current with industry and all of theseexperiences enhance my learner-centered classroom. Some examples of how this has benefited my tenurejourney: q Recently, the Human Resource Director and I decided to collaborate on projects that reflect our experiences. We are jointly presenting a paper at a conference in February and are working on a book about our partnership. This engagement has resulted in a collaboration that fits in the Discovery criterion. q By teaching in industry, I stay current with business and industrial environment. I have coordinated the courses to accommodate the company needs yet I have maintained and not compromised our curriculum objectives. q I have involved the
engagementwith the instrument. An expert in the field was tasked with taking the assessment to establish abaseline for the amount of time reasonably required to complete the EERI thoughtfully. Thechange in score was calculated for each individual, and histograms, Q-Q Plots and theShapiro-Wilks test were used to evaluate the normality of this data [9]. A paired pre/post t-testwas employed to evaluate the differences in the EERI scores from the first to the fourth year.This test was chosen for its effectiveness in comparing two related samples.ResultsInitially, the P score, which measures postconventional thinking based on universal good, had amean pre-score of 60.62 (SD = 17.59). Over four years, it decreased to a mean post-score of57.24 (SD = 19.37
displacement of the body moving alongthe path C during the action of F on the body. If the force F is constant and the displacementvector of the body during the action is q, then the work done on the body is given by U1→ 2 = F ⋅ q = Fq|| (2)where F is the magnitude of F and q|| is the scalar component of q parallel to the force F. If welet the angle between the positive directions of F and q be φ and assume that both F and q are notzero, then notice that the values of both q|| and U1→ 2 are negative if and only if 90° < φ ≤ 180°. Proceedings of the 2004 American Society for Engineering Education Midwest Section ConferenceWork of a moment.The work U1→ 2 done by
changes each time the student accesses the exercise, so this exercise is only partiallystatic.The process of checking the student results in this case uses a conversational style, simulating whatan instructor might do when discussing student results in person. At the end, if all six parts arecorrect, the student is given positive feedback: Fall 2010 Mid-Atlantic ASEE Conference, October 15-16, 2010, Villanova University Figure 4: Two–user RSA Key ExampleUserID: frede is correct, let’s check p next:bitLength(p) == 128, good...p is prime, almost there for p...gcd(e,p-1) == 1, p is ok, let’s check q next:q != p, that’s a good start...bitLength(q) == 128, good...q is prime, almost there for q...gcd(e,q-1) == 1, q is ok, let’s
. R Q A Clk A S Q B R Q Clk B S QTable 1: Illustration of a procedure for designing a sequential circuit in tandem with an example
legends for the charts shown in Figures 6 through 12 are as follows. SA Strongly Agree A Agree M Mixed feelings D Disagree SD Strongly disagree Those of Figure 13 are: VF Very fast RF Rather fast JR Just right S Slow VS Very slow 142007 ASEE North Midwest Section Conference, Educating Engineers for a Sustainable Future, September 20-22, 2007 Figure 6: Survey Q&A - Aerospace summer camp organization was good! Figure 7
H 2 (s) k2 G p ( s) ? ? q( s) (1 - sT1 )(1 - sT2 ) (1)where H2(s) is tank 2 level, q(s) is the flow rate into tank 1 (or the input flow), and the timeconstants T1 and T2 are related to k1, k2, and A by: A2 A(2k1 - k 2 ) T1T2 ? and T1 - T2
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particularly satisfactory response toconcept question 1. The amount of time each student spent on the first question is tabulated inTable 1. Students’ approaches are outlined below. Table 1. Amount of time that students spent on concept question 1, all three parts. Student P Q R S T U V Time (min:sec) 1:20 5:20 8:30 1:33 2:20 9:00 8:50Student S and Student T had similar approaches to the concept question. Neither of them drew afree body diagram (FBD), even though they always drew FBDs on problem-solving questionsthey encountered on their midterm and final exams. For parts A and B, they simply observed thattension from the string creates
being negligible the 1st law of thermodynamics Page 15.1073.12during the heating process is: dE dU du & & = =m = Q −W dt dt dtc). Heat is transferred in via the radiant solar energy collected. Using the data collected,find an average value for Q& in during the heating process: Heat is transferred from the pot due to free convection which depends on thetemperature difference between the water and the surroundings. A theoretical estimate ofthis transfer can be determined to be
components andthe total cost are: PC (q) = p , where p is a constant, OC (q) = kr , where k is per order qcost, r is demand of units per year, both being constant, and q is the order quantity, HC (q) = hq , where h is the carrying cost and is a constant, and 2TC (q ) = PC (q) + OC (q ) + HC (q) = p + kr + hq . q 2 Figure 1: Cost Components of the Car Replacement Problem Figure 2: Cost Components of the Inventory Control ProblemThe total cost may be annualized (expressed as an annual cost) and expressed as afunction of either the retention period for the car replacement problem, or the
. Basic Heat Exchanger Analysis FormulasIn undergraduate heat transfer courses students are introduced to two different methods used inthe analysis and design of heat exchangers. They are Logarithmic Mean Temperature Difference(LMTD) method and Effectiveness-NTU methods. In a heat exchanger the flow heat capacityrate, in general, is defined as C = m& c p (1)where, m & denotes the mass flow rate and cp represents the specific heat of a given fluid stream.The rate of heat transfer from or to each fluid stream can be calculated from the followingrelation q = Ch (Th,i − Th,o ) = Cc (Tc,o − Tc,i ) (2)where, q is the rate of heat
’..’ . Several observations lead to this conclusion about this link,A. The inputs to the network can take on any real value, positive or negative.B. The weights of the connecting links can take on any real value, positive or negative.C. The internal signals, and the outputs can only take on values between zero and one.In this list, A and B imply that the input layer determines the truth level, in a fuzzy system sense, ofstatements about the input variables, and C implies a set of logical statements that use the truth levels at theoutputs of the first layer. We will consider these two stages separately.The Input Layer Each neuron in the input layer determines, as its output, the truth of a statement:Quality Q. is true.The quality, Qn, is a
ofresearch, (4) an interactive tour of the conference hardware competition which provides concreteexamples of cutting edge research, (5) a small group Q&A with graduate students engaged inresearch, and finally (6) a panel discussion with diverse research faculty committed to post-secondary engineering education. The challenges associated with this approach to outreach, theadvantages of incorporating a STEM intervention into a technical research conference, andsuccessful methods for locating a group of underserved students are discussed. In addition, thescale and impact of the intervention are evaluated through open-ended and quantitative surveys.The survey results document the positive student reaction to this intervention. The positivestudent
taken) Participant demographic information (Gender, Race / Ethnicity) Select from lists Q: What interested you about this summer program? Open-ended comment Q: What do you expect to learn and experience in this summer program? Open-ended comment Q: How do you expect this program to help your academic career? Open-ended comment Q: Rate your agreement with the following statements: 5-point Likert scale (strongly I am interested in the field that I am studying. agree = 5, agree = 4, neutral I am interested in a career in STEM. = 3, disagree = 2, strongly I am confident that I am prepared
multiple reason for this, the first and foremost is that the quantile rank itself is a useful diagnostic tool that will allow the researcher to determine whether or not a logarithmic or other fit is useful for the student data. Depending on the nature of the research and the exam itself, one may choose to use the quantile as an indicator that a Q-Q plot should be used next. Quantile distribution functions themselves can take many forms, for example, the exponential quantile takes the form, log ! (1 − 𝑥) 𝑄 𝑥, 𝑦 = − 𝑦 Where, x is greater than 0 and less than 1. Using a simple quantile
combustor. kJ q in := h 3 − h 2a q in = 616.02 kg The First Law efficiency is then the specific net work over the specific heat input. wnet η 1 := η 1 = 35.847% q in An ideal-gas Brayton cycle with a pressure ratio of 12, a compressor efficiency of 85%, a turbine efficiency of 92%, an entrance air temperature of 300 K, and a maximum cycle temperature of 1200 K will produce a specific net work of
undergraduate students. (j) I found the book to be very useful for biomedical engineering technology. It was not so theory orientiented which I think make the book more applicable at this level.Appendix B MEDICAL IMAGING EQUIPMENT E-BOOK STUDENT SURVEY AT EAST TENNESSEE STATE UNIVERSITY In August you were given an e-book “Medical Imaging Equipment Theory” for educational purposes in your course Medical Imaging Equipment, ENTC 4390. In order to help develop this text material and assess its effectiveness please fill in the following survey and return it to your teacher. The individual students are identified by letters of the alphabet A to Q (Spelling and grammatical errors are not corrected in the responses, as
bedescribed by Fick's second law of diffusion. The setup isdrawn in Fig. 1 where D represents the diffusioncoefficient, t is the time, C is the concentration and x is the Fig. 1. Screenshot of the “Drug released across a membrane” module.spatial variable. The goal is to solve the equations and plot thecumulative amount of drug released per unit area (Q) and the The result is displayed for this particular set of data afterflux ( J ). pressing a red-shaded button near the bottom of the page (Fig The governing equation is 2.). ∂C ∂ 2C =D 2 (1
. For more complex fin configurations,only efficiency charts are provided in most heat transfer textbooks1-15. Analysis for fins ofvariable cross-sectional areas or annular fins results in more complex differential equations. Thesolutions for temperature distribution involve complex functions such as Bessel functions. Theanalyses for these types of fins are not typically fully covered in an introductory heat transfercourse. Instead the results are shown in the form of fin efficiency charts.The fin efficiency is defined as q q act η f = act = (1) q max hA(To − T∞ )where To and T∞ are the temperature at the base
processin which proponents of a thesis (T ) seek to specify grounds (Gi ) that respond to refutations ofopponents (Rij ). The inquiry is contingent on a set of shared presumptions (a cognitive status quo)as the foundation, as well as a set of criteria for plausibility and adequacy. The third actor in theprocess is determiner (individual or collective) concerned with termination or adjudication of therational debate.Figure 3 shows possible moves or types of arguments that each party can employ as the dialecticprocess evolves. Disputation begins with proponent claiming one of the fundamental moves. Thiscould be either a categorical assertion (!P ) for “P is the case” or a provisoed assertion (P/Q&!Q)for “P generally (or ordinarily) holds provided
Characteristics of Plasma Antennas,” IEEE Trans. On Plasma Science, vol. 32, pp. 269-281, 2004.5. I. Alexeff, T. Anderson, S. Parameswaran, E. Pradeep, “Experimental and Theoretical Results With Plasma Antennas,” IEEE Trans. On Plasma Science, vol. 34, pp. 166-172, 2006.6. J. Zhao, Y. Chen, Y. Sun, H. Wu, Y. Liu and Q. Yuan, “Plasma antennas driven by 5-20 kHz AC power supply, AIP Advances, vol. 5, https://dol.org/10/10.1063/1.4938084, 20157. I. Alexeff, T. Anderson , E. Farshi, N. Karnam, and N. Pulasani, “Recent results for plasma antennas,” Phys. Plasmas, vol. 15, https://doi.org/1010.1063/1.2919157, 20088. Silver, H., ed. 2011. The ARRL Antenna Book, 22nd ed. Section 4: Radio Propagation. Newington, CT American Radio Relay
supplement a pre-existing oralcommunication lecture with peer assessment, self-reflection, and instructor feedback.The first section of this module was structured to be low-stakes, taking the format of an in-classlecture and assignment. In the lecture prior, a prompt was provided for students to design visualsin a four-minute presentation with one minute being dedicated to Q&A. The next day, a brieflecture was given covering the basics, accompanied by a best practice example presentation anda handout with tips. A fifteen-minute revision period allowed students to adjust theirpresentations to accommodate the material covered. Finally, students were divided into smallgroups, where they gave their presentations and received feedback from their
) first to ensure a lack of redundant material and offerings.Curriculum development began on a voluntary, self-paced course taught through an LMS.However, it was decided that a faster approach to serving the faculty was through workshops.Data obtained from feedback and participation from the first Q&A sessions run during March of2020 were analyzed. The department website also had a handful of online videos about Zoom,Blackboard (still the LMS at that time), and Google Classroom, along with recordings ofwebinars, short tutorials, and links to other resources from AI and the Blackboard site. Workshoppresenters looked at web analytics to decide what curriculum should be the priority for the site.Continued evaluation of workshops happened through
different values of d into the above equation and reduce them mod 9.5(-2+0) ≡ -10 ≡ 8 mod 95(-2+3) ≡ 5 mod 95(-2+6) ≡ 20 ≡ 2 mod 9Note that by choosing a composite n (in this case n = 9) we were able to create a congruencewith three solutions vice the single (or rather double) root of the real quadratic equation!Constructing congruences to impede the traditional solution techniquesCase 1 – factoring. If we restrict the leading coefficient a to be equal to 1 in the quadraticcongruences that we construct we can make use of the Integral Root Theorem (a special case ofthe Rational Root Theorem) [5] which states that the rational roots p/q of a given polynomial anxn + an-1 xn-1 + …a1x + a0 = 0with leading coefficient
the designated amount, mark the pressure read from the digital pressure gage. 7. Once the pressure is marked, collect the wastewater in a graduated beaker for 20-30 seconds. Accuracy is important for volume-flow rate calculation. 8. With the wastewater collected, turn off the hose and allow the source tank to empty. 9. Repeat steps 1-8 two more times with the wastewater valve turned to different angles. 10. Measure elevation head at point 2Calculations: 1. Calculate the volume flow rate (Q) 𝒑 2. Read pressure head using digital pressure gage and calculate the pressure head 𝜸 3. Find velocity by using formula Q = 𝒗 * A
, adapting this to courses outside of the computing field, and hintsand tips for creating an online version [1] or a version for a course with large enrollment. Theworkshop session facilitators believe in active learning techniques. Therefore, attendees willhave the opportunity to try out a code-based scavenger hunt during the workshop.Workshop Schedule 1. Introduction, Purpose, and Agenda 2. Talk to your Rubber Duck! Rubber Duck Debugging Explained 3. Let’s Go on a Scavenger Hunt! 4. Adaption to other courses or larger class sizes 5. Online Resources, Q & A, Wrap-upExample Clue from ECCS1611 Programming 1 at Ohio Northern University Figure 1. Example Starting Scavenger Hunt
, disciplines, individuals with complementaryValue across multiple levels of activity and engagement. etc. skill sets, expertise, etc. q. Integrates/synthesizes different kinds of knowledgeFirst Year Engineering Experience (FYEE) Conference August 6 – August 8, 2017, Daytona Beach, FL W1A-1 Session W1AThe three
have time to answer them all. I was wondering maybe we should have had a shorter presentation and longer Q & A section. I'm not sure if the students would have enjoyed and learned more with a longer Q & A section. I think if we were given some more time, we could have had the kids do an activity relating to engineering, which could be beneficial. (Note: this comment referred to the amount of time at the school) A similar activity, but with local high schoolers, would be a good opportunity to use more interesting/complex experiments.These and other comments show that the REU students not only enjoyed the experience, butwalked away from the outreach activity seeing benefits to both the K-5
Competitiveness • PCAST reports • Letter to U.S. Congress from 150 university presidents (9/30/2012) http://www.renewoureconomy.org/index.php? q=150%20university%20presidentsASEE EDI 2013, STEM Immigration Reform Issues April 16, 2013 Why Is STEM Immigration Important? • As a nation of immigrants, economic progress has been driven by talent • Innovation and knowledge-based economy more important than ever • Economic studies have shown impact of foreign born leaders in U.S. company formation, venture capital, patents, etc. • International competitivenessASEE EDI 2013, STEM Immigration Reform Issues April 16, 2013