shortage of the workforce in engineering and engineering-technology.New Jersey Institute of Technology (NJIT), a technical, public research university founded in1881, is on a 45-acre urban campus in the state’s largest city located in the northern region ofNew Jersey, about fifteen minutes from New York City. The university offers 35baccalaureate, 47 masters, and 18 doctoral degrees in six schools. The total annualenrollment is nearly 9,000 full and part-time students with ~420 faculty members. TheNewark College of Engineering, the first school of NJIT, offers 8 engineering and 1engineering technology (for upper two years only) degrees at the bachelors level, 13 degreesat the masters level, and 8 engineering degrees at the doctorate level. Through
, American Society for Engineering Educationto actually solve problems involving electronics. Calculations, procedures, and definitions do notconstitute a concept, but all are involved in problem solving performance. Mastery of concepts istherefore a necessary but not sufficient condition for mastery of electronics. As such, we differen-tiate between this concept exam and a final examination given in a course. Both types of examsare necessary to provide assessment on different aspects of knowledge.In order to determine which concepts have been mastered, we measure students' performance onquestions centered only on basic understanding of the concepts. The question should not require acalculator, and should be able to be answered in a couple of
and a Master of Science Degree inElectrical Engineering, both from Old Dominion University. Prior to joining the Old Dominion University faculty,John had approximately 20 years of industrial experience in test engineering and plant automation. He is theprincipal co-author of the text Programmable Logic Controllers: Programming Methods and Applications,published by Prentice-Hall. Page 9.234.5 Proceedings of the 2004 American Society for Engineering Education Annual Conference & Exposition Copyright © 2004, American Society for Engineering EducationRICHARD L. JONESRichard Jones has been teaching at
was PI to develop a concurrentengineering graduate program. His book, “The Selection for Capital Projects”, was published by John Wiley in theirEngineering and Technology Management series.He is the Emeritus Founding Director of the undergraduate Bachelor of Engineering in Engineering Management andExecutive Masters of Technology Management programs. He is the Founding Director of the Masters of Engineering inEngineering Management Department.Dr. Merino received two Centennial certificates from the American Society of Engineering Education (ASEE) inEngineering Economics and Engineering Management. He was elected a Fellow of ASEE in 2002. He is past chair ofthe Engineering Management Division (EMD) and Engineering Economy Division (EED) of
Session No. 2532 Topical Learning as an Outcomes Assessment Tool Tom Thomas, Martin Parker University of South Alabama, Mobile, AlabamaAbstractThe University of South Alabama (USA) Electrical and Computer Engineering Departmentteaches an introductory electrical circuits class at the sophomore level, in which it is importantthat certain critical topics be mastered for future use in the curriculum. Historically, the classwas infamous for drop/failure rates in excess of 50%. A restructured class format was found tobe effective, reducing the failure rate to less than 10% over four
Garson, Distance Education: Assessing Costs and Benefits, Thought & Action, Vol. XV, No. 2, Fall 1999, P. 105.R. FRANK SMITHR. Frank Smith received his BSEE from New Mexico State University in 1965,Master in Business Administration from Pepperdine University in 1974, andMSEE from California State Polytechnic University in 1993. He worked forMcDonnell Douglas, General Dynamics, and General Motors. He worked forKaiser Steel Corp. for 19 years and has taught at California State PolytechnicUniversity for 16 years. He is the co-author of several books and has patents inthe medical field. His current research interests are in the biomedicalinstrumentation and illumination engineering field. He is director of the Photo-optical, Lighting, and
rough first draft design activity. The back or design doc. side contains formsor spaces where students create the final deliverables for each stage. On both sides of the DesignPage students find 7 numbered steps called design steps. Design steps take the form of visual andverbal guides that enable students to emulate the design steps often employed by a professionaldesigner. The wording, layout, and activities in these steps are designed to promote awareness ofthe -ideasa+ design process. Design steps include left and right brained activation guides, visualdesign thinking tools, and guiding key questions that lead students to ask and answer keyquestions to simulate the thoughts and actions of a master designer. When combined these stepsare
Integrated Engineering and Management Masters Program in Biomedical Engineering Entrepreneurship Patrick E. Crago and A. Dale Flowers The Institute for the Integration of Management and Engineering Case School of Engineering/ Weatherhead School of Management Case Western Reserve University Cleveland, OH 44106The Case School of Engineering, in partnership with the Weatherhead School of Management,launched a new Master of Engineering and Management (MEM) degree program in 2001. Thisunique program combines the engineering and management disciplines. The program wasdeveloped in consultation with 28
projecttypically involves an analog input, a non-linear function table look-up, a linear interpolation, anda displayed output.Week 8Sequencers, PID control, and PLC networking are coveredduring the eighth week’s lectures. The design projectinvolves controlling a DC motor with tachometer feedbackusing the PLC’s PID capabilities. The user can set thedesired speed using a set point of the Optimate OP-613,and then observe the actual DC motor/tachometer’s speedusing the display feature of the user interface. A strobe-a-tach is used to verify the motor’s actual speed and tocalibrate the user interface’s speed display.Week 9Ladder logic jump functions, master control relay functions, stage programming, and the high-speed counter module are covered in the lecture
StrengthsFinder Profile. This article presents a review of the“strengths” literature, an analysis of the class results using the StrengthsFinder Profile, andconclusions.IntroductionThe introductory course MEM 601 in the Master of Engineering Management Program atChristian Brothers University utilizes group activities to facilitate learning and to develop team-related skills. In addition to homework and in-class assignment, students are grouped in teams towork on semester-long projects. Projects give these teams an opportunity to utilize leadershipand management concepts, project management skills, and other principles and informationpresented throughout the semester.The class of fall 2002 also read the book, Now, Discover Your Strengths1 by Buckingham
selected to enable students to pursue graduate studies in a given discipline or to prepare them for work in industry upon graduation. The coursework in the Engineering Core and the Engineering Emphasis area must total a mini- mum of 48 credits.• Directed Electives in the form of either an approved university minor or a certification area. Approved minors on campus are typically 16-18 credits and approved certification areas (including teacher certification) are around 24 credits.Students in the BSE program are strongly encouraged to pursue a Master of Engineering degree, aprofessional degree program we have established, that can be completed in just one year ofcoursework with a 3-credit practicum. As part of the MEng degree
Professors to work with Master Teachers and others; ¾ Explore and offer graduate credit to STI participants; ¾ Offer recognition opportunities for secondary PLTW graduates. ¾ Grant and accept PLTW transcripted credit from other Affiliates and/or collaborating institutions; ¾ Offer a PLTW Counselor Conference for guidance counselors from PLTW schools; ¾ Host PLTW on-going training and other professional development for teachers who have completed the PLTW STI; ¾ Offer technical assistance to schools in the state PLTW network; ¾ Serve on advisory boards of other colleges and universities in the PLTW network. Page 8.949.5
AnnualConference, session # 3659, 1998.[14] Edwin Rézaei, Application of LabVIEW for Internet Based Instrumentation and Process Control, Master ofIndustrial Technology degree project, Bowling Green State University, August 2002.Biographical InformationEdwin Rézaei completed his Master of Industrial Technology degree at Bowling Green State University, Ohio, inAugust 2002. He also received his B.S. in Electronics and Computer Technology at Bowling Green StateUniversity, Ohio, in May 1999. His academic interests are in the area of control systems, computer networking, andcommunication systems. He is a member of ISA.Sri Kolla is a Professor in the Electronics and Computer Technology Program at the Bowling Green StateUniversity, Ohio, since 1993. He worked as
things in place for the success of the project. We acknowledge the important role ofthe NASA mentors in supervising the students through out the period. We also acknowledge thesupport of Dr. Eddie Boyd, Dean, School of Business and Technology (UMES) and Dr. EuchariaNnadi, former Vice President for Academic Affairs (UMES). Page 8.1258.5 “Proceedings of the 2003 American Society for Engineering Education Annual Conference & Exposition Copyright © 2003, American Society for Engineering Education”AuthorsIBIBA K. DABIPIDr. I. K. Dabipi holds the following degrees Ph.D., in Electrical Engineering, 1987, and a Master of Science
Science Foundation.2 PNC Technology Enrollment Summary, years 2000 – 2002. Admissions Office.3 PNC Enrollment Summary Fall Semester 2002. Admissions Office.4 Halloway, Beth M. & Rektaitis, Janine K., August 13, 2001 communication sent to PNC Chancellor Dr. JamesB. Dworkin.MARTHA GARCIA-SAENZMartha Garcia-Saenz is an Assistant Professor of Building Construction Management at Purdue University NorthCentral. She received her Masters Degree in Civil Engineering from Purdue University in May of 1999. Prior tojoining the faculty at Purdue University, she worked in the construction industry for 20 years.MADONNA TRITLEMadonna Tritle is an Academic Advisor for the Engineering/Technology Division at Purdue University NorthCentral. Before she
official records, Salt Lake Community College.Professor Nick M. Safai is the Coordinator of Engineering Science Department at SLCC . Hereceived his PhD in Engineering from Princeton University in 1977, and Masters of Science inAerospace and Mechanical Engineering in 1974, MSE in Civil Engineering in 1975, and MSEin Petroleum Reservoir Engineering in 1975 all from Princeton University. He holds a B.S. inEngineering from Michigan State in 1972. Prior to joining the academics , Dr. Safai worked inindustry, where he served as director of the Reservoir Engineering Division at Chevron OilCompany in California. He has taught both at the graduate and undergraduate levels inengineering science. He has performed research projects for the Department of
this time, I do not have any student feedback. A future item of interest will beassessing the programs impact on student learning.Bibliography1. American Gear Manufacturers Association. Standard 2001-C95. Fundamental Rating Factors and CalculationMethods for Involute Spur and Helical Gear Teeth. Alexandria, VA: American Gear Manufacturers Association,19952. Mott Robert L., Machine Elements in Mechanical Design, Prentice Hall, 1999Edward M. VavrekEdward M. Vavrek is an Assistant Professor of Mechanical Engineering Technology at Purdue University NorthCentral. He has a B.S. in Mechanical Engineering from Purdue, a Masters degree in Mechanical and AeronauticalEngineering from Illinois Institute of Technology, and a Masters in Business
Image Processing. Senior undergraduates and first-yeargraduate students with diverse engineering backgrounds typically take this semester-long course. Itmeets for two ninety-minute lectures and one four-hour lab session each week.In the past, the fundamentals of spectral analysis were covered in one lecture and one homeworkproblem, with subsequent application in portions of two lab exercises. Two additional lectures,covering the speech signal and cardiac electrophysiology, provided background for those labexercises. Performance on quizzes indicated that many students had difficulty mastering the Page 6.336.1 Proceedings of the 2001
seven practices are: 1. Good Practice Encourages Contacts Between Students. 2. Good Practice Develops Reciprocity and Cooperation Among Students and Faculty. 3. Good Practice Uses Active Learning Techniques. 4. Good Practice Gives Prompt Feedback. 5. Good Practice Emphasizes Time on Task. 6. Good Practice Communicates High Expectations. 7. Good Practice Respects Diverse Talents and Ways of Learning.Armed with these and some fundamental presentation and interpersonal skills a professor is onthe way to being the master that taught in 1978.The good practices focus on the learning environment. It is important to determine who islearning, and what level of learning is satisfactory. When applying the good practices anddeveloping
completed her Ph.D. studies at the University of Minnesota, Minneapolis in 1993. She holds aB.S. degree from the Bangladesh University of Engineering and Technology and an M.S.C.E. from the Universityof Arkansas, Fayetteville. She has also worked as an environmental engineer for the Nevada Division ofEnvironmental Protection (NDEP).Ralph Alan Dusseau is the DRBA Professor and Chair of Civil and Environmental Engineering at RowanUniversity. He received his bachelors, masters, and doctoral degrees from Michigan State University. Dr.Dusseau’s masters thesis and doctoral dissertation both involved finite- element analysis of steel arch bridges. Hespent 10 years as an Assistant and Associate Professor of Civil and Environmental Engineering at Wayne
100 %performance, Figure 4 presents theresults for Learning Objective #4 from 80 %Block I dealing with “State of Stress.”Analysis indicates a marked increase in 60 %student proficiency exceeding the 90thpercentile in each of the three sections. 40 %Although some isolated student scoreswere below acceptable levels, the overall 20 %results testify to a success for thestudents in mastering this learning Block 1objective. Students are also required to Exam Exam
million millionExpenditures/Faculty 0.10 Controllable 497.8 k 410.4 k 104.0 kPhD Students/Faculty 0.0625 Controllable 3.4 2.9 1.6Faculty in NAE 0.0625 Controllable 7.9% 5.7% 1.0%PhDs granted 0.05 Size 120 87 19 DependentQuantitative GRE 0.045 Controllable 761 755 724Analytic GRE 0.045 Controllable 701 691 618Acceptance Rate 0.01 Controllable 28.6% 28.7% 38.0%Full time masters/faculty 0.025 Controllable N/A N/A 2.6Faculty with PhD 0.025 Controllable N/A
PLCsimulation and homework assignments. LogixPro was developed by Bill Simpson and providesan excellent simulation that is tied to a PLC ladder. 1 Students view a split screen that displaystheir ladder on one side and the process simulation on the other side. It shows students the resultsof faulty logic without the associated equipment damage. Once students master basic programming skills, they progress to an actual production line.Lanco Assembly Systems in Westbrook, Maine was generous enough to loan a parts assemblysystem to the University of Maine. The system consists of four cells with primary controlprovided by a Rockwell PLC. It features a variety of sensors and pneumatic controls as well aselectric controls. The system assembles parts
One Student To Succeed (HOSTS) and Habitat for Humanity. Upon gradua- tion with her bachelors degree, she began work with International Paper Company and became active with the local College Bound Academy as an instructor. While employed with International Paper, Jacqueline obtained her MSBA from TAMU-Texarkana. After 7 years of service in July 2004, she decided to resign her post at International Paper to pursue her masters degree in Mechanical Engineering at TAMU. In Fall 2005, Jacqueline accepted a fulltime position with the ESSAP Office and completed her Masters degree in Mechanical Engineering in May 2006. Finally, Jacqueline continues to be committed to education and her community. She is the President for
Excellence in Systems Engineering for Space Exploration Technologies. As the Associate Dean for Morgan State University’s School of Engineering, Dr. White’s primary tasks are to provide support for the research endeavors conducted by faculty and associate researchers within the School of Engineering, to oversee the quality of the graduate program offerings, and to manage recruitment and retention programs in order to establish and sustain a pipeline of quality engineering graduate students and research professionals.Clifton Sean Martin, Innovative STEM Foundation (ISF) The Dean of STEM Programs at Bluford Drew Jemison Academy is Mr. Clifton Martin, who received his Bachelor of Science Degree and Master of Science Degree
Page 25.197.2microprocessor ATmega 328p that controls the GPS instrumentation andcommunications with the master microprocessor MSP430F1612 in Command and DataHandling (CDH). An alternative newer design that combines microprocessors does notchange the fact that Arduino provides a solid training platform for our community collegestudents.Teaching: graphical programming versus text programmingThe Arduino teaching protocol was implemented with our experience in teachingNational Instruments LabVIEW controlled data acquisition board and Lego MindstormsNXT programming lessons. Text programming teaching has been losing ground tographical programming teaching especially for community college pre-engineering andtechnology students that needs English
meetings; and each club posted their schedules tothe master A2S calendar.Afterschool Club ActivitiesEach A2S coaching team plans and creates their club meeting schedules by semester. Clubschedules are then posted on the master A2S Google calendar. Each STEM-focused activity isspecifically prepared to increase students’ interest in STEM careers. Concepts are executed inthree-part modules; allowing three club meetings to a particular concept. To help students makereal-world connections to their club experiences, some modules are complemented by a field trip(site visit) to a local business related to a particular A2S module (see example below). Design & Manufacturing CLUB MEETING 1: Symmetry/ Golden Triangle CLUB MEETING 2
AC 2012-5212: USING A P3 FUNDED PROJECT AS PART OF A CAP-STONE DESIGN CLASS IN ENVIRONMENTAL ENGINEERINGProf. Stefan J. Grimberg, Clarkson University Stefan J. Grimberg completed his PhD in 1995 from the University of North Carolina at Chapel Hill. Since that time he has been a faculty member of the Department of Civil and Environmental Engineering at Clarkson University. He received his Diplom in Chemical Engineering from the Technical University of Munich, Germany (1987) and his Masters in Environmental Engineering from the University of North Carolina at Chapel Hill (1989). Dr. Grimberg’s research focuses on delineating the role of microorganisms on contaminant transport in atmospheric and aqueous systems. Most
Paper ID #7596Making Mathematics Relevant to Engineering StudentsDr. Michael R. Allen, Department of Mathematics Dr. Allen earned his PhD in Statistics from the University of Georgia in 1997 and currently holds a full time Associate Professor position in the Department of Mathematics at Tennessee Technological Univer- sity. His research interests include edgeworth expansions, time series, bootstrapping, online pedagogy and fractional calculus and has published papers on four of these five subjects. He minored in education and physics as an undergrad and obtained a Master in mathematics. Recently, he earned a Bachelors in
anincrease of almost 16% (from 3% to 19%) of African-American students graduating from anengineering program in the state of Maryland. There are three programs within the School ofEngineering, Electrical and Computer Engineering (ECE), Civil and Environmental Engineering(CEE), and Industrial, Manufacturing and Information Engineering (IMIE). The IMIE departmentis the smallest department with around 110 undergraduate enrollments. With the addition ofgraduate programs, Master of Engineering and Doctor of Engineering, since 1998 there are now anadditional 12 students at the master’s level and 4 students at the doctoral level that are pursuingtheir education with concentration in Industrial Engineering fields.With the first building of engineering