beassessed and received.The structure of the coursesA course on modeling and simulation is offered as an elective course in the Bachelor of ScienceDegree in Industrial Engineering Technology and Mechanical Engineering Technology in theuniversity. In addition, an elective, graduate-level course on simulation modeling is offered tograduate students who pursue a Master of Science degree in Technology. The courses are offered Page 23.741.3every other semester. Due to relatively small class sizes in the Industrial EngineeringTechnology (IET), as well as in Master of Science in Technology programs, these courses arecurrently offered cross-listed (i.e
principal investigator for a Whitaker Foundation grant. His current research is in biological signal processing, related to cardiovascular signals, and in enhancing STEM education through use of engineering principles. He has written over 50 articles in both journals and conference proceedings, in both the educational and biomedical fields. Dr. Rockland was the recipient in 2004 of the F.J. Berger award, a national engineering technology award presented by ASEE, and a 2000 award winner in Excellence in Teaching for NJIT, was named a Master Teacher in 2004, and was the chair of the Master Teacher’s Committee. He is also very active in the Engineering Technology community, have served in numerous capacities for the
for a Whitaker Foundation grant. His current research is in biological signal processing, related to cardiovascular signals, and in enhancing STEM education through use of engineering principles. He has written over 50 articles in both journals and conference proceedings, in both the educational and biomedical fields. Dr. Rockland was the recipient in 2004 of the F.J. Berger award, a national engineering technology award presented by ASEE, and a 2000 award winner in Excellence in Teaching for NJIT, was named a Master Teacher in 2004, and was the chair of the Master Teacher’s Committee. He is also very active in the Engineering Technology community, have served in numerous capacities for the Engineering Technology
user will enter theinputs and the program will perform its function and give the user an output. This program makesthe user go through the all the design steps to teach the user the design process. The purpose ofthis software is to assist the students in mastering skills in machine components design. Theprograms follow the manufacturers recommendations of sizing and selection of the machineelement. The program allows the student to easily step through the process of selecting thecomponents. It also reinforces the design principals and analytical techniques of properlyselecting and sizing a component.The gear program, belt program, and bearing program are finished. The power requirementprogram is a work in progress. Some of the topics that will
over2MB). A typical animated PowerPoint lecture with sound will range in size from 20 to 50 MB,prohibiting distribution over the Internet. CD distribution is the only method for students viewingPowerPoint lectures.CD distribution poses another set of problems. The professor must place all of the files on aMaster CD, make multiple recordings for distribution, mail the CDs out to students before thebeginning of the semester, and typically provide training for students in how to access the files andin which order they should be accessed. Another problem exists when updates are made to thelecture. Faculty must be very careful to ensure that the proper slides are replaced, the Master CDis updated and all “old” copies of the CD are destroyed. Although
instructional-objectives map. The system in notmeant to replace classroom instruction or utilization of computational CAS systems. Its primarypurpose is to provide supplemental tutoring aid while fostering visualization skills in the learner.Introduction and backgroundIn order for students to succeed in technology or engineering they must master higher-levelmathematical concepts. In Computer Graphics Technology mastery of Linear Algebra is critical.A difficulty that many students encounter is the manner in which mathematics is taught at mostof the larger universities. At Universities such as Purdue, students go to large lectures of 400 to500 students. Lectures are usually supplemented by “recitation” sessions which have class sizesof 20-30 students.The
improve the formation of the civil engineer providing them with all thecompetencies needed to perform at the state of the art with the best available technologies.The so called PEP Program offers two graduate degrees: the Master of Science and the Doctor ofPhilosophy and it is a very dynamic and rich program, developed in modules, followed in severalcountries in the world. It follows the trend of global formation of professionals, mainly to attendthe need of a prepared professional to perform in the port work market with a graduation levelformation [03].2. Globalization and EducationAlong the History it can be seen the human achievements in altering and dominating nature infavor of better ways of surviving. This is how technology was born and
agriculturalengineering operates in developing countries, a typical case-study of India has been presented.Currently, there are 24 institutions offering degree programs in agricultural engineering. Of these,16 offer programs leading to master degree and eight offer Ph.D. degree (Yadav et.al, 1997).These institutions have an annual intake capacity of about 860 at bachelor, 280 at master and 70 atPh.D. degree levels (Table 1). Numbers of students graduating from these institutions withdifferent degrees are given in Table 2 (Singh, et. al, 1995 and Yadav, et. al, 1997). The annualaverages for the period 1984 to 1996 are 403, 88 and 15 for bachelors, masters and Ph.D. degrees,respectively. The specialization’s include, farm machinery and power, soil & water
Masters level and complete an approved MSc for their‘advanced learning’ component [5]. This component should include technical deepening;broadening - both technical and non-technical, including finance and marketing knowledge andskills; and a group project to develop personal and professional skills. Courses at SheffieldHallam University have strived to include these components at Masters level, with underpinningelements at Bachelors level. In the following sections two such areas are discussed that showhow students are developed at Sheffield Hallam – a ‘Teamwork and Leadership’ module at finalyear undergraduate level, and a module ‘International Product Development’ at postgraduatelevel.Teamwork and leadership moduleA leadership module was
experience to be as good as a traditionalclassroom experience.Context for the CourseThe College of Engineering & Applied Science has two new programs that serve non-traditionalaudiences and require presentation of courses through non-traditional means. The first is acombined Bachelor of Science in an engineering discipline with a Master of BusinessAdministration program for high achieving students and the second is a Master of Engineeringprogram targeted to working professionals. For the combined Bachelors / MBA program,students often need to take a course while on a co-operative work assignment. Since many ofthese assignments are away from the university, a distance learning format is required. Likewisefor working professionals, a distance
undergraduatestudents are also required to take a senior capstone design course, but the MultidisciplinaryPetroleum Design is one of three options for these two disciplines. In addition to undergraduatestudents, graduate students pursuing a Masters of Science, a Masters of Engineering, or aProfessional Masters degree occasionally enroll in the course. These graduate students generallymake up less than five percent of the class population.The class has experienced success both from an accreditation standpoint and from an industryviewpoint. However, significant issues regarding development, assessment, and the mosteffective format still exist. Considerable hurdles are still present including the deficiency of teamskills development prior to the course, “language
encouraged specialization, Page 9.1260.4as men spent long years of education, training, and repetitious practice to master their role – atProceedings of the 2004 American Society for Engineering Education Annual Conference & ExpositionCopyright © 2004, American Society for Engineering Educationthe expense of other interests and powers. Competition put a premium on this process. All ofthis preceded systems thinking and caused social critics to lament.18Systems thinking might be seen as the next logical step in this process, as it isolates the mind onthose system roles. The particular human beings who happen to occupy those roles are not
Session 1387Traditionally, each department in the College conducted its own capstone experience within theconfines of the discipline. Multidisciplinary design projects were undertaken in the past, butonly a few each year were possible due to scheduling problems, faculty availability, and limitedfunds.The deployment of multidisciplinary design throughout the College curricula is a strategicobjective. The College’s undergraduate honors program employs the multidisciplinary designparadigm. A multidisciplinary capstone concludes both the Masters in Product Development(MPD) and Masters in Manufacturing Leadership (MML) programs offered to experiencedmanagers. The nascent Microsystems Ph.D. program was designed to have strong productrealization and
work in a global society supported largely through web site design. Ethnography, in thesense of internet, however, has brought to the forefront, immediate differences of language andelectronically designed web sites between inherently diverse world cultures. Confined to issuessolely associated with a single culture, web design struggles are ongoing to establish a workablestandard within Human Computer Interface (HCI). The diversity of issues is not limited todesign but to procedural or process differences using software language programming, browserinterface, keyboard selection, ASCII, UTF (multilingual), and of course the ongoing softwarecompatibility difficulties. Software publishers, web masters, internet engineers, and all other
. Students wrotefunctions which were not available in MATLAB and the use of which seems very useful insolving electrical circuit problems. An example of such computation is finding the equivalentresistance in a circuit. This function once built can be used repeatedly in solving circuitproblems. A master equation solver in MATLAB can find the solution of single or simultaneouslinear algebraic or trigonometric equations. The following paragraphs will discuss the function ofSeries-Parallel Circuit Resistance computation and DC Nodal analysis computation by using thebuilt-in circuit equation solver.Series-Parallel Circuit Resistance ComputationIn a given electrical circuit the basic circuit computation begins with the equivalent resistancecomputation of
“Master course notebook” wascreated before the semester. This included folders for project information (subpages: contactinformation and project description), meeting notes (subfolders: team, client and advisormeetings), research notes (subfolders: biology/physiology and competing designs) design ideas,testing and results (subfolders: materials/expenses, protocols, and experimentation), andreferences. A sample entry was also provided which included bolded headings for title, date,those present, goals, notes, and conclusions/action items. Students are able to create new foldersor modify existing folders. Additionally, if changes or additions were made to the master coursenotebook, the instructor could ‘push’ this change to all student notebooks or
success. One such group is students who are diagnosed with dyslexia, a learning disabilitythat results in challenges when learning to read. These students often determine very young thatthey are not as capable in learning as their peers because they struggle to master reading. Yet,many dyslexic students are also gifted, and some researchers believe that some dyslexic studentshave a unique capacity to visualize in three dimensions, which ironically contributes to thechallenge of mastering reading in two dimensions. The ability to reason in three dimensions is anadvantage when learning STEM. This advantage should be recognized, developed andencouraged because many of these students may have the potential to be future scientists andengineers.This
Education, College of Engineering, at the Pennsylvania State University, USA. She has a Master of Arts Degree in Education and Human Development specializing in Educational Technology Leadership. Her work focuses on projects assess student perceptions of learning related to their experi- ences with engineering course innovations. She has worked extensively in the design of assessment tools for course methods and activities. She is a faculty development consultant with previous experience in in- structional design, and the instructor of the Graduate Teaching Assistant Seminar for engineering teaching assistants at Penn State
computers, and havebeen using them for years. While this may at first seem to be an advantage, it turns out thatexactly the opposite is true. Because these students have mastered email, the web, and instantmessaging, they feel they already know everything a computer can do.This paper describes the basic methodologies used in developing this course, along with thevarious strategies employed in its delivery. An assortment of teaching practices is examined,with opinions offered as to their effectiveness with this unique student population. Before andafter survey data are presented, including an initial self assessment by the students of theircompetency in various software packages, which in most cases turned out to be somewhatoverestimated
Foundation –offers a Master of Science, a Master of Engineering, a Bachelor of Science and a Minor inMaterials Science and Engineering. Dr. Moll’s research interests include microelectronicpackaging, particularly 3-D integration and ceramic MEMS devices. She especially enjoysteaching the Introduction to Engineering and Introduction to Materials Science and Engineeringcourses as well as engineering outreach activities. Dr. Moll is the SWE chapter advisor at BoiseState.Dr. Cheryl B. SchraderCheryl B. Schrader became the Dean of Boise State University’s College of Engineering in July2003. She joined Boise State University following twelve years with the University of Texas atSan Antonio, where she was Associate Dean for Graduate Studies and Research in
to make the necessary corrections to their proposal and resubmit it. Reasons for rejecting proposals were varied and included: incomplete proposals, inadequate information, unrealistic proposals, etc. Project Plan Upon having their proposal accepted, the team receives a communication indicating they needed to prepare and submit a master plan. Recognizing that the success or failure of a project often rests in the quality of the project plan, the detailed plan must show how they intend to successfully complete the project requirements. The plan must explain what it would take to do what they said they would do in their proposal. The project plan must include the following elements
)Product Number 74LS90, Decade counter, contains four master-slave flip-flops and additionalgating to provide a divide-by-two counter and a three-stage binary counter for which the countcycle length is divided-by-five for this specific counter. The main purpose of this device is tocount from 0 to 9 and to activate the next counter when the number 9 is reached. This isaccomplished by connecting output QD, of this device, to Input A of the next counter. Toreset from 9 to 0, output QA is connected to Input B of the same device. This chip hasfourteen pin inputs of which pin number 10 is the ground connection and pin number 5 is thevoltage connection
program was initiated in Idaho Falls, approximately700 masters degrees (either Masters of Science or Masters of Engineering, ~100 were in nuclear),and approximately 40 PhD degrees (9 of these in nuclear) have been awarded to INL employeesthrough this program. The principal doctoral program in nuclear engineering (for UI) andnuclear science and engineering (for ISU) was initiated in 1990, primarily through the fundingprovided by the U.S. DOE. So as to mitigate unnecessary duplication, the programresponsibilities are primarily allocated as follows:• MS and PhD programs in electrical, mechanical, and chemical engineering and computer science to UI• MS and PhD programs in nuclear science and engineering and environmental engineering to ISU• BS
model, and presented preliminary results for the assessment of implementation of thosestrategies on student development. Briefly, the hypothesis that drives this work is this: Mentalgrowth constitutes a progression through a hierarchy of cognition; the critical thinking andjudgment required of engineers lies at an upper level in the hierarchy, and, to reach high levels,an individual must master cognitive skills and reorganize knowledge gained at lower levels. Our overarching goal is to develop higher-level thinking skills in chemical engineeringstudents before they reach their senior years. To reach that goal, we are applying the hierarchicalmental growth model of Egan3 as the basis for developing teaching and learning devices that areused
also gives them a first understanding of an Artificial Intelligence_(AI) application.AI is beginning to find application in protecting SCADA systems against a cyber-based attack.The students complete a series of step-by-step instructions based on LabVIEW SCADAtemplates and laboratory documentation that were developed during the summer of 2003 underan NSA Grant. An attack simulation, limited to spoofing a rogue Master Terminal Unit (MTU)within the SCADA system, is conducted on the wired network. Development of an isolatedwireless network used to further demonstrate denial of service, information tampering, andoperating system (buffer overflow) attacks is discussed.I. IntroductionA Supervisory Control And Data Acquisition_(SCADA) system is
service routine for that interrupt. The videoFigure 1. Typical graph display signal is the “Master-Out-Slave-In” data output of the SPI. The inverters shown in Figure 2 come from a 74LS05 chip,and have open-collector outputs. They could easily be replaced with discrete transistors, but the74LS05 was available in the system and provided a quick way to combine the three signals. Thevalues of the resistors are chosen to produce acceptable sync levels and brightness on theparticular video monitor driven by the composite video signal in the user’s system. 360 Ω Frame-sync – Port A bit 3 +5 volts Scanline-sync – Port D bit
our SELP program has the following uniqueattributes: (1) dual-masters' degrees in systems engineering and business, (2) part-time,evening classes, to serve working students, (3) flexibility of core classes being part ofongoing university academic programs in both engineering and business, (4) leadership,lean/affordability, and ethics skills development integrated throughout the curriculum. Whilethere are 35 U.S. universities offering programs in systems engineering and an additional 31offering systems engineering as a combined technical major [10], very few have integrated abusiness-content into their program. In Southern California, there are no programsintegrating systems engineering and business into graduate degree programs.Several common
study, we are attempting to strike a new and more effective balance.Resonating throughout the curriculum are the benefits of having an architectural program at an independent,comprehensive university that can provide educational programs in the liberal arts and professional disciplines forundergraduate and graduate students.IntroductionDeveloping our new Master of Architecture program and improving our existing Bachelor of Science inArchitectural Engineering Technology program creates an opportunity to view the programs as an entity.Additionally, we can begin to understand the importance of having a single, universally understood mission that isevident in every component of the school’s programs. Educators and students alike must recognize that
put on yet.START UP12 Turn electronic master and let warm up 30” >>red oil light on13 Adjust thrust zero14 Everyone puts ear plugs on, except operatorIn Operator Panel15 Start data login16 EGT below 100 C (Green dsp):17 Check air pressure, 95 psi before start18 Throttle in max, right hand on it all the time.19 Igniter switch on, check ignition, operator puts ear plugs onUsing left hand20 Air switch on. Watch RPM.21 RPM at 9500; Fuel switch on. If engine does not light, 3-5 sec max., turn off immediately Using right hand22 Retract throttle to idle. End Start23 Turn ignition off24 Turn air off at 45000 RPMRUN25 Adjust Speed26 Monitor DAS27 All lights
“Proceedings of the 2001 American Society for Engineering Education Annual Conference & Exposition CopyrightO 2001, American Society for Engineering Education”Bibliography1. Buchanan, W. (1996). A survey of Creative Endeavor Criteria for Promotion and Tenure of ET Faculty. Journal of Engineering Technology.KEITH V. JOHNSONKeith V. Johnson is currently an associate professor and assistant chairperson of theDepartment of Technology at East Tennessee State University. He received hisundergraduate and masters degrees in technology from North Carolina A&T StateUniversity. He also received his Ph.D. from The Ohio State University. In addition toadministration, research, teaching and service, Keith is the freshman advisor.MARK RAJAIMark Rajai is