2, shows similar trends, but with the peak in degreesawarded occurring about a year earlier than the peak in doctorates awarded. Similar to thedoctoral degrees, steady declines are seen in the masters degrees awarded with a slight upturn in2000 again due to a strong increase in international degrees. Men greatly outnumber womenagain, but by a smaller margin than for the doctorate degrees. (Note the change in the verticalscale compared with the previous plot.)Graduate Engineering EnrollmentThis can be
students in both masters and doctoral study. During calendar 2005, forexample, this roster included two students pursuing the PhD in Industrial and ManufacturingEngineering and twelve seeking the MS in Manufacturing Engineering, Industrial Engineeringand Management or Mechanical Engineering. Four MS degrees were produced during thiscalendar year, and two additional students successfully defended and are completing the finalthesis re-writes during early 2006. At the time of this writing, two additional MS degrees areexpected to complete in the Spring semester.In order to achieve a modicum of efficiency in instructing a relatively large roster of graduatestudents, the author devised and adopted a written set of guidelines for graduate
Proceedings of the 2005 ASEE Gulf-Southwest Annual Conference Texas A&M University-Corpus Christi Copyright © 2005, American Society for Engineering EducationKeeping these features in mind, two independent and yet integrated curriculums weredeveloped. Table 1 illustrates the curriculum model for Industrial and ElectricalEngineering degrees. The curriculum is made of two main segments: masters of sciencein Industrial Engineering and masters of engineering in Electrical Engineering. TheElectrical Engineering branch consists of seven specific courses in two major areas,Electronic and Control. The Industrial Engineering branch consists of seven specificcourses with emphasis in Manufacturing, Design
pursuing a Master of Science from American University in Instructional Design and Learning Analytics. Susan also earned her Certified Association Executive (CAE) credential awarded by ASAE: The Center for Association Leadership. American c Society for Engineering Education, 2021 An integrated vision of management and leadership for delivering 21st-century civil infrastructureAbstractThe American Society of Civil Engineers (ASCE), as the recognized leader of the civilengineering profession, has been at the forefront of efforts in delivering 21st-century civilinfrastructure. In its Vision 2025 (2006), ASCE stated that this vision for the
graduated from the University of Wisconsin-Platteville in 2014 with a Masters of Science in Project Management through distance learning. She began her career at UW-Platteville working in Prospective Student Services as a recruiter, while taking on the roles of assistant women’s basketball coach and associate lecturer for the Health and Human Performance Department. Naderman is currently working in the Distance Learning center as an advisor for the undergraduate programs and student services coordinator. Naderman’s responsibilities include providing support for student services, working with assessments of student services in online programs and also oversees the NSF STEM Master Scholar Program
Session ETD 525 Improving Engineering Management Graduate Student Success through Advisory Board Partnerships Dr. Saeed D. Foroudastan, Carey Snowden Middle Tennessee State UniversityAbstractThe Engineering Management concentration of the Master of Science in Professional Science(MSPS) degree program at Middle Tennessee State University (MTSU) was designed to provideMiddle Tennessee’s booming manufacturing industry with skilled graduates trained both in bothengineering methodologies–including PMI Project Management, Six Sigma, and leanmanufacturing–and in business
between Wireless LANstation and Access Point was fixed to 8 meters and the distance between Master and Slavewas fixed to 2 meters. Table 1 shows the most important attributes used for the WLANstation, WLAN Access Point, Bluetooth Master Node and Bluetooth Slave Node.Table 1: Important attributes of WLAN Station, WLAN Access Point, Bluetooth MasterNode and Bluetooth Slave Node. Device Attribute Value Data Rate 11 Mb/sec Power 10 mWWLAN Station Physical Characteristics DSSS Access Point Functionality Disabled Data Rate
programs are non-thesis Masters Programs, with only a few requiring a capstone project. Although not conclusivefrom this data we can see that in general, the graduate degree programs offered in logistics &transportation have a heavy focus on workplace readiness by encouraging interaction withrelevant corporations and by helping working professionals to further advance their careers in thelogistics & transportation fields.IntroductionUS domination in manufacturing in the 1980s were declining steadily until recently due to themass outsourcing of US products and services to overseas countries (see figure 1). On the otherhand the logistics transportation sector is booming in the US (see table 1) [1]. Even though massoutsourcing is blamed for
accelerated course was structured as follows; each week consisted of four one hundredminute lectures, and a lab, which was taught as a separate course. Syllabus for the course wasprovided at the beginning of the semester. Students were expected to read the concepts of thechapters before it was discussed in class. Mastering Physics10 online tool was used to assignweekly homework based on the text book11 which included video demonstrations and tutorials tohelp students to self-learn basic concepts in physics. These problems were slightly less complexthan traditional end of chapter homework problems. The number of problems varied fromassignment to assignment and was based on the contents of the chapters.During the problem discussion time, about one
of the part.The importance of using CATIA V5 software for technology studentsCATIA V5 solid modeling software is used extensively in the aerospace industry to designaircraft and aircraft parts, and it is important that technology students learn this new softwareearly on and expand their knowledge during subsequent course work. The program is too largeand complicated to master in one course, and if you don’t use the program regularly theknowledge will disappear soon. Our students are required to take an introductory computergraphics course during their freshmen year. CATIA V5 is the program used in the course, butthis course is focused on learning how to use the program1. There is not an output applicationbesides creating engineering drawings
AC 2012-3084: INTEGRATING THE CHARRETTE PROCESS INTO EN-GINEERING EDUCATION: A CASE STUDY ON A CIVIL ENGINEER-ING DESIGN CAPSTONE COURSEDr. Michelle Renee Oswald, Bucknell University Michelle Oswald, a LEED AP, is an Assistant Professor at Bucknell University in the Department of Civil and Environmental Engineering. Her focus is in sustainable transportation planning and sustainable engi- neering education. She completed her doctoral degree in civil engineering at the University of Delaware, along with a master’s of civil engineering degree, and a master;s of arts in urban affairs and public policy. She received a bachelor of science in civil and environmental engineering from Lafayette College.Dr. Arthur D. Kney
National Engineers Week, grades 9-12. [8] 9/10 Math Challenge [9] Original “Math Buster” Competitions, grades 11-12 [10] Rocketry Teams, grades 7-12. [11] GVSU Advising Guides [12] Pew Engineering Living Center at GVSU [13] NSBE Sections in Highschools by GRAPCEP and GVSU [14] Freshman orientation at GVSU [15] Advanced/AP Physics at 3 of 4 Grand Rapids high schools [16] Calculus at 3 of 4 Grand Rapids high schools, 2 are A.P. [17] Sibley Elementary outreach by GVSU [18] FIRST robotics support by GVSU Masters students [19]Science Olympiad at GVSU, grades 7-12 [20]Super Science Saturdays, grades 4-9 [21] Math Counts, grades 7-9 [22] Summer Science Adventure camps at GVSU, grades 4-7 [23] Science is for girls at GVSU, grades 4-7 [24] Co-op education
Session 1725 TEACHING AND LEARNING ASPECTS FOR AN ONLINE GRADUATE COURSE ON DESIGN FOR MANUFACTURABILITY P. B. Ravikumar Professor, Mechanical & Industrial Engineering Department University of Wisconsin, Platteville, WIABSTRACTAn online Master of Engineering program is offered at the University of Wisconsin - Platteville.The curriculum consists of core courses, technical emphasis courses, and elective courses.Curriculum improvements are made through revisions to existing courses and the introduction ofnew
were ready. Students were tested for mastery of the subject material withmastery being defined as receiving 90% on an exam consisting of ten questions. Each examconsisted of a closed book section with seven questions and an open book section with threequestions. Final grades were assigned based on the number of chapters mastered and the numberof projects completed. The topic order was arranged such that a student earning a passing gradewould be able to analyze rate data and design simple reactors with single chemical reactionoccurring. To obtain a higher grade a student was required to be able to handle reactions andreactor systems that were more complex. Students were required to demonstrate mastery of onetopic or to have tested three times
coach uses these results properly. In addition, the coach could have set an a priori set ofobjectives that do not include winning the game necessarily, but rather to master a given skill for theplayers.The paragraph above illustrates clearly the situation that one can find in an engineering classroom.Here, activities and methodologies used by the developmental coach become very relevant. Recall,the coach of the developmental level team must follow a set of objectives to be able to successfullyintroduce the player to the different skill and techniques of a given sport that he/she is teaching.Likewise, the instructor in the engineering classroom has to follow the same list. Therefore, theorganization of activities in a coaching environment is a
programs. The Department offers Bachelors, Masters,and Ph.D. degrees on the main campus of the University of Kansas in Lawrence. TheDepartment also offers a masters level graduate program at the Edwards Campus which is in theKansas City metropolitan area. In addition to conventional degree programs, the Departmentoffers, on a yearly basis, a series of one-day technical programs that are attended by practicingengineers.These programs have addressed a long-standing need for continuing education in theengineering community, but in recent years, engineers have requested a different form ofcontinuing education than traditionally had been offered. There is a need for information to beavailable to all engineers, not just those seeking advanced degrees
the workforce will have the need for flexible high-quality graduate education programs administered by theSchool of Technology. These future programs should address the educational needs andrequirements of the individual, as well as the employer, who potentially may be providing thenecessary financial support. Just as technology and engineering technology programs are evolvingand changing to meet the future needs of business and industry at the baccalaureate level, faculty andadministrators are well advised to support the future needs of our post-graduates.The Master of Science DegreeRealizing that each student has different career goals, academic background, and professionalresponsibilities, the Master of Science program offers maximum
these software have evolved greatly andenabled designers to predict the outcome of their designs. Some of these software are currentlybeing utilized by the largest automobile companies. In reference to the goal of reducing the totalcost, companies have found that 70% [1] of the total life-cycle cost of a product is determined inthe early concept design stage. It is important to make the right choices in this early designphase.The various courses offered for mechanical engineering technology (MET) program at CentralMichigan University have incorporated such a software called I-DEAS, which is developed byStructural Dynamics Research Corporation (SDRC). The Unix-based software employs theconcept of 3D master model. As depicted in Figure 1, the 3D