programs were not familiar with the concept of theportfolio. ABEEK requested professors/instructors to create a course portfolio that a collection ofsyllabus, course materials prepared for students, examples of assignments, exams, students’ list,student reports, student evaluation, the Continuous Quality Improvement (CQI) report, etc. TheCQI report is the reflective statements pointing out problems and shortcomings and proposing Page 17.49.3specific class plans for improvement and suggestions for the environmental supports. Though itmay be a little different from the course portfolio in U.S, it gave the Korean engineering facultymembers
Attention to engineering practices (as described in the NGSS/Framework and as practiced by engineers) X Attention to specific engineering careers or fields related to the lesson/activity Other (please describe below)Engineering Habits of Mind: Attention will be paid to engineering habits of mind, particularlycreativity, collaboration, and communication. When building Squishy Circuits participants willbe working in small groups, or pairs, which necessitates a discussion of the project and how tobuild it together. By introducing a variety of colors for both components and dough, participantsare encouraged to think creatively about their desired design.NGSS/Framework: Creative circuitry projects require students to plan
2014Space Report1: The US space workforce declined 3.5% from 2011 to 2012 At the start of fiscal year 2014, the number of National Aeronautics and Space Administration (NASA) employees eligible to retire was greater than the number of employees younger than age 35 As of September 2011, more than 30% of the broader US Department of Defense civilian STEM workforce was eligible to retire In 2012, European space industry employment increased by 1.5% and Japanese space industry employment grew by 11%In 2013, in order to address the need to continue to build the future STEM workforce pipeline,US President Obama’s administration released a report2 specifying a five year strategic plan
students. It isnoteworthy that the ENGR 160 students anticipate sleeping for one third of the week incontrast to the national cohort which plans only six hours of sleep each day (a level ofsleep inconsistent with long-term health, personal safety, and performance). Individual168-hour schedules are selected for real-time anonymous presentation to highlight thedisparities in presentation, realistic constraints, and practicality. The overall results ofthis assignment emphasize the commitment needed to master engineering content andsuggest a path to success. Socializing, Recreating, other 7% Sleeping
approach such as Cappelleri6 , Correll and Rus7 , and Bishop etal.8 . Since Spring 2010, the first author9 had been teaching a project-based robotics course forsenior engineering students at the University of Georgia (UGA) based on “Smart Teaching”principles from the book “How Learning Works” by Ambrose et al.10. In the Summer 2010, hehad the opportunity to visit the Bio-Industrial Mechatronics Engineering Department of NationalTaiwan University (NTU) whereas a mutual interest in teaching robotics to undergraduatesemerged from discussions as a means of collaboration at the instructor and student levels.Considering the current trend of Open Courseware such as Coursera and EdX and various on-line universities such as Udacity, we took some planning
acollaborative multidisciplinary network of university faculty from USA, college students,teachers, and principles.The remainder of this paper is organized as follows. We begin with a review of the conditions ofthe education system in Ytabo and the DR, considering challenges and difficulties that must beovercome to effectively advance engineering and technology education in public K-12classrooms. Next, we describe the components of the emergent MACILE model for Ytabo.Following, we present an analysis of the evolution of the summer program over the pilot phase.Next, we discuss efforts beyond the pilot phase, focusing on the joint collaboration betweenCOSOLA and TEE. Finally, we present future plans for the collaborative efforts.Challenges to Engineering
Engineering Education (BEE)planning grant. Seven focus group discussion meetings were conducted. Attendees included 39administrators and teachers from 14 school districts in and around Cincinnati, and 11professionals to formulate initiatives that will specifically prepare students to be successful incollege and increase IHE enrollments in STEM disciplines. The meetings focused on causes ofdeclining enrollment and underrepresented groups in STEM disciplines, particularly engineering,in IHE, and how to help alleviate these conditions. To gain a better grasp of the “reality on theground” a survey was conducted in the spring of 2003 of among 4,263 students from 14 schooldistricts. We also wanted to learn what influenced current UC’s College of
environment are different from traditional teachingpedagogy. Instructor tends to be more of a facilitator than a lecturer in a PBLenvironment1. One of the advantages of PBL is that it relates the classroom experience toreal life experience in a way that allows students to appreciate what they learn1.Preparation for teaching PBL courses is quite different. The course material should bepresented in the form of problems or projects and enough references should be availablefor students. Classroom activities and group activities should also be planned andprepared to guide students in their learning.In a typical PBL class, several problems or projects are used to cover the learningobjectives of the class. Students are divided into groups and the problems
apply concepts of engineering economics and project planning. [ABET criteria a, e] 8. Students will demonstrate knowledge of contemporary global and societal issues and their relationship to professional ethics and engineering solutions. [ABET criteria f, h, j] 9. Students will be able to plan and conduct laboratory experiments and interpret and report the results. [ABET criteria b, k] 10. Students will demonstrate basic math and science skills. [ABET criterion a] 11. Students will exercise strong oral and written communication skills including those needed for technical writing. [ABET criterion g] 12. Students will develop appreciation of diversity in the world and in intellectual areas such as
on engineering educators to provide students with the scientificprinciples of new technologies, and familiarize them with their impact on the modern manufacturing processes.Manufacturing science includes these technical areas: manufacturing technique, manufacturing systems, designand analysis of manufacturing process planning, material handling, monitoring and control, automatedinspection, sensors and interfaces, and management. The manufacturing technique covers: turning, milling,drilling, holing …etc. Much time and cost are used to teach these techniques. Particularly, computerizedmachines are continuously increasing in use. The development of educating engineers on computerizedmachines becomes much more difficult than with traditional
portion ofthe program is an off-campus, minimum ten week, paid internship. The internship program wasinstalled in response to companies’ desires to hire graduates with actual exposure to industrypractices. The experience gives students exposure to every day planning and problem-solvingactivities in the organization and puts them in contact with managerial staff in the organization.2The structure and themes of the ILTM program were devised to meet the needs of industry;however, since its founding a decade ago, the business world has continued to evolve in itstechnologies and purposes. In order to meet the changing needs of industry, the ILTM programand others like it must be continually assessed and improved.External assessment of the ILTM program
Testers, Inc., will be adding new features to their knee simulator. The second company, Memphis Shoe Tech, plans to bring out a walking version of a computer-adjusted exercise shoe. Can you impress your interviewers and suggest product improvements or developments for the Knee Simulator and Computerized Walking Shoe based on available gait measurements?”The students “generate ideas” in brainstorming sessions in teams of 3-4 students. Next, thestudents are presented with traditional lectures and reading on basic gait terminology,biomechanics, and measurement devices for the “multiple perspectives” and “research andrevise” phases. For the “test your mettle” phase, the students are given gait data sets (strideintervals
improve their communication skills. Inthe Fall semester, the students are required to a make an oral presentation of their projects totheir fellow classmates. Whereas in the Spring semester, the students are required to participatein the Rice Undergraduate Research Symposium (RURS) poster competition. The results fromthese presentations will be counted as a portion of their final course grade.Further Improvements. Two additional modules are planned for future implementation. Onemodule deals with scientific research ethics. Topics in this module may include experimentaltechniques and the treatment of data, conflict of interest, publication and openness, fair use ofsources. The second module is targeted to improve the students’ scientific writing
groups on designing mod-ules of a complete system, requiring them to combine their knowledge on various ECE, BMEand A&P topics discussed throughout the four years of BME exposure. Students are given designspecifications that are relaxed enough to ensure that the project can be completed within a se-mester, yet realistic enough to demonstrate the intended concepts. For the final project they areasked to design an experiment that can be used to demonstrate some aspect of BME in futureECE classes. We hope that students will give us new ideas so that the experiments used in otherECE classes can be dynamically modified from year to year and students may be exposed tomore contemporary areas of BME. 3.3 Plans for Full Development Upon
Graphics, The Engineering Design Graphics Journal, Vol.65, No.3, pp. 13-24. 5. URL: http://www.coun.uvic.ca/learn/program/hndouts/bloom.html, Bloom’s Taxonomy. 6. Crittenden, J. B., Requirements for Successful Completion of a Freshman-Level Course in Engineering Design Graphics, The Engineering Design Graphics Journal, Winter, 1996, 5-12. 7. Barr, R. E., Planning the EDG Curriculum for the 21st Century: A Proposed Team Effort, The Engineering Design Graphics Journal, Spring, 1999, 4-12. , F. D., First Year Engineering Graphics Curricula in Major Engineering Colleges, The Engineering Design Graphics Journal, Spring, 2000, 23-28. 8. Meyers, F. D., Fentiman, A. W., & Demel, J. T., Assessment of
associatedwith collaborative planning, executing and monitoring of project progress. The interdisciplinarynature of the project assignments was introduced in order to help to overcome thecompartmentalization of knowledge that often results from the students taking various courses onwhat appears to them as being disconnected subjects and thus failing to realize theirinterconnectedness. This educational model therefore attempts to reflect the realities in thecorporate work environment.In the revised course, the total number of contact hours remained unchanged. Also, the generaltechnical topics that were covered in the course in the past were not altered in the revisedversion. The course content was organized into six two-week educational modules
completing thisdrawing students will have made their first CAD layout drawing utilizing the principalorthographic view and calling out its depth by the metal gage.Problem 3The following is a more complex Mini Design problem. The students are given an isometricsketch for which they develop plan and elevation working drawing of the frame foundationbelow. Page 7.836.3 Proceedings of the 2002 American Society for Engineering Education Annual Conference & Exposition Copyright ©2002, American Society for Engineering Education
perspective 3· In global industrialization, it is imperative that engineers and technologistshave an international perspective. Most employers who plan on placingemployees in international service prefer their employees have internationalknowledge in addition to their technical skills2Engineering education for international practice 4To adequately prepare new engineering graduates for careers in the internationalarena, It takes more than just adding a foreign language course to the existingcurriculum, The minimum requirement must include:· Foreign language proficiency, written and spoken fluency· Understanding culture of peoples in regions of the world where graduates may practice· Understanding of international business issues, such as
. “Proceedings of the 2002 American Society for Engineering Education Annual Conference & Exposition Copyright Ó 2002, American Society for Engineering Education”Most of our Fluid Mechanics and Hydraulics laboratory protocols will be documented ina PowerPoint environment in the near future and will incorporate multimediaapplications. This will enable our students to work in smaller groups and according totheir own planned schedule (even at night), thereby helping them become moreresponsible citizens.Bibliography1 Fundamental Principles of Flow, IIHR Video Tape2 Characteristics of Laminar & Turbulent Flow, IIHR video tape3 Young, D.F., Munson, B.R. and Okiishi T.H., A Brief Introduction to Fluid Mechanics, 2nd Edition, JohnWiley
Copyright Ó 2002, American Society for Engineering Education”The plan is to assist students in identifying career related goals early in their educationalexperiences through novel and unique interventions that allow students to deliberately andsystematically explore career development issues in curricular and co-curricular venues: · By stimulating career awareness · By assisting students in decision-making at transition pointsThe above criteria are addressed within the proposal by providing students with a means to lookclosely at the connections between their current courses and those courses that will be requiredof their majors through quick reference materials (brochures) and more detailed materials(website content
, insurance, and bonding. Public and private insurance plans cover design errors andomissions and worker safety (primarily through workman's compensation). Surety bonds protectowners and general contractors against the risk of business failure of firms they hire. In contrast, Bonfire participants engaged in little, if any, risk management. Students suchas Joe may well have not recognized the dangers of the practices used in the Bonfire, including: 1. An informal design change process 2. Inadequately trained workers 3. Permitting the consumption of alcohol on the job 4. Planned around-the-clock operation as the fixed deadline approached. This left little flexibility in schedules, which is necessary to adjust for
covering polymers, a student asked whether the material used by hisemployer would be considered an ultra-high-molecular-weight polyethylene. He identified thematerial only by its proprietary trade name, and it was not a material that I was familiar with, so Ihad to tell him that I did not know the answer to his question. I then focused the class discussionon resources for identifying and evaluating polymer materials. In this case, we were able to usereference materials in the classroom to identify the material in question. Making a shortdeviation from the lecture plan was time well spent because the students were able to participatein a problem-solving activity stemming from a real-world question
actions based on decisions from ranked data of probabilities P(Y j) forj=1,2,…n from the highest to the lowest. Higher considerations in the decision-makingprocess should be given to indicators with higher probabilities.CONCLUSIONSThe new statistical models can be used as essential tools for planning of qualityimprovement of programs. These will enable engineering students to prepare properly forlife long learning and also enable them to make more meaningful contributions to thedevelopment of their societies in future.A technical report of this paper and a second related technical paper (R. J. Gustafson, E.McCaul and A. B. O. Soboyejo, 2002), will be made available to those who may want thetechnical report, at the 2002 American Society of
required to take placement tests in English andMathematics. In addition, the students who plan to major in Chemistry take a Chemistryplacement test. Placement test results, high school grades and SAT scores are used to determineindividual course placement.The Mathematics placement is based on Elementary Algebra, Pre-Calculus, SAT Math score,and High School Rank in Class, when applicable. The English placement is based on score s onthree New Jersey College Basic Skills Placement Test and SAT Verbal score. Toledo ChemistryPlacement Exam is used to place students in Chemistry classes. Table 1 provides information oncurrent NJIT requirements for placement in Math, English, HSS and Chemistry GUR courses
Page 7.958.4meetings, teams could update the status of their projects or ask questions about project Proceedings of the 2002 American Society for Engineering Education Annual Conference & Exposition Copyright ® 2002, American Society for Engineering Educationrequirements that were unclear. Meetings varied in length and the client (instructor)frequently (and deliberately) had prior “engagements” to attend or might skip the meetingentirely without notice. This was part of the industry simulation. Students learned thatclient meetings don’t always go as planned and often interruptions prevent companiesfrom being successful. The student teams had to learn how to deal with this problem.Nonetheless, this format gave the
/ Verification Production System Req'ts & Detail Design Code/Unit Test/ Product Release Design Process Design Product Design & Test Plan Build & Intgrtn Verification Time Time Major Topics Major Topics Product Realization Practices Software Engineering Practices Processes, Organization, Management, Economics
obtaining an objective point of view in determining possible solutionsfor these health-related ethical issues. My class examined the issues of stem cell research. Wealso discussed the increasing cost of health care with a case study of Brian Williams, a youngman that received a heart transplant after being on an experimental extracorporeal left ventricularassist device for four months. (See the case study “Was Brian Williams’s Treatment Worth thePrice?” in Appendix 4.) I remember a wide array of opinions about this subject. At that time,about a third of the class wished to attend medical school, a third wished to continue withgraduate school, and the remaining third were planning to enter the biomedical engineeringindustry. Many of the students
surrounding counties, and we plan on increasing the scope of those events. These include day and night time events where high school students get the opportunity to meet one-on-one with Valencia engineering faculty and faculty in other disciplines. This increases the students’ exposure to what engineering is and what it entails as far as high school and college prerequisites. This also gives the student a vital early focus on what his or her goals are whether in the engineering field or not. This year, Valencia has significantly increased our participation with the local high schools, including among other events participation in the Annual Orange County Science and Engineering Fair held February 2002.Another tool available to us to
in class with hands-on experience. 2. Economy: As much as possible, space, money and student time should be economized. A multidisciplinary facility, shared between ECE and MAE classes would allow efficient use of space and equipment, better use of available funds, and elimination of overlap among individual departmental labs. Focusing experiments on a single device rather than a plurality of devices would result in economies of space, money and student time.To achieve these goals we carefully planned the new laboratory. As part of this process, weconsulted with local industry. The advice we received was very helpful to us, and thehardware-in-the-loop laboratory configuration we implemented is useful for both educational
of 0.01 –5.0 mg/L. All pH values were determined using an Accumet Basic pH meter Model AB15 (FisherScientific Co.), calibrated with certified Fisher Scientific buffer solutions at pH 4.0 and 7.0. Totalsuspended solids analyses were conducted according to the Standard Methods (9) on the recycledsludge. Page 7.1034.1 “Proceedings of the 2002 American Society for Engineering Education Annual Conference & Exposition Copyright Ó 2002, American Society for Engineering Education”Experimental PlanThe experimental plan of this study was developed to establish a base line for copper precipitation(one-component system