experiencesinvolve use of current real-time open-source software and supported microcontrollers.At the beginning, to introduce students the topics on defining real-time systems, power pointslides presentation and class discussion are used to in the lectures. As these topics are the basisfor further learning, it is important to help students to set up a solid and comprehensivefoundation. In class discussion questions are designed to enable student to reflect on keyconcepts in real-time systems, and to encourage active learning. Here are some examples: 1) Arereal-time systems synonymous with ‘fast or high performance’ systems?, 2) “In the statement‘All practical systems are ultimately real-time systems’, what is your idea of the degree of ‘real-time’?, 3
Subsystem Test Plan 8 Team Charter and Project Plan 9 Subsystem Test Results 10 Personal Growth Plan 11 Formal design reviewTerm 2 – EE-408. In the second course in the three-course EE senior design sequence each teamcompletes the Final Design of their system solution, on paper. Upon reflection, each studentassesses their team processes and defines ways to use team processes more effectively in supportof team productivity. Following that, all major subsystems are built and tested. The second termends with an oral Final Design Review. Throughout the quarter there are weekly meetings withthe advisor. Substantial, continuous individual
of HTML5 Geolocation interfaceThe getCurrentPosition method returns the current position of a device. ThewatchPosition method monitors the device’s position. When the position changes, thecallback function must be invoked with a new Position object, reflecting the current locationof the device. Table 5 gives the attributes of the Postion interface. Position Interface Attribute Value Unit Descriptioncoords.latitude double degrees The latitude of postioncoords.longitude double degrees The longitude of positioncoords.accuracy double or null
decoder needs to output the correct Results and Discussionsignals to the LEDs to display the chord. To receive feedback from the public, we created a survey for the people at theEach time the user presses left or right, the engineering expo to fill out which serves toprogram shifts forward or back in the chord reflect their opinions on our product. Fromlist and outputs the four signals required to the survey, we were able to see that everydisplay the next chord. This repeats until the person who filled out a form had somecenter button is pressed, at which point the musical experience. This could suggest somecode moves to the last mode. In the last mode, voluntary
be seen as a reflection of the honest and forthrightapproach taken to explaining to students that engineering education is not an exact science andthat every class we teach is an experiment intended to make their education better.DiscussionConsidering only students who failed the pre-test, the average student score on the PSVT:R post-test was 18.6 percentage points higher, which falls in the middle of the range reported by otheruniversities [4], where reported gains ranged from 1% - 29%. The 𝑝𝑝 value for the 1-sided t-testfor the comparison of means was less than 0.001 with 𝛼𝛼 = 95%, indicating that the improvementwas statistically significant. The effect size of the training was 𝑑𝑑 = 8, which is large. Not allstudents who received
that reflect the disciplinary backgrounds of other 3 3 0% team members Talk about a project design using other discipline language 3.5 5 42.86% Average 24%From survey, it is apparent that both students have been interested in analog circuit design and a careerin the same area. The pre- and post-survey indicated 24% on average improvement in various aspect oftheir skills that have been impacted by the project. They also found that the board tested their knowledgeand skills of the theoretical knowledge gained from related courses. Future implementation of the boardin classroom will be followed by more detailed survey and
. Engagement assignments also increased in value to contribute a greater portion of theoverall course grade. “Lost and found” engagement assignments have been used since theinception of the course; these assignments require students to reflect on course material toidentify one topic from a lecture or module which left them feeling lost and one topic that theyfound interesting. These assignments receive individualized responses to guide “lost” students toadditional resources to clarify concepts or correct misunderstandings. The instructor also gainsinsight into topics of more significant student interest.The semester project for the course is integrative, requiring a stakeholder analysis, creation of amessage map [16], and production of several written
with a range of strategies,student-centeredness, collaboration, flexible thinking, scaffolding, lifelong learning, andcommunication [11]. The project aligns with moving beyond lower-level assessments to favorhigher order outcomes that reflect knowledge creation and real-world performance expectations[12]. The current HVAC project requires students to complement the in class learning andactivities with independent project work, in which they research relevant procedures and designand implement a solution. Second, it represents a culminating experience that requires thestudents to apply their content knowledge from various courses like Technical Drawing,Technical Thermodynamics and Heat Transfer, and Fluids Mechanics. Finally, the HVACindustry
. Figure 5: Arduino Mega to the digital sensor interfaceTable 2 summarizes the activities and the equipment [8] needed in each laboratory experiment. Table 2: Laboratory experiment and activities summary Lab Number Laboratory Experiment and Activities Summary Arduino Microcontroller: Students will experiment with the Arduino microcontroller and IDE. Students will Introduction communicate with two temperature sensors, one digital, the other analog. This will introduce the idea behind reading from sensors locally. Server-Client Communication with XBee Modules: Students will experiment with an IR reflective sensor and
replaced with aproject-assigned ID number to maintain privacy and to mask group membership from raters. Allstudents’ solutions were scored using the PROCESS rubric after the semester. Thus, PROCESSscores did not reflect or influence students’ course grades.In the present analysis, four different raters used the PROCESS tool to assess problem solving toeliminate possible rater bias. Raters’ assessments were analyzed to determine how consistently 3raters measured problem-solving ability. Traditional statistical (intraclass correlation coefficient,ICC) and item response measures (rater severity from the Rasch many facets model) of inter-raterreliability were computed for the four raters, as previously
, American Society for Engineering Education 83. B. S. Bloom, Reflections on the development and use of the taxonomy, In Rehage, Kenneth J.; Anderson, Lorin W.; Sosniak, Lauren A. (eds.). Bloom's taxonomy: A forty-year retrospective. Yearbook of the National Society for the Study of Education. 93. Chicago: National Society for the Study of Education. ISSN 1744-7984, 1994.4. S. Davee, L. Regalla, and S. Chang, Makerspaces: Highlights of Select Literature, Retrieved from http:// makered.org/wp-content/uploads/2015/08/MakerspaceLit-Review-5B.pdf, 2015.5. D. Dougherty, The maker movement, Innovations, 7(3), 11–14, 2012.6. J. Gilbert, Educational Makerspaces: Disruptive
], communication issues [12,16,18], pacing [12,18], andeffects on at-risk students [16,19]. There has been a lack of agreement in the literature with respect tothe results of the use of blended learning in terms of both student attitudes and performance (see [20]).The goals of this research are to take an inventory of concepts and techniques used to teach first-yearengineering, to reflect on recent online teaching experiences, and to discuss opportunities forimprovements.Teaching Modality – Face-to-FaceFor the first-year engineering curriculum, students take a mix of math, physics, chemistry, english, andengineering courses. The current study is restricted to the engineering courses which includeengineering mechanics I (statics), mechanics II (dynamics
students in pursuing their undergraduate studies.AcknowledgementsPartial support for this work was provided by the National Science Foundation Scholarships inScience, Technology, Engineering, and Mathematics (S STEM) program under Award No.2130428. Any opinions, findings, and conclusions or recommendations expressed in this materialare those of the author(s) and do not necessarily reflect the views of the National ScienceFoundation.ReferencesApriceno, M., Levy, S. R., & London, B. (2020). Mentorship during college transition predicts academic self-efficacy and sense of belonging among STEM students. Journal of College Student Development, 61(5), 643-648. https://doi.org/10.1353/csd.2020.0061Bagès, C., & Martinot, D. (2011
the formal.Architectural form was a function of a resolution of forces acting upon it. August Choisy and Guadetof the Ecole de Beaux Arts in Paris had laid the foundation of this attitude. While Lutyens and hisdisciples paid lip- service to Indian motifs, a thorough grounding in the art and craft of constructionwas always held to be a prerequisite for architectural training. This was reflected in the fact that theBombay school had a strong technical component and all the schools that followed it, such as theBengal Engineering College at Calcutta, Baroda's Kalabhavan (House of Art), Delhi's Polytechnic,were primarily technical/engineering institutions with a department of architecture. Engineering andconstruction courses took up the lion's
in the water and wastewaterclass were also in the previous hazardous waste class. These students were asked to reflect on thetwo experiences and were specifically asked if the lectures should be graded and if moreguidance should be given. Below are some comments. - “I will say though that I knew the stuff I taught on much better than the stuff my classmates taught.” - “I think doing it again would be very beneficial for the future class.” - “I think a general structure for the lecture would be very helpful for preparing, but since each chapter is very different a loose structure would be best.” - “I liked it, I think that it helped me engage in the content.” - “I liked how it was done in HazWaste (than in
entire program. ConclusionsAn attempt has been made to identify the desirable characteristics of “good” teamplayers. Some of these results may have been correctly anticipated. For example, older,more academically successful students with hands-on and work experience seemed to bebetter candidates for “good” team players. On the other hand, the fact that women andthe representatives of the “majority cultures” seemed to do better may not be so obvious.The fact that high analytical and low verbal SAT scores seemed to indicate “poor” teamplayers, may simply be a reflection of the fact that a large fraction of them were Asians,who usually do well in mathematics but tend to have (English) language
). µ is the weight of the device in pounds (µ ≤ 5.0). δ is the volume (in cubic feet) of the container (actually the cube of its longest edge dimension) (δ ≤ 4.0). Figure 1: Problem Statement for Design I ClassThe artifacts are ordered from “best” (instructor’s judgment) to “poor” in Table 1 asindicated by the numbers from 104 to 32 in the second column that can be referred to therating system described in Figure 2. Note that these ratings are completely subjective,and only reflect the testing (figure of merit) to the extent that the evaluator chooses. The104 rating was awarded for one group’s extraordinary success in achieving the goals ofthe project (routinely depositing all ten ping pong ball in 1.2
D. The students canthen instantly see how their answer corresponded to their classmates’ answers. The correctanswer can be discussed and the students gain valuable feedback, essentially in real- time. Theinstructor can also save the data gathered during a CPS session for further study and analyses. Italso can help the instructor identify and improve the content of topics that are difficult. Testing the Iron Cross ModuleBefore the Iron Cross module was presented, the instructor handed out a reflective activity sheetin class with some probing questions that the students should study. This was intended to getthem to think about the biomechanics of the Iron Cross maneuver and to think about whichmuscles are involved
and to try to statistically contrast the results. Such statistics would be the ever moreenhanced if collected over the course of several semesters of teaching.In conclusion thus, the author’s first experiment with PBL in an engineering Dynamics classproved helpful although certainly not perfect. It appears that more preparation and carefulplanning for such experiments is an absolute must. Qualitative evidence pointed to the benefit ofsuch an experiment to student learning as reflected by student feedback and general studententhusiasm about the assigned design project. References 1. National Research Council, 2000, “How People Learn: Brain, Mind, Experience and School,” National Academy
from the homework than I would was: (a) Conflict with other majorhave otherwise. homework (b) Conflict with Exam (c) Sick (d) Fight with Girlfriend/Boyfriend (e) Late night partying (f) OtherAgain, the free-form comments reflect many of these quantitative assessments. One commoncomplaint about the late days pertains to the period before an exam. The problem set before anexam is not eligible for late days, so that the graded work can be returned to the students in timeto study for the exam. Several students feel that this is when they most need the opportunity toturn in homework
degree of freedom forrealizing more complex three-dimensional MEMS structures. References1. Lang, W., “Reflections on the future of microsystems,” Sensors and Actuators, vol. A72, 1999, pp. 1–15.2. K.E. Peterson, “Silicon as a mechanical material,” Proceedings of the IEEE, vol. 76, May 1982, pp. 420–457.3. Kussul, E.M., D.A. Rachkovskij, T.N. Baidyk and S.A. Talayev, “Micromechanical engineering: a basis for the low-cost manufacturing of mechanical microdevices using microequipment,” J. Micromech. Microeng., vol. 6, 1996, pp. 410–425.4. Koester, D., R. Mahedevan, A. Shishkoff and K. Markus, “Multi-User MEMS Processes (MUMPS) Introduction and Design Rules,” revision 4, JDS
roof are literally the buildingblocks that make the building. These components can either degrade the energyefficiency of the building or enhance its performance and increase occupant comfort.Many new energy-saving components are coming to market. These products do doubleduty, performing their primary jobs while also saving energy. Roof shingles, for example,may be coated with heat-reflective materials that send the sun's heat away from thebuilding, rather than being absorbed and can even generate electricity for the building.Compact fluorescent lights use less energy and put less heat into the building, andadvances in HVAC technology mean more comfortable spaces that use less energy.The benefits from these components will not be realized
internal temperature: minimize heat lossthrough appropriate insulation and unwanted heat gains with solar shading, insulation,and reflective finishes. Consider using thermal mass to moderate daily temperaturevariations and as a seasonal heat source to make use of summer heat in the winter andprovide natural ventilation and cooling, if possible.Design the building envelope to minimize electrical lighting needs: provide ample naturallight and encourage a resource-saving lifestyle.Use energy efficiently: provide heating and cooling through energy-efficientmechanical appliances. Use energy-efficient lights and appliances and provide communalheating and electricity where possible. Set energy design targets and monitor buildingperformance in addition to
power factorcorrection for an 11 kV industrial distribution network in the State of Qatar. The networkmodel has been developed using EDSA professional power system software. The energy afteradding the shunt capacitors (i.e. after power factor correction) has been determined from thepower flow solutions. The on-site measurements have been conducted and the measurementshave been verified by the network model that was developed by EDSA software. IntroductionIndustrial power distribution networks experience increase in power losses during summerperiod 1, 4. This is mainly related to the excessive use of air conditioning system and motordrives which reflects an increase in the electric load. Such increase in
asthey work it: • Understand how to locate and read typical meteorological year 2 (TMY2) data. • Correct for the difference between TMY2 timestamps and local solar time. • Choose a diffuse radiation model and assume a reasonable value for ground reflectance. • Correct the SRCC collector efficiency data for angle of incidence, flow rate and fluid heat capacity. • Assume some mathematical behavior for the incidence angle modifier beyond its specified limit of 60 degrees. • Remember to integrate total gain throughout the night, not just when the sun is up! Proceedings of the 2008 ASEE Gulf-Southwest Annual Conference The University of New Mexico – Albuquerque
Quarter-Wave Transformer, Measurements Mismatches, Impedance and 5 Lab 3: Basic Operations Using Advanced S-Parameters Design System Software 6 Lab 4: Quarter-Wave Impedance S-Parameters, ABCD Parameters, Matching (Week 1) Lumped- Element Impedance Matching 7 Lab 4: Quarter-Wave Impedance Single-Stub Tuning Matching (Week 2) 8 Lab 5: Circuit Tuning and Quarter-Wave Transformer, Theory of Electromagnetic Small Reflections, Binomial 9 MIDTERM EXAM Basic Coupler Properties, Quadrature Hybrid
Quarter-Wave Transformer, Measurements Mismatches, Impedance and 5 Lab 3: Basic Operations Using Advanced S-Parameters Design System Software 6 Lab 4: Quarter-Wave Impedance S-Parameters, ABCD Parameters, Matching (Week 1) Lumped- Element Impedance Matching 7 Lab 4: Quarter-Wave Impedance Single-Stub Tuning Matching (Week 2) 8 Lab 5: Circuit Tuning and Quarter-Wave Transformer, Theory of Electromagnetic Small Reflections, Binomial 9 MIDTERM EXAM Basic Coupler Properties, Quadrature Hybrid
associatedwith being on the team, their perception of the role of gender on their experiences, and how theythink the experiences are preparing them for the future. Alumni will be asked to reflect on theirexperiences on the team as well as how well the team prepared them for their current role. Dataobtained through this process will likely provide information about why team members join aparticular team, how members perceive that their experiences on the team are impacted bygender and the gender composition of the team, and about individuals’ perceived levels of self-efficacy. The information will be used to identify psychosocial or other factors that maycontribute to self-efficacy. Common themes from the interviews and focus groups will be
effects with care, and the surveyasked students to reflect back to the beginning of the term.Implications and Non-Implications We end by emphasizing some implications of this work, and perhaps more importantly,some non-implications of this work. First, we see an important implication in the hiring of morediverse faculty. In order for students to experience positive MRMEs, there is a need for morefaculty that can serve as role models based on a variety of social markers and personal identities.To draw on the vaccine metaphor, we emphasize that while increasing instructor diversity amongmultiple
helps you learn how to work with others an employee for the company. and, like, especially people who, like, you don't work well with or who you never worked with before"Personal Being able to create the best version "You're going to apply to a lot of jobs. Itgrowth of yourself through self-reflection, might take a while for something to stick, marketing yourself efficiently, and and you can't just say, "No, no, nobody being able to recognize and wants me." You gotta, you gotta keep improve upon