did not find value in the extent of review. The challengeof balancing the learning needs of two different cohorts is a common theme arising ininterdisciplinary engineering education [2]. Two major adjustments are planned for the secondoffering to address this imbalance. The first adjustment is to include a more extensive review oftopics from computing, particularly the use of computational models. The second adjustment isto shift much of the prerequisite review to offline learning modules that students can completeindependently. This will allow students to work through prerequisite material at their own pace,possibly spending less time on topics with which they are already familiar. This format willmaintain sufficient lecture time to cover
of some complexity, and case participants need todiscuss and come to some solution(s) or plan(s) for the case. Shapiro’s book [9] lists the basicprocess as: 1. Case learners prepare for the case by reading and analyzing it 2. Optionally - students can perform a deeper preparation by having a priori small group discussions 3. An in-class discussion is done for the case 4. An end-of-class summary is provided by the facilitatorAs there are many books on the case method, our approach uses ideas from Rosenthal andBrown’s book for examples of pedagogically strong cases [10], and Barnes, Christensen, andHansen’s book [11] on how to teach cases (readers should note that this book is not only good forlearning about the case method, but
Materials Science and Engineering Theater Electrical & Computer Engineering 3 pre-tenure Energy 3 Civil Engineering Clinical Psychology City and Regional Planning 1 tenured Mechanical Engineering 3 pre-tenure Movement 4 Music STEM Education Agricultural Education 1 tenured Astronomy 4 pre
them to persevere. A few faculty members enhance students' intellectual commitment and encourage them to think about their values and plans. Examples:The instructor… • Encourages and fosters a healthy exchange of ideas and sharing of experiences among course participants. • Holds regular office hours, and by appointment, either face-to-face or that are mediated by technology (e.g., the telephone, chat areas, Adobe Connect Pro) to accommodate distance students. • Encourages students to share their questions, examples, and experiences. • Accepts students’ responses. • Treats students as individuals, e.g., addresses students by name. • Incorporates student ideas into
attendance of non-paper presenting students. As a result 11 students, nine ofwhom were from the University of Nebraska, attended the 2009 Midwest region meeting (DanSchulte, personal communication, December 14, 2010). This was a significantly larger cohortthan the three students who attended the 2010 Midwest region meeting hosted by the Universityof Kansas in Lawrence. All students who attended the 2010 meeting presented papers (FrancisThomas, personal communication, December 14, 2010). Planning is already in process to boostthese numbers for the 2011 Midwest region meeting at Arkansas Tech in Russelville and the2012 meeting at the Missouri University of Science & Technology in Rolla.Beyond student chapters, SCC, and region meetings, ASEE has
, or between academia and industry, would also benefit students in this field. We havebegun to explore collaborative opportunities in the region, and plan to continue developing futureefforts in this area.As part of an effort to promote economic development, in January 2013 the State of New Yorkapproved a $3M grant to establish the Cloud Computing & Analytics Center (CCAC) at MaristCollege (a 4,500 student private college in Poughkeepsie, N.Y.). As part of this effort, Maristhas established a test bed for next generation cloud computing research, and also hosts cloudworkloads for local businesses and government organizations. The capabilities and educationalbenefits of the CCAC have been described previously18-21. In keeping with their
, miscommunication,disagreement, frustration and overall general confusion about the assignment and what isexpected”) and scheduling meetings (for instance “It's often hard to get our entire group to meetup all at one time, despite strict planning ahead of time, which makes it hard to get everyone upto speed on what is changed/what more needs to be done”). The latter were the most commonchallenges faced by students. Figure 2: Students’ response to oral presentations compared to written exams throughout the course. (a) Students opinion on whether oral presentations are better graders than written exams. (b) Student response at the end of the course towards their preference between oral presentations and written exams.Students’ overall 21st century
sound recording session. You cannot get two or more sound recording to be included in one of these posted files. This is alimitation of the website and web player, not the Smart Notes program. If you plan to post arecording on their site, make sure everything you want to be included in the posting is doneduring one single sound recording session! As an aside, in posting multiple files on the Livescribe website, you will discover that nofile structure is available to help organize your postings. This effectively limits the number offiles you can post to 10 or 15 separate sound recordings. Of course, software capabilitieschange, so my comments may quickly become out of date. My preferred method of sharing fileswith my students is
product idea.Each proposal includes a patent search, a description of the invention and development plan, anda budget. The director of the RUVF works with students to refine each proposal before and aftersubmission. Funding up to $2500 per team is awarded each semester. Teams can win severalawards to support their ideas through multiple semesters.IV. Mapping Entrepreneurship onto the Engineering Clinic SequenceThe Venture Capital Program described in section III has existed for over 10 years but relativelyfew students have taken advantage of it. In the past two years, the Sophomore EngineeringClinic instructors have implemented new assignments intended to promote entrepreneurship.With these new assignments, it is possible for a student
a summer program. Christopher actively seeks professional experiences to improve skills for engineering roles in sectors like manufacturing, automotive, aerospace, or energy. ©American Society for Engineering Education, 2024 Paper ID #45298Tenmetey Tetteh-Nartey, State University of New York at New Paltz Tenmetey Tetteh-Nartey is a current senior at SUNY New Paltz pursing a BS in Mechanical Engineering. He plans on graduating this upcoming Spring and hopes to continue his learning of 3D-Printing and Additive Manufacturing alongside renewable energy ©American Society for
two instructors equally share in all course planning,lecturing, monitoring of activities, and grading tasks. As will be recounted in the followingparagraphs, this second configuration was adopted for AE 421.Eight years ago, the AE faculty responsible for teaching AE 421 approached the campus'HU/COM instructors and asked for help in addressing students' weaknesses in communication.Specifically, although they were seniors poised to graduate and enter industry, students needed torefine their skills in writing technical documents such as test plans and test reports and in givingformal presentations. In other words, the AE faculty requested help in meeting ABET outcome"g" which states that "Engineering programs must demonstrate that their students
All Generators A switches/gates Coputer Switches All M, T, C, S, L, Lego VDG I, A S, T, E M M, H A & Sensors Generators VDG Design A S, T, E L M A, S, T, P, U, E T, C, W Use of LegosConclusions and Future Plans Focusing on technology innovations
learned and compare these results toexamination scores. This study involved 96 students divided among six sections, each with an averagesize of approximately 16 students. The course was organized into four blocks of instruction (I throughIV), each representing major course themes. Mid-term examinations were administered at the end ofblocks I and III. We were each assigned three sections of students to teach over the course of thesemester and selected ten (of 40) scheduled 55-minute lectures in which review questions were used toassess the students’ grasp of course material presented during the lessons. Three review questions wereadded to each of the lesson plans and presented at the end of the designated lessons, each in a multiple-choice format
open sourcelibraries to control the robot from a variety of high level programming languages, such as C,C++, Python, or MATLAB. In particular, the authors have had many years of experience usingMATLAB as the development environment of choice in their classes. MATLAB has beenespecially useful since robots are rarely stand alone systems. As such, they are frequentlyinterfaced with existing image processing or path planning routines, which may likely have beenwritten in one of these higher level languages.In contrast, the latest Scorbot model, the ER 4u, is no longer controlled through an RS232 typeserial link. The new interface requires connecting a PC to the control box via a Universal SerialBus (USB). This provides superior data transfer rates
participants in the 2009 SEI program, eleven (11) of them indicated that they got interested in space industry because of their involvement with the SEI program activities. Below are some excerpts students provided: SEI has most definitely influenced my plans. I thought about the space industry before coming to college, but I wasn't sure if it would be of interest to me. However, after my experiences in the SEI program, the space industry has become one of my top industry choices to possible work in. SEI has shown me how many different opportunities the space industry has. SEI has provided me with the opportunity to learn more about the space industry and what it takes to
contribute to global deflection of a structure. Use U Castigliaano’s method d to calculatee redundant forces and ddeflection off a structure. Perform simpple beam and d 2-D solid stress s analyses with a commmercial FE EM code. Compare C resu ults of analyttical, experim mental, and numerical aanalyses of sttructures. Use U both stress and deflecction predicttions to speccify the desiggn of a struccture. Two T alternatiive suspendeed conveyor systems havve been desiggned to transsfer prrocessed maaterial in a reecycling plan
and domain knowledge variables and coordinates• Applying concepts and generating • Applying conceptual and I, II & III mathematical relations mathematical knowledge• Ordering and numbering equations as well as identifying independent and redundant equations• Planning the process and outline for • Applying conceptual III, IV & V solving the problem knowledge• Solving for targeted variables • Problem-solving knowledge • Advanced knowledge and analytical skills• Designing , manufacturing and • Junior engineering major level
society in reference to water and energy infrastructure. I alsowant to apply myself to other areas that fall under the civil engineering umbrella such as environmentaloperational design and the conservation of natural resources including sustainable water planning anddesign.” This student self rated their association with civil engineering as a 9, and defined a civil engineer as Page 22.180.5“A civil engineer is an engineer that can flourish in many different areas of expertise across disciplines...There is no aspect of society that is not influenced by civil engineers. Civil engineers create a better, saferlife for everyone and the
these existing assessment tools is that they have been developed basedon different frameworks, and hence, the integration of non-consistent assessment tools into anoverall program assessment is challenging. Beard et al.7 suggest that an assessment plan toevaluate curricular efforts to integrate professional skills into programs should includestandardized rubrics.Beyond the studies that focused on assessment of individual skills (e.g., teamwork), a few recentstudies proposed more comprehensive assessment tools targeting a larger set of professionalskills. For example, Huyk et al.23 studied engineering students enrolled in multi-disciplinaryproject team courses to investigate the impact of reflections on the service learning and otherproject
mentoring network, quarterly socials forfaculty and students, tours of local companies and a Girl Scout Badge workshop20.Recruitment and Retention Activities at the University of North TexasThe University of Texas has designed a three-part plan to achieve their recruitment and retentiongoals23: 1. “Sponsorship of portable and mobile summer computer engineering robotics camps for middle and high-school women students, coordinating with regional Girl Scouts councils and other organizations to help with recruitment. 2. Creation of an Ambassador program using young women currently enrolled in the upper division of current computer science and computer engineering programs as a form of outreach to area high schools and junior
the director for teaching and learning initiatives in the Broadening Opportunities through Leadership and Diversity (BOLD) Center in CU’s College of Engineering and Applied Science. She holds B.S. and M.S. degrees in chemical engineering from CU, and a D.Phil. in mechanical engineering from the University of Oxford, England. Dr. Louie’s research interests are in the areas of engineering student retention and performance, teaching effectiveness and collaborative learning.Amber Shoals, University of Colorado, Boulder AMBER SHOALS is a senior in the CU College of Engineering and Applied Science majoring in architectural engineering. She plans to attend graduate school after graduation.Cindy
mathematical statistics. As with the Stochastic Modeling course,approximately ¼ of the semester is spent reviewing how to apply these prerequisites in anindustrial or service application. One of the first reinforcement activities for this course includes an in-class review exercisefor hypothesis testing. This exercise includes a review and reinforcing application practice onhypothesis tests and distribution yield; distribution assumption checks; single sample acceptanceplans; and MIL STD 105E acceptance plan operations. The in-class exercise has the studentsdevelop a decision-table for selecting the most appropriate hypothesis test for a range ofsituations. One of the student sample products from this exercise is shown in Figure 5 below.While it
isimportant that all NASA employees are not only aware of, but also well informed about theaccomplishments of their Agency, and have an understanding of future plans. This course isbeing designed for NASA engineers and technicians who are anxious to gain an overallunderstanding of NASA’s engineering in the service of exploration through a core knowledge ofhuman spaceflight and robotic missions—past, present, and future.The NASA Missions course will present detailed synopses of key NASA missions, focusing onwhat has been accomplished, current undertakings, and potential future endeavors from anengineering and personal passion stance. Learners will recognize how the driving forces behindAgency-wide successes are more than science and analytics, and how
organization of curriculum development activities around four course strings to improve integration of learning outcomes and activities; ii. Development of interlinked curriculum components (ICC’s) to organize and reinforce core ideas in the chemical engineering curricula; iii. Using service learning in required chemical engineering courses; iv. Integration of assessment plans and processes throughout the chemical engineering Page 15.411.3 curriculum; v. Offering faculty development activities to expand knowledge and to provide development opportunities; and vi. Implementation of dissemination plans to share
. Seven themes, systems, electromechanical devices,fabrication and acquisition, software, fundamental engineering concepts, communication, andbroadening activities, each interwoven throughout the three quarters of the first year experienceare the course objectives6, 7. The curriculum is aptly entitled “______ ____ ___ ___” because themicrocontroller acts as a mobile lab for the students. The undergraduate students are expected tomaintain the microcontroller bringing it to and from class for projects and homework, essentiallyliving everyday with their “lab.” The fully developed curriculum has been refined over the yearsby experienced faculty members. The instructors can access pre-written lesson plans and masternotes for the course, thus
after the event and all are continuing theirwork at TAMUK. Seven of the 9 participants are engineering majors, one is a computer sciencemajor, and one participant is majoring in physics. Four of the 2009 participants (three Page 15.861.5engineering and one biology) transferred in fall 2009 with one other having attended prior to theexperience but has not matriculated. Several of the past participants were planning to transfer assoon as they completed the core curriculum at their community college due to the differences inexpenses.Table 2: May-mester Participant Demographics by Year Year 1 Year 2
alignment with thosestandards. To further enhance the standards-based emphasis of the project, master teachers inboth mathematics and science conducted sessions throughout the summer institute during whichthe participating teachers developed their own lesson plans utilizing information and tools fromthe project that were more finely aligned with specific curriculum standards. These lesson planswere published on the web in PowerPoint format to be available to all teachers in the project.The approach used in the two MSP programs is supported by the results of a 2009 study by theNational Academy of Engineering (NAE). “Ad hoc infusion, or introduction, of engineering ideas and activities (i.e., design projects) into existing science
knowledgeand skills.” Figure 2: The collaboration model of iMDE.4.3 OutcomeThe set of lectures provided the students with new integrated knowledge and hands on experience of e.g.innovation, product development, business, engineering and design. The innovation process was introducedusing the three stages suggested by Brown and Katz (2009); inspiration (e.g. looking for market needs), ideation(i.e. coming up with ideas solving the market need) and implementation (i.e. ways to implement and makeprototypes of the idea). The innovation process was also covered from the aspects of desirability (market needetc.), feasibility (product development), and viability (business plan etc.). In addition to the new knowledgeobtained
the common environment of the campus based class for this type of computer-intensive tutorial.The authors believe that the E-live software has been valuable in facilitating meaningfulinteractions that have added value to the learning experiences of engineering students. Lookingforward, we aim to encourage more student-produced content and interaction. As studentsbecome better equipped with their own Tablet PCs, we plan to facilitate the production andsharing of individual and small group student solutions in these E-live tutorials, via the use ofother functions such as “breakout rooms.”In this short study, we have demonstrated the benefits of offering real-time, web-conferencingclasses to on-line students in engineering. Our next step is to
possible plan for recycling inthe historic center of Venice. All garbage and recycling is collected by boat on a daily basis. Theproject involved a complex consideration of politics, economics, technology, logistics, andpeople issues. Garbage and recycling collection boats have different designs, and there exist acomplex set of traffic patterns for collection, many of which were based on historical reasonsrather than logic and most of which result in unnecessary boat trips. In addition to theengineering issues, recycling was not generally adhered to so addressing incentives andeducation was critical. The result was a plan that would allow for significant decreases in trashthat needs processing while collecting much more recycling material without