, engaging in collaborativecommunity service, and empowering its constituents to become responsible citizens in aninterdependent, pluralistic, global community. NU students earn their degrees in a uniqueone-class-per-month format, and attend classes at night so they can continue to move forwardin the workplace. Programs in this format can be completed faster than at a traditionaluniversity, albeit in an intense fashion. Each graduate course has 40.5 hours of class roomcontact. Students are allowed to take only one course at a time. Initially, the introduction of an Engineering Management program was planned for aclass room environment offering. Later, developers were asked to explore ways to expandoptions, particularly for those students who
with their Caucasian male peers atRIT. In response to the relatively low number of women enrolled in the Kate Gleason College ofEngineering, and the desire to improve their retention, an Internal Advisory Board formed inearly 2004 as part of RIT’s Women Engineering (WE@RIT) Center. Active members of thisboard consist of engineering faculty, administrators, and students from three different collegeswithin RIT. In its first year of existence, the WE@RIT Internal Advisory Board created andapproved a mission, supporting objectives, and an in-depth strategic plan. The group hasdeveloped a comprehensive plan aimed at improving retention of current women engineeringstudents. In this paper, the authors provide an overview of the WE@RIT program, with a
ofConstruction Graphics (CET-2030) into the program filled the void left by its quarter-systemcounterpart. This course was found not to fit into the curriculum when the University convertedto a semester-based system beginning with the 1997-1998 academic year. The suspension of thisclass offering came at a precipice in the history of civil construction document design andpreparation. During this time, changes in the way site and roadway plans were produced left theprevious offering’s methodology of presenting material in this course in need of a review andoverhaul. Industry standards were demanding computer-aided drafting (CAD) as thepresentation media of choice. Additionally, new software technology which had previously beenused by a handful of
programming activities are closely intertwined in theintroductory course on computing taken by all first year students at NJIT. In this course,each class is goal directed, as it is designed around a problem-solving experience thattakes into consideration the programming material covered in that session. Problem-solving heuristics and program development tasks are integrated and introduced as seriesof activities requiring specific knowledge and skills that must be acquired and masteredby the students. The problem solving and program development process, consisting of formulatingthe problem, planning the solution, designing the solution, translating the solution, testingthe solution, and delivering the solution, begins with the students, and the
that can contribute to the entrepreneurship education process. 4. Develop theory and practice related to the business planning proposals. 5. The Final Project is the most important activity of the program. All studentsinvolved in the program must develop a final project using the theory and practice acquireduring the program. 6. All the students involved in the program should develop the skills necessary forworking in groups and for the group. Working with different people and teamwork is arequirement of the program. 7. The Final Project is a teamwork activity. The end product o f the final project mustbe the result of different people working together following the same objectives. 8. Simulation will be used
others are elective courses. Classmakeup in these two types of design courses can be quite different, and this should influence thedesign of the course. Elective courses are generally populated by students genuinely interestedin the subject and more likely to pursue engineering practice in that subdiscipline. Since it is rarethat a single civil engineering subdiscipline is preferred by over 50% of the students in adepartment, it is likely the majority of the students in a required design class do not plan tospecialize in that subdiscipline. However, their own specialty will often require a goodunderstanding of how specialist civil engineers in the other subdiscipline do their job so they caneffectively interact with those other professionals. In
. Depending on the size of the class or event, there is one PM and fourContractors for each A-E. Each group has different responsibilities but share the common goalof owner satisfaction. Architect-Engineer: 1. Responsible for the design and initial estimate of the structure for the owner. 2. Respond to any comments from the Project Managers review of the plans and specifications. Respond to any Request for Information (RFI) or Requests for Contract Modifications from the contractors. 3. Observe construction and respond to any construction claims. Project Manager: 1. Act as the owner’s representative. 2. Review the plans and specifications to ensure they meet owner’s intent
program was proposed, initiated, and supported by leadership in constructionindustries and has been a collaborative effort between the construction industry, PNW, ITCC,and Construction Advancement Foundation (CAF). The proposal required modification ofexisting Bachelor of Science degree program in Organizational Leadership and Supervision toaccommodate transfer credits from AS degree to BS degree through selective courses in theprogram’s plan of study. All stakeholders were involved in the curriculum revision process andcreation of this pathway program. A formal articulation agreement was executed for a seamlesstransfer of credits from the ITCC courses taken by trade union professionals. This pathwayprogram is available for the following ten
schools to tour the EVP facilities and askquestions about the process of creating the vehicles. Teaching material to others is a keycomponent of learning. Outreach events allow EVP team members to teach fundamentalprinciples of science and engineering through management of hands-on, experiential learningactivities with visiting students of all ages. Engaging with local schools is beneficial forrecruiting students planning to attend a university for engineering.The EVP also attends several campus events to recruit new members, like MTSU’s ScholarsWeek poster judging, Hack MT hackathon and the Homecoming parade. The current vehicledesigns are presented to curious students, and the program has an opportunity to display theirwork. Any student can
Unit Price Detail TotalGraduate Student Registration $150.00 $150.00Email: nfduranled42@tntech.edu Job Title: Hidden Organization Affiliation: Hidden Dietary Restrictions: : Hidden Do you plan to stay for the Tuesday Luncheon?: HiddenName: Nathan Duran-Ledezma
complete understanding of proper dimensioning and tolerancing. They often do not evenrealize how they can affect cost and production time. These two areas of suggested improvementare mentioned far more frequently than any other response by both students and employers at theco-op interviews.2.2 Feedback from Alumni Feedback about the engineering program is collected from alumni in several differentways at York College of Pennsylvania. First, as part of the ABET assessment plan, formalalumni surveys are conducted to collect data from alumni five years after graduation. Thesesurveys include questions about improving the program. Alumni are also invited back to campusseveral times throughout the year. An Industrial Advisory Board dinner brings
not always beclearly understood. A Study conducted at the University of Connecticut (2000) by Huba and Freedconcluded that developing a plan for designing and delivering learning outcomes flows from the topdown, i.e. from the overall institution outcomes, to the academic program outcomes, to the courseoutcomes, to the unit (within the course) outcome and concluding with the lesson outcome, whereasstudents experience the system in reverse, i.e. from the bottom up. It has been advocated as a method ofaligning the written and taught curriculum since the early 1970s. More recent advances in technologyhave expanded the use of curriculum mapping as a tool for improving communication among instructorsabout the content, skills, and assessments that
capabilities. They will provide our civil infrastructure systems like bridges and dams with real time damage monitoring capability similar to that found in biological systems. His research work has led to the filing of a patent application, publication of journal articles and presenta- tion of conference papers. The technology is also on the path to commercialization. The technology won 2nd place position in the highly competitive InNOLEvation business plan competition (2012) organized by the Jim Moran Institute for Global Entrepreneurship and resulted in the formation of a technology startup company. In addition, David Olawale served as the Assistant Coordinator for the NSF-sponsored research expe- rience for
, her bubbly personality was evident. She wasperfectly made up and wore jewelry and perfume making an immediate impression that wasdifferent from that of most of the dozens of other women we have interviewed over the yearsthrough the MIDFIELD project. It is her story that begat the title of “Accidental Engineer.”Bethany is a white woman who comes from a family where neither parent attended college. Hercareer plan was to be a doctor and she applied to A-State with that in mind. She was acceptedinto a program, Diamonds in the Rough, for students who the college of engineering believeshave potential that may not be demonstrated by grades or test scores
, People, Policy andStrategy, Partners and Resources. The four Results criteria (outcomes of the enablers andindicate the quality standard) include Customer Results, People (Staff) Results, Society Resultsand Key Performance Results. Each enabler or result criterion has several sub-criteria and eachsub-criterion is assessed by five levels from no quality to highest level of achievement. Thesefive levels have the following characteristics:Level 1: Quality depends solely on the individual (no processes) The activities depend on individual initiatives, and entire unit is not involved.Level 2: Process awakening (basic processes) Some shared responsibility with some short-term planning. Some process
Bloom’s taxonomy6 suchas knowledge, comprehension and application. But this mode of instruction is less likely toemphasize the higher-order cognitive skills of analysis, synthesis and evaluation. In this learningmodule that teaches gauge R&R, students must design a sampling plan for a gauge R&R studythat involves different measuring devices with different characteristics, conduct and evaluatemultiple gauge R&R studies, and recommend a measuring device based upon the analysis of thegauge R&R studies.The remainder of this paper will present the Mouse Factory learning system, the gauge R&R Page 23.1144.2project, results from the
number of constraints: • Accommodate large class sizes: plan for nearly 300 students per year • Limited financial and personnel resources: $10/student and existing machine shop staff • Respect for departmental history: freshmen must still make the traditional machinist’s hammer that has been part of our curriculum for decades • Allow students to be creative in a meaningful way • Pose the problem in such a way that there is not one obvious solution • Require collaborative effort within teams (and between teams, if possible) • Require analysis appropriate for students who have completed high school physics and pre-calculusThe project identified for this course is to charge students with designing a mechanical
, product design, process design,laboratories, and many others. Below the lintel are the four pillars whose labels are taken fromthe program criteria for ABET accreditation of manufacturing engineering and manufacturingengineering technology programs. (Reference 2) These are: • Materials and manufacturing processes: understanding the behavior and properties of materials as they are altered and influenced by processing in manufacturing • Product, tooling, and assembly engineering: understanding the design of products and the equipment, tooling, and environment necessary for their manufacture • Manufacturing systems and operations: understanding the creation of competitive advantage through manufacturing planning
ASEE Midwest Section Conferenceprogramming [6]. For many of these students, it may be their first encounter with writingalgorithms or programs. Programming is a process of translating a mental plan into termscompatible with the computer [8], which requires specific capabilities and skills, including theability to grasp abstract coding concepts, problem-solving and decomposition skills,memorization of specific syntaxes, and the ability to use the semantics and structures of newnon-natural languages [9]. We adopt the small group tutorial method [7], which has proveneffective in improving students' programming learning and retention, allowing for more personalcontact and creating a better sense of involvement for all. This is expected to benefit
extension of a 50 minutelecture, but encompasses you fully. It should also give you a lot more sympathy for K-12teachers. The benefit of assistants and multiple eyes and hands in the classroom becomesapparent, though many teachers do have to fly solo.Lesson 2: You need to be flexible and adaptable with your lesson plan. What you think willengage won’t and what you think won’t will. This presents a real challenge if you feel you havea particular curriculum or content you must cover. The tyranny of content is something that isexperienced by engineering educators at all levels. The question of breadth and depth has beenmentioned before, but bears repeating.1 What of this will students really retain? What is theessential content knowledge? Some
for Industry and Education Collaboration Copyright ©2023, American Society for Engineering Education ETD 365377 – Advanced Robotics and Automation), students continued labs and experiments with theRARs, exploring gear ratios, work envelopes, and vector programming in MATLAB. In the thirdquarter (EET 477 – Industrial Robotics and Automation), labs and assignments involving theRARs transitioned to an industrial 6-axis Mitsubishi robotics trainer for students to gainexperience on a system similar to what they will eventually work on in industry. Figure 3visually demonstrates the original plan of the course sequences and robotics
1Preparing Engineering Graduate Students to Engage in Scholarly Communications Dianna E. B. Morganti Angie Dunn ASEE Annual Conference 2 Abstract The typical engineering degree plan has several important gaps when reviewed againstthe research lifecycle. These gaps are often filled in by students learning ad hoc, by overworkedfaculty over numerous mentoring sessions, or often by the engineering research librarians inworkshops and consultations. Purposeful incorporation of a curriculum that fills those gaps,though, can
. Students thenlearned how to write a computer program to operate their robots.Weekly activities are noted below. Proceedings of the 2004 American Society for Engineering Education Midwest Section Conference • Created a journal to record their projects’ planning, development, programming, and testing. • Created a set of PowerPoint slides containing their groups’ information and details about their project. This activity involved designing the presentation as well as editing text and adding digital pictures. • Introduced to the LEGO Mindstorms set. This introduction was intended to give students exposure to simple machines and the RCX programming language
several other faculty offer Science,Technology and World (STW) writing courses in “Exploring Electrical Technology” and“Appropriate Technology”. The FYS courses are limited to 18 students while the STW writingcourses are limited to 25. The Engineering major’s writing requirement is covered in twoseminar courses instead of one. Engineering Seminar I discusses various articles and readingsfrom two books culminating in the student’s essay, ”What is Good Engineering?”. Writingprinciples are reviewed and interventions in various phases of their essay are performed. InEngineering Seminar II, practical aspects such as job searching, resume writing, graduateschools, and financial planning are discussed with the course reviewing writing principles
, Imagine, Plan, Create, Improve.The teachers’ manuals include: • Background information for teachers. • Lesson plans with detailed instructions for teachers. • Duplication masters with student handouts and assessments.The two units described below were selected for use in the EOFNJ pilot study because they fitbest with the NJ Science and Technology Standards 5.1-5.4 (Science) 5 and 8.2 (Technology) 6.All pilot teachers completed both units including the pre and post assessments. • Water, Water, Everywhere (Environmental Engineering) The storybook is narrated by Salila, an Indian girl who lives near the Ganges River. This unit addresses the increasingly important issue of water quality through lessons that teach
point because theseindividuals can lead you to other great resources including other people, technology, usefultextbooks, and helpful online resources. Some of the online resources include: Paul’s OnlineNotes, Khan Academy, and Math Insight. All of these supports provide assistance and guidancewhen planning lessons, creating exams and assignments that are reasonable yet challenging forstudents, and deciding how to link classroom knowledge to application problems and studentresearch. Seeking advice from mentors, colleagues, and other experienced teachers helped metremendously during my first year. These individuals provided valuable information about bestteaching practices, useful textbook and online resources, and how to balance the various
, participated in planning meetings, and attended design reviews of the bike rentalsystem. We and our business partners hope that the bike rental system will increase the numberof students frequenting downtown York and its businesses.In the first stage of this project, in the 2014-15 academic year, two teams of engineering studentsdeveloped their own independent designs. Each team had about ten mechanical, electrical, andcomputer engineering students. Faculty advisors from all three disciplines advised on theprojects. The initial phase of the project was conducted over two semesters. The design workwas completed in the first semester (summer 2014), and the construction and testing of twoprototypes was completed in the second semester (spring 2015
ArtificialIntelligence. Additional modules are planned for this course and for a course on ProgrammingLanguage Concepts.ReferencesArlin, Marshall. "Time, equality, and mastery learning." Review of Educational Research 54.1(1984): 65-86.1 https://www.smartsparrow.com/2 https://www.knewton.com/
Uncovering Elementary Teachers’ Notions of Science and Engineering Design Practices Using Video Captured Instruction Dr. Augusto Z. Macalalag Jr. and Kate Peterson Arcadia University, Glenside, PennsylvaniaThe Next Generation Science Standards and the Framework for K-12 Science Education(National Research Council, 2012) ask elementary, middle, and high school teachers toincorporate science inquiry and engineering design practices into their lessons and instructions.These set of practices included asking questions (for science) and defining problems (forengineering), developing and using models, planning and carrying out investigations, analyzingand interpreting data, constructing
companies’ guidance and assistance, the “real-world” projects have providedstudents with many useful tools for future careers in the Engineering profession. These includethe following: • Development of a high quality product definition • The ability to create a highly effective business case • Delivering effective stage-gate presentations • Creating designs for verification and validation • Go through design reviews with customers and other Engineers • Creating effective instruction manuals • Understanding risk management • Effective project management with planning creating solid action plansThe two projects successfully completed in one semester with the preparation during the fall.The projects have enhanced student team