to allow their teachers to develop and hone their skills to performrobotics-based activities. In this spirit, a series of demonstrations introduced some of theaforementioned activities to over 10 New York City middle school teachers during a TeachingSTEM with Robotics Workshop held in summer 2012 at the Polytechnic Institute of NYU. In a Page 23.583.13follow-up workshop, planned for summer 2013, participating teachers will be engaged toindividually perform all of the aforementioned activities to enhance their skills and confidence.Finally, to reach out to a broader audience of teachers, we will prepare and submit an activitylesson plan for
engineeringculture.This paper describes a pair of statics courses taught to civil and environmentalengineering students at Syracuse University, both in the fall semester, for the past threeyears. These courses take a variety of approaches to inculcating engineering values andskills in the students. Issues such as the importance of understanding underlyingassumptions, the value of conservative assumptions, the value of sketching and diagramsin engineering communication, the difference between precision and accuracy, and basicknowledge about the products of the profession and its role in society, are all addressed.These courses have been taught for three. An evaluation team from the School Educationhas designed an evaluation plan to identify what if any effect the
still be determined by project work assignments submitted and the presentations delivered; no tests would be administered. All assignments would be submitted on-line through Blackboard. Assignments would be shown to the instructor during the class meeting for a preliminary non-graded assessment. Assignments would be due from each individual two to four days after the class meeting but no penalty would be assessed for late submissions. The instructor would grade assignments within two days after submission. Assignments could be resubmitted for re-grading until 24 hours before the next meeting.Why approach for fall 2012 was modifiedThe goals of the planned fall 2012 modifications
of thecourse, defended procedural C++, the status quo in terms of language. Having been a party tointernal discussions at the time, the author can state that the ECE representative was simplyreflecting the preference of most ECE faculty who voiced an opinion. At one extreme, ECEfaculty felt that MATLAB was merely a “glorified calculator” and therefore unsuitable forteaching programming. Many agreed with this somewhat. A few disagreed.After considering multiple languages, the task force recommended keeping procedural C++ butmaking other changes to address student dissatisfaction, expressed most clearly in 4th year exitsurveys. This initial report was rejected by the faculty’s Academic Planning Committee (APC).Returning to work, the task force
experience. 9A key portion of the FIPSE-SEAEP model is the cross-institutional international Senior Page 23.643.2Capstone Design project course.9,10 Through this collaboration, FSU and the twoBrazilian universities develop Senior Capstone Design projects during the months ofJune, July and August. Select U.S. students travel to Brazil during the U.S. fall semester(the Brazilian spring term). These students participate in one of the international SeniorCapstone Design projects developed during the summer before their departure. U.S.students work with Brazilian students to undertake the design and planning of theprojects in Brazil.As the U.S. students travel
Likert-type scale. A 1 indicates a participant selected three traditional words, a 2 indicatesselection of two traditional words, a 3 indicates selection of a single word, or one traditionalword and one emerging word, a 4 indicates selection of two emerging words, and a 5 indicatesselection of 3 emerging words.ResultsThe survey response rate was 52%, which included 5 female PhD students and 7 male PhDstudents. Participants were enrolled in the program from as few as one semester to as many aseight semesters. Five participants created an ePortfolio prior to the departmental requirement;seven participants had not. Two participants were involved in the initial planning anddevelopment of the departmental ePortfolio requirement in Fall 2008.Research
exposing students to computer science through kinesthetic learning and physical computing. He is also certified to teach high school mathematics. In August 2011, McCune’s teaching portfolio was selected to be a model by which nontraditional teachers would be trained to develop their own curriculum plans in route to certification at Metro RESA. In April 2012, McCune was awarded an Outstanding Staff Perfor- mance Award. Outside of developing curriculum and programming for high school students, during the summer months McCune expands his audience to reach middle and elementary age students with summer camp topics that address topics such as adventures in animation, storytelling, animatronics, programming in java, game
help improve the conceptual understanding of students.Wren6 proposes to actively engage students through human-body thermodynamics activities.This is proposed to counter a prevalent student attitude that thermodynamics is a dry and abstractsubject. It is proposed that students spend time in activities requiring them to speak, question,deliberate, propose, plan, execute, collect, analyze, present and explain. These student activitiesare the hallmark of active learning. In contrast, students often spend more time listening intraditional lecture-dominated classes. One example is to have small teams of students use simpleequipment to measure O2/CO2 to assess the metabolic rate of another student who is exercisingon a stationary bike. The bike is
teacher-presented question using student designed/selected procedures. 4. Open Inquiry—Students investigate questions that are student formulated through student designed/selected procedures.Likewise, Daly, Adams and Bodner (2012) have developed the following somewhat hierarchicalcategories of engineering design7. 1. Evidence-Based Decision-Making—Design is finding and creating alternatives, then choosing among them through evidence-based decisions that lead to determining the best solution for a specific problem. 2. Organized Translation—Design is organized translation from an idea to a plan, product, or process that works in a given situation. 3. Personal Synthesis—Design is personal synthesis of aspects of
used in anactual application. This project instills future engineers and technologists with various advancedskills that can be used in their careers. Overall, many different fields of engineering can benefitfrom this application, enabling the development of skill and knowledge in many different Page 23.802.2engineering aspects and processes. Students in the Engineering Technology programs are required to complete a series ofcapstone course MET 4XX Senior Design. This course aims to train the students in identifyingprojects of relevance to the society, in planning and scheduling a solution, and in entrepreneurialactivities that may result
calculus.This, the first in a set of three papers, is planned to provide the concepts of pre-calculus visuallyand intuitively in order to reveal the intrinsic ultimate simplicity of calculus and spare a studentfrom having to read the entire 500 pages of conceptually cluttered verbose, disorganizedconventional text in order to acquire an overview. My hopes are that by providing a focus ofstudy, specifically algebraic and transcendental curves, and by providing intuitive and visualdefinitions, while maintaining an organized topic structure and by delaying the proofs, we cancreate a conceptual environment where more students and teachers will gain insight relativelyquickly into the nature of calculus. The plan is to interpret the concepts of calculus
software products (MEDEE-S/ENV, EFOM/ENV and DBA-VOID) which are in use in 26 Asian and seven Eu- ropean countries by both governmental and non-governmental organizations. Acharya has a M.Eng. in Computer Technology and a D.Eng. in Computer Science and Information Management with a concen- tration in knowledge discovery, both from the Asian Institute of Technology in Thailand. His teaching involvement and research interest are in the areas of Software Engineering and Development (Verification & Validation) and Enterprise Resource Planning. He also has interest in Learning Objectives based Edu- cation Material Design and Development. Acharya is a co-author of ”Discrete Mathematics Applications for Information
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 steps in Fall 2011 to prepare for
noninvasive molecular imaging of cellular and tissue characterization, for monitoring toxicity, for tracking the biodistribution of known toxins and drugs, and image guided therapy. Dr. McGoron is also developing tools for automatic segmentation and registration of organs and tumors to accurately determine tumor functional and anatomical volumes which is required for accurate dosimetry calculations for image guided therapy and Selective Internal Radiation Therapy (SIRT) planning.Mr. Hamid Shahrestani, Florida International University, BME Harrid Shahrestani designed and implemented departmental strategic plan in line with organizational goals and vision, resulting in improved efficiency and effectiveness. He also led the
co-advisors and the consultants. This approach will also help the students to describe in morespecificity their skills inventory and in a timely manner identify those who may be potentially“the glue” of the project and those who may need to be “separated” for special training and tasks.In addition, the course advisor should offer an example of best practice in the area of systemintegration and/or management.As we mentioned above, we are planning to improve the process and form of soliciting students‟skills inventory. In addition, we believe that including, at the onset of the project, learning stylesin higher education [16] assessment as part of the skills inventory exercise may help theinstructor, the consultants and the entire class to
of oral presentations and bi-weekly reports. The notebook’s value is intended to beas a form of prewriting. Students beginning the process of writing a formal report find that theyhave already written extensively on every aspect of their project.A different example of informal writing is evident in another Engineering department’s capstonecourse in the form of periodic project updates in oral presentations. Student groups are requiredto show how their planned or completed tasks will meet the objectives of their senior projects.Laying out multiple tasks, complete with Gantt Charts, creates a storyboard environment inwhich the students informally write and revise their design projects.Senior Design Team Posters. One example of a visual
: A large manufacturing company sends a team ofseveral people to Turkey, to visit several Turkish companies that are potential suppliers of low-cost, high quality parts. The team consists of a financial analyst, a purchasing specialist, and amanufacturing engineer, so that the relative merits of each potential supplier can be evaluatedfrom the perspective of each of these professionals. After visiting the last of the Turkishcompanies, and on the planned day of departure for the U.S., a huge snow storm arrives on thescene, shutting down all area airports, and filling up all hotels in the area with stranded travelers.The company team calls many hotels looking for rooms, but finds none available. The presidentof the last-visited Turkish company
times middle school students find science uninteresting simplybecause they do not see a relevance to their live experiences11. By having an influential and encouragingteacher presenting the significance of science in their lives, a positive effect has been shown in students12.By providing engineering concepts student show an increased interest in science especially in the studentsgenerally disengaged in science and therefore focusing on a group of students often forgotten10,13.Despite materials and engineering being vital to our current society, few school curriculum plans providestudents a chance to explore concepts about materials and engineering. This case study outlines aninteractive way where students learn broader concepts and at times
, such as research, education and business support. In addition to the process-centricprograms that are not conducive to business owners as day-to-day decision makers, there is alimitation of the availability of time and money to gain support and then innovate accordinglyin a planned and systematic fashion. Often than not, innovation came through as an adhocand experimental approach lacking in assurance of success but lacerated with zeal andpassion for the new products and improved processes one envisioned in one’s sleep. Oftenthan not, the source of finance for the experimentation and innovation is the “credit card”, inthe hope that the new product line will sell. Time constraint is a significant barrier to SMEsinnovating. Literature suggests
that the projects where not well prepared and a considerable amount of details were missingAfter analyzing the comments it was concluded that they were based on small problems thatwere not previously observed by the faculty. Therefore, a series of changes were made to thecourse in order to fix the problems and allow the students to have a more enjoyable experience.Course OutlineThe course outline was revamped to show in detail the days and topics of the laboratory andlectures. The outline also showed when the tests are going to be applied and when the laboratoryreports were due. This allowed the students to plan in advance how they organize their time. Theaim was to create a feeling of organization and structure. The course outline and
interpretation5. As such, this study ispresented in a descriptive narrative format using first person voice. The author acknowledgesthat, while these methods are not common in engineering and science research6, they areconsistent with the call to bring together disciplinary thinking with research-based practices ineducation which has been identified as a priority by the American Society for EngineeringEducation (ASEE) 7. The resulting description is intended to provide an example for futurestudies applying the Decoding process in order for researchers to better plan and understand theprocess. This study is significant because, while results of Decoding the Disciplines have beendocumented back to 20042, the literature is devoid of detailed descriptions of
attention to elements on slides being discussed.22 At the same time, make use of drawing tools or turn on the option for participants to view the curser. Live demonstrations involve sharing the computer desktop or a particular application. Open applications beforehand and prepare browsers at websites of interest to prevent dead time. Just as with face-to-face sessions, you can present case studies or prompt students for topic suggestions if illustrating search tools. It can be distracting for participants to move back and forth from applications to the web conferencing software so it may require more planning in advance. Try to slow down when demonstrating, since there may be a delay between what the
(academic ad- ministration, first year programs, advising, career planning, women and diversity programs, etc.) and curricular issues. He is principal investigator on several NSF grants related to retention of engineering students. As a faculty member in civil engineering, his teaching portfolio includes courses in geotechni- cal engineering, probabilistic methods, and a large introductory course in civil engineering. His research and consulting activities have focused on the safety and reliability of hydraulic structures, and he has participated as an expert in three different capacities regarding reviews of levee performance in Hurri- cane Katrina. He is a three-time recipient of his college’s Withrow Award for
simultaneously. This method has been used across the college since 2006,resulting in a dedicated community of 40+ engineering faculty using direct assessment toevaluate the efficacy of their own programs, and to plan and implement improvement at bothcourse and program levels. The Engineering Professional Skills Assessment (EPSA) is the onlydirect method for teaching and measuring these skills simultaneously in the literature; thetechnical paper describing Year 1 implementation of the method won the 2008 ASEE BestOverall Conference Paper Award5 . Table 1.ABET Criterion 3 Professional Skills Student Learning Outcomes 3d Ability to Function on Multidisciplinary Teams 3f Understanding of Professional and Ethical Responsibility 3g Ability to Communicate
situations.In our Institution, the course of DE is the last formal course in basic math and the culmination ofa series of courses on differential and integral calculus. It is intended that the student is able touse this knowledge in later subjects of his specialty which in fact does not happen automaticallyor successfully. This course is currently taught in 25 different engineering programs. Accordingto each undergraduate study plan, it is found in the third or fourth semester.Since in the current context it is important to prepare future engineers who are able to solveproblems in their areas5, important background to this study is the redesign of the mathematicscurriculum that the Engineering school started in our department in 19996,7 The questions
and the support of learning; contribution to the design and planning of learning activities; assessment and giving feedback to learners; developing effective learning environments and learner support systems). Have gained an understanding of the learning process, drawing on recognized learning theories. Have developed an understanding of students, including issues of intellectual and social development, learning styles and differences in student approaches to learning. Have been engaged in instructional design at lecture, module, course, or curriculum level. Have been exposed to various methods of instructional delivery, including an overview of teaching methods appropriate for
the last year. The challenges that remain and future plans are also discussed.I. IntroductionThe need for more engineers in the United States has been known for several years. This needdrew more public attention in June 2001 when President Obama put out the call and set a goalfor at least 10,000 more engineers to be graduated each year in the US.1 At the end of August2011, President Barack Obama’s Jobs and Competitiveness council made an announcement tohelp this short-term goal: more than 40 major companies agreed to double the number ofengineering internships to help universities improve their retention rate of engineering students.2The National Science Foundation joined this effort in September of 2012 by announcing acooperative effort with
Senior Executive organization. Demonstrates a high degree of Service creativity, foresight, and mature judgment in GS-15 planning organizing, and guiding extensive (20+ years) programs and activities of major consequences Uses creativity, foresight, and mature
role socialization on girls’ choice topursue STEM careers has been alluded to in the literature [28]. The impact of sociocognitiveinfluences on girls’ interest in STEM careers will be further considered in this study, as well theinfluences of K-16 education and early to mid-career experiences in the workplace.Data Collection Plan Page 23.966.4Based on the review of the literature, an in-depth interview protocol [25] was developed for thepilot study. For the pilot study, the researchers conducted two interviews spaced about a weekapart following an brief introductory conversation to introduce the study to participants. The firstinterview lasted
framework.A Framework for Thinking about Public Communication of EngineeringThe three dimensions of S&E communication discussed above are related to the goals organizershave for any given event or program. Figure 2 presents a framework that combines theseelements. Figures 3 and 4 show that these dimensions influence the type of forum that is selectedfor a communication event. The framework can be used to help engineering educators andstudents reflect upon and plan their own communication initiatives, ideally working to overcomelimitations or problems that are created when relying solely on DM communication. We intendthe framework to help engineering educators and future engineers think through dimensions oftheir communication projects and