, monitor overall student progress and to plan and improve curriculum andteaching. As such, an educational assessment professional engages in the following tasks: 1. Working with subject matter experts in the area targeted for assessment to determine the goals, objectives and outcomes of the intervention that is to be assessed; 2. Develop valid assessment tools (whether traditional or rubrics) to measure desired outcomes; 3. Alternatively, helping to choose already-existing assessment instruments that are relevant to the intervention’s intended outcomes; 4. Implement finalized instruments for the desired program or intervention; 5. Report assessment data; and 6. Help to interpret
adequate natural resources has become morecritical (8).Unfortunately, there is no elixir; however, careful planning and responsible use of both renewableand non-renewable resources can enable citizens to function and thrive in the coming decades.“Green” design includes, but is not limited to addressing the challenges of metropolitan developmentsuch as water quality, erosion control, energy conservation, waste disposal, and storm water drainage Page 8.611.1 Proceedings of the 2003 American Society for Engineering Education Annual Conference & Exposition Copyright @ 2003, American Society for
instructional strategies in science, gender fair assessme nt strategies, curriculumevaluation for balanced representation of women’s contributions to science, and exposure toresources that would aid teachers in supporting girls’ interests in science.The summer workshop activities were grounded in this research base and experiences. Theworkshop instructors worked to increase awareness of gender equity and to provide the teacherswith gender equity assessment and instructional tools. They also provided guidelines andpractice examining curricular materials and helped teachers plan to use more equity materialsand strategies in their classrooms. All presentations and activities were supported by strongrationales derived from the research literature on gender
-ing, n. the planning, designing, construction, or management of machinery, roads,bridges, etc.” (Compact Desk Edition, Webster’s New World Dictionary of the AmericanLanguage, The World Publishing Company, 1963). Webster’s Dictionary’s definition ofengineering is interesting. It uses four actions individually or collectively to describe engineering.These actions are planning, designing, construction, or management. Using “or” rather than “and”in this definition implies that any or all of the four actions is part of the engineering process. It isalso of interest that the Dictionary specifies three areas (machinery, roads, and bridges), two ofwhich are civil engineering areas. This, however, is of minor importance because the use of etc.(et
for the first time, and thorough training in how to use it. q A measurement system that relates quality improvements to the language of management- that is, all results are tracked in terms of a Quality Capability Score and dollars saved by reducing the Cost of Failure. q A program with specific quality-improvement projects identified and planned for specific implementation dates. Page 8.993.1II. The Six-Sigma MethodologySix-Sigma is a customer-driven approach that provides an overall framework forquality management [2]. In addition, the term Six-Sigma is a statistical measureexpressing how close a product
discipline to be innovative inthe approach to delivering the very broad fundamentals needed while not diluting the aspects of Page 8.658.1Proceedings of the ©2003 American Society for Engineering Education Annual Conference & Exposition Copyright2003, American Society for Engineering Educationbiomedical engineering which make it so attractive to students. A streamlined MS degree, withemphasis on practical applications in the field may help in achieving this goal.Admission Students planning to enter the 5-Year Master's program from any of the threeparticipating undergraduate curricula are required to take the fundamental courses in
had collected the data, webegan our discussion on LLE principles, equipment and scale up.Figure 1: Separation of red dye from salad oil. (L-R) 1. Twice as much oil as water, shakengently; 2. Twice as much water as oil, shaken gently; 3. Twice as much water as oil, shakenvigorously; 4. Twice as much oil as water, shaken vigorously.Humidification Operations – A sample of the fill for a cooling tower was ordered, and shown tothe students. The plan was to soak it with water, and hold it in front of a fan to let the studentsfeel how the air was cooled as the water evaporated, but because it was pouring rain the day Iplanned it, the air only cooled slightly. This led to a discussion on how weather conditions affectcooling operations along with our
education in the quality department at Tenneco Automotive, Smithville, TN. Planning to graduate inMay of 2004, Miss Nocton hopes to obtain a manufacturing engineering or management position in a progressivecompany. Page 8.642.10 “Proceedings of the 2003 American Society for Engineering Education Annual Conference & Exposition Copyright 2003, American Society for Engineering Education”
the information builds in each step, a developer will save time in goingthrough them in order and not jumping directly to the definition of a user interface and coding ofthe program. Begin with the planning, decide what is needed and wanted in the application andget agreement on the project. Next design the overall system, which includes deciding whatinformation is going to be stored and what interactions are allowed with that data, inserts,updates, deletes, etc. Now it is time to develop the data model. This is a critical step in theprocess and many future problems can be avoided if proper thought and planning is invested inthis step. The goal of this step is to define all the data that needs to be included in the system andthen developing
Theory as a basis for MEPP Course DesignThe work of course design for MEPP has benefited from the direct assistance of GregKearsley as a course consultant. In “Engagement Theory: A framework for technology-based teaching and learning,” (1999), Kearsley and Shneiderman summarize the basis forengagement as “Relate-Create-Donate.” This simple formula captures the essence of theeffective on-line course and explains the fundamental principles of CTI. 1. Relate – “Emphasizes team efforts that involve communication, planning, management and social skills.” 2. Create – “Students have to define the project (project domain) and focus their efforts on application of ideas to a specific context.” 3. Donate – “Stresses the value
c American Society for Engineering Education, 2012 Engineering Economy: A Hybrid Course for the Engineering Technology ProgramAbstractHybrid courses refer to classes where there is a carefully planned blend of both traditionalclassroom instruction and online learning activities. It is a combination of the best of both stylesof instruction. Instructors can teach a significant part of the course through active-learningassignments over the internet. The advantage is less travel to campus making it easier for morepeople to get a college education because of the limited on-campus attendance. These kinds ofcourses are now more accessible to more people in more places, which is perhaps the biggestadvantage of
FIG students received degrees. The authorscautioned readers to be “careful before drawing too many firm conclusions.” They alsonoted that the students self-select the program, thus it is possible that FIG students have ahigher commitment to engineering. Levitz, et al, (1999) concluded: “Getting studentsstarted right on the path through the institution to graduation begins with anticipating andmeeting their transition and adjustment needs when they enter. Freshmen need aprevention plan. Intrusive, proactive strategies must be used to reach freshmen before thestudents have an opportunity to experience feelings of failure, disappointment, andconfusion.” Demel, et al, (2002) reported the results of a study conducted by the Ohio
opportunities toenhance the learning environment in the capstone design courses. One such pursuit began in2008 as plans for the ME Propulsion capstone design sequence were being developed. The basicidea was to combine the AE and ME preliminary design courses. In the AE Aircraft PreliminaryDesign course, students conceptualize a complete aircraft design.2 Prior to 2010, the AE designteams were limited to the selection and analysis of an existing propulsion system to propel theiraircraft. With the new ME Propulsion Preliminary Design course, an aircraft “contractor” andengine “subcontractor” relationship could be formed. This mutual dependence of each of thedesign processes is intended to increase student learning by requiring the students to
most products,pervasive computing devices require technological functionality, user-centered form, andan adept marketing plan. In addition, pervasive computing products require designunderstanding of technologies that work computationally rather than mechanically, andbusiness models that provide services more than selling a device1. More generally,interdisciplinary teaming is increasingly acknowledged as a skill needed in undergraduateengineering education, as evidenced by the ABET outcome of being able to workeffectively in multidisciplinary teams and numerous cross-disciplinary studies, includingan Oxford Handbook in 20102. Our work focuses on interdisciplinary teaming in designsettings, acknowledging that design is central to conceptions of
) processes sense of development Math (11) Manufacturing (10) Recognition that Many elements - Materials (10) Mechanical communicating, Fluids (8) Engineering is a work in teams, planning etc. Mechanics (6) broad field - are not so apparent Statics/dynamics (5) combining many Movement/motion (5) things Students aware of what a Science in general (5) Mechanical Engineer would Machine related (4) Design have to know
in structural engineering at the University of Puerto Rico, Mayaguez (2004). Portela has primary research and teaching interests in structural mechanics, mostly oriented to bridge, earthquake, and wind engineering. In the General Engineering Department at UPRM, Portela serves as President of the Planning and Development Committee and Member of the Engineering Mechanics CommitteeRosaurelis Marn Ramrez, University of Puerto Rico, Mayaguez Rosaurelis Marn Ramrez is a sophomore in Industrial Engineering at the University of Puerto Rico, Mayaguez. Rosaurelis is currently employed as an undergraduate research assistant in Engineering Edu- cation, conducting investigation related to the Concept Assessment Tool for
ability to understand and apply foundational quantitative analysis skills and interest in pursuingSTEM studies. Our research plans include a longitudinal study of academic progress that examines thesuccess of students who pursue STEM studies after attending MPCT.Pedagogical Approach Our orientation is that programming techniques in early courses should be chosen to minimize cognitiveload while maximizing pedagogical value. The focusing of MPCT to introductory computation included asignificant reevaluation of the programming interfaces used to support coursework. The originalprogramming interface used the rich object oriented (OO) Java AWT toolbox exposed by the programmingframework of [1]. With this approach, even the design of extremely simple
implement an on-going and schoolwide program to “improving the critical thinking skills of undergraduate students and to moreeffectively prepare them to contribute to society”1. The JB Speed School of Engineering hasdeveloped its plan and made progress towards its implementation. The alignment of criticalthinking improvement with ABET outcomes is also a motivating factor in the school ofengineering’s efforts to comply with the university’s QEP. The recently introduced freshmanexperience course, Introduction to Engineering, is an important component of the plan and itsimplementation. As the required introductory class for incoming engineering students, thecourse is ideally suited to provide students with explicit critical thinking instruction
. As a result of theproject, the processing of the education technology and multimedia syllabuses was completed indistant teacher training and took place in a blended form in full time teacher training. At thebeginning of the term students received the electronic syllabus on CD first and later also in aform downloadable from an FTP server.The electronic syllabus package was comprised of the following parts: - Basic skills module: it presents the basic terminology of educational technology and multimedia development and expectations towards such materials. - Editing Individual media module: its purpose is to learn the skills necessary for the activities related to the planning and editing of digital media. This module consists of
. Page 15.288.3≠ Successful candidates from initial phone interview are interviewed by phone with several GE Transportation personnel and GE Transportation program coordinator.≠ Based on written feedback from interviewers to Gannon University mentors and GE Transportation program coordinator, final selection is made by GE Transportation program coordinator.≠ On an average 15% of initial applicants are accepted into the program.Implementation Plan≠ The student will be evaluated on an ongoing basis by the faculty and GE Transportation mentors.≠ The student will be evaluated at the completion of each major project (4-6 month time period).≠ In addition to on-going monitoring of student’s activities, the faculty and GE
growth and biofuels experiments attheir home schools. Page 15.1247.10 9After the NIST Summer Institute ends and teachers return to their home schools, plans are madeat NIST to invite the teachers back for Science Afternoons at NIST. All teachers who are pastparticipants in the NIST Summer Institutes are invited so the attendees are a unique new mix ofteachers, all of who can learn from each other. Science Afternoons have evolved to focus on asingle scientific topic, one that may not be of interest to all the teachers but may be of
Dr. Cathy L. Bays is the assessment specialist for the university’s regional reaccreditation Quality Enhancement Plan. In this role she provides leadership across the 8 undergraduate units by demonstrating a broad knowledge of assessment, facilitating unit-specific assessment projects and outcomes, providing faculty development on assessment topics, and supporting the scholarship of assessment. For 15 years she was a faculty member in the School of Nursing at the University of Louisville, serving as Director of the Undergraduate Nursing Program for 5 of those years. Page 15.1022.1© American Society
AC 2010-1648: HOW THE CIVIL ENGINEERING BOK2 COULD BEIMPLEMENTED AT NC STATEGeorge List, North Carolina State University Page 15.653.1© American Society for Engineering Education, 2010 How the Civil Engineering BOK2 Could Be Implemented at North Carolina State University Abstract This paper discusses the way in which the ASCE’s Body of Knowledge, version 2, (BOK2) might be implemented at North Carolina State in its civil engineering curriculum, as perceived by the department head. More specifically, it examines the BOK2 outcomes that relate to the baccalaureate degree, since the plan for achieving the
Society for Engineering Education Annual Conference & Exposition, Copyright © 2004, American Society for Engineering EducationThere are currently 7 MUST/MIT academic programs either underway or planned forimplementation later in 2004: 1. Biotechnology 2. Transportation and Logistics 3. Information Technology 4. Construction Engineering and Management 5. Materials Science and Engineering 6. Systems Engineering and Management 7. Energy/EnvironmentII. The MUST Program in Materials Science and EngineeringThis presentation will address one of the subjects in program #5, Materials Science andEngineering, which began development in Fall 2003. A brief description of this program’sacademic requirements follows
in the aftermath of World War II. Martin Luther King, Jr.had stated something like, “Learn baby learn, don’t burn baby burn”. Simultaneously,immigration patterns changed from Europe to South and Central America and Asia. A newminority joined the black community. It was during the late 1960’s and early 1970’s that the pre-college programs at NJIT began to develop in the Department of Chemical Engineering andChemistry and Civil and Environmental Engineering as the need was recognized to provideopportunities for underrepresented populations. Key faculty and staff were quickly aware that aneed existed for outreach programs to this community and their implementation plan was rapid.Over the last 30-40 years although the ethnic background of the
perspectives that can be both measured and elevated (Dewey, 1936).3. Subject matter mastery (conceptual development in an area of knowledge, joined with fluency in applying it) can be planned, cultivated, and assessed using modern derivatives of Bloom’s taxonomy (Anderson and Krathwohl, 2001).4. Focusing on a small set of life skills at one time helps learners integrate these skills into their lives and elevate their daily performance (Covey, 1989).The early developers of the Classification of Learning Skills began by recognizing that eachdiscipline has its own special concepts, tools, language, and performance rubrics. However, theydecided not to attempt a lengthy compilation of many overlapping skills. Instead, they chose tohighlight a smaller
Arduino Hardware/software interface, a digitaldesign project using discrete integrated circuits) or the design of an entire curriculum (multiplelessons) around the Arduino/Electrical Systems. The final projects were evenly split betweenthorough lesson plans and Arduino based systems. The three technical projects are brieflydescribed below: a) Design of an Arduino controlled adjustable power supply. This project entailed the designing and building of an Arduino controlled adjustable power supply that can deliver anywhere from 0 to +15V output at 0 to 5A of current from a unit plugged into a household AC outlet. The circuit consisted of AC to DC converter with a step-down transformer, a full-wave rectifier and large capacitors
the introduction, EWB-USA continues to be mentioned as an influential learningactivity, particularly in project-based service learning (PBSL) and learning through service(LTS) literature (e.g. 14,15). In his study on LTS students, which included EWB-USA students,Carberry15 found that LTS students exhibited personality traits “which fl[y] in the face ofengineering stereotypes” (p.110). As a result, we plan to compare personality profiles, usingquestions from the big five personality domains16, between EWB-USA engineers with Non-EWB engineers. In his report, Carberry went on to say that “[t]he inclusion of students withsuch personality profiles is a necessity for the success of engineering” (p.110). We agree that adiversified engineering
first-year projects courses were beneficial in helping students understand thepotential for engineering to positively impact people’s lives. Of the students who indicated thattheir primary reason for selecting an engineering major was to help people, 50% persisted in CE,AE, or EvE disciplines, 11% transferred to other engineering disciplines, and 39% transferred tonon-engineering disciplines. These students cited multiple reasons for plans to transfer out ofengineering. Most of the students motivated to a career where they could help people maintainedthis vision for non-engineering disciplines. The study results indicate that serving societythrough engineering is a significant motivation for many female students and that furtheremphasis on the
one US patent and led the effort to establish a new BS degree program in Computer Engineering at Howard University.Mr. Leotis Parrish, North Carolina A&T State UniversityDr. Marcia F Williams, North Carolina A&T State University Marcia Williams is the Director of STEM/Sponsored Programs in the College of Engineering at North Page 24.483.1 Carolina A&T State University, and has more than 20 years of experience in organizational development, strategic planning, proposal development, and grants implementation and administration. Marcia earned a B.S. in Industrial Technology from North Carolina A