successful as well, as the components functioneddata collected from the extended timeline, the condi- properly. There are also plans to test both qualities attions under which algae is produced should become once by placing the buoy inside of an ice bath some-clearer and a solution for this problem can be created to Buoy Images
develop and conduct appropriate experimentation, analyze and interpret data,and use engineering judgment to draw conclusionsPerformance Exceeds Meets Expectations Developing UnsatisfactoryIndicators Expectations 3 2 1 06-1: Develops Develops an Develops an Experimental Experimentalexperimentation effective effective procedures address procedures fail toAbility to convert a experimental plan experimental plan; problem, but makes addressdescription of a with all significant
has served as Board Alternate and a program planning committee member of the University Clean Energy Alliance of Ohio (UCEAO). As a member of the National Science Foundation Partners for Innovation team, he has served as Director of the Minor in Nuclear Engineering program at Central State University and oversees the development and implementation of the program. He is a Permanent Member of ASEE, a Life member of the National Society of Black Engineers (NSBE), a Senior and Endowed Member of the Society of Manufacturing Engineers (SME) and a Senior Member of the American Society for Quality (ASQ), he is a Life Member of the American Nuclear Society (ANS). Dr. Ajayi-Majebi, is a recent 2021 Recipient of the
nature of the senior design project provides an opportunity for theresearchers to chart longitudinal changes from the first to the students’ third semesterinteractions with the writing tutors, assessing the value of an integrated approach. The program’simpact on students’ attitudes toward revision and the value of tutoring, as well as the impact ontutors, are part of the assessment plan. The goal is to change the students’ focus from simplypresenting their results to communicating them.The goals of the project are to demonstrate to students that revision is essential to the writingprocess and that feedback can improve their written communication abilities. The expectation isthat they will continue to seek critical feedback as part of their
seen in Figure 1, in 2020 the city of Pittsburgh saw a 2% EV share of new vehicle purchases.The city also enacted 19 promotional actions, which are strategies to facilitate the growth of theEV industry The city also plans to add more than 200 new public charging plugs on city propertyand more than 2000 to total across the city by 2025 [7]. A large amount of charging load isconnected to the distribution network, which significantly influences the load shape comparedwith the traditional power grid and affects the transportation network.Figure 1: Electric vehicle shares of new vehicles and promotion actions in the 50 most populous U.S metropolitan areas. [6]As discussed above, the forecasts for EV charging are
at the U. of Iowa representing HNI • Reviewer for Energy and Sustainability Journal since 2010 • Developed and implemented three strategic plans to earn KSA national, ABET and SACS American c Society for Engineering Education, 2022 Paper ID #36044accreditation for PMU, KSA (2009-2013) • Conducted Specialized ME training on numerous industrialapplications for major oil/gas corporations worldwide (2009-2013) • Serving on the advisory board ofCenter for Computer Aided Design, U of Iowa (2003-present) • Tens of industry consulting services inthe areas of product design, development over the
viewpoint of various stakeholders and to bring arguments in support of theirposition.Our work-in-progress is part of a larger effort to reduce the barriers to standards adoption byengineering programs by creating a complete set of educational materials for educators based onspecific case studies that foster consideration and use of standards in quality systems (ISO13485:2016), and cyber-security in medical device design (ISO/IEEE 11073). Materials includelesson plans, content, and homework assignments that will be delivered as videos, tutorials, casestudy narratives, and Canvas modules. Our preliminary efforts have encouraged the continuationof the development of content, though our efforts will benefit from other educator participation -this paper
elementary and middle school children (2005-2009) • Supervised 30+ design/research projects involving 83+ undergraduate students • Hosted numerous outreach programs for 2000+ pre-college students • Combustion Institute KSA Country Chap- ter founding member • Supervised three annual teams of international design exchange students from France conducting research/design at U of Iowa and Industry • Served as industry liaison between U. of Iowa and HNI Corporation for nine years • Served as a member of industry advisory board for Col- lege of Engineering at the U. of Iowa representing HNI • Reviewer for Energy and Sustainability Journal since 2010 • Developed and implemented three strategic plans to earn KSA national, ABET and
power cycle was the Otto cycle. The team planned two weeks to complete this activity. The initial strategy was to start with one solver and, once done, to go to the next. MET students to develop Excel solvers, CSET student to code and develop the GUI interface, and CET student to manage the overall project. Visual Studios was planned for GUI programming. The initial proposed programming strategy is shown in Figure 1. Figure 1: Proposed GUI Programming Steps for Otto CycleResults: The GUI was developed in coordination with individual Excel solvers for each of theproposed cycles. Details about the Excel solver(s) are included below. When the GUI programbegins, the user is taken to a home page, as seen in Figure 2
successful results of including SIMD, we plan to include SIMD as part of the course topics in future implementations.5.2 Student SurveyAt the end of the semester, students completed an anonymous survey. The following is aselection of the questions asked.▪ Q1: The instructor did a good job of making the objectives of the course clear to me.▪ Q2: The instructor stimulated and deepened my interest in the subject.▪ Q3: The instructor motivated me to do my best work.▪ Q4: Value of the laboratory component of the course.▪ Q5: Overall rating of this course as a learning experience. For each of the questions (Q1-Q5), all students provided the same ratings, and thus theaverage rating for each question was identical. The results per semester were as
news [8].• It is a rewarding experience for these five senior students. They went through the main cycle of the R&D of a product with a short timeline of two semesters, emerged themselves in a multidisciplinary environment, and successfully delivered the prototype of a product. Towards the end of their senior design, the engineering team had the chance to interact with business senior students to form the business plan for a potential startup company. Figure 7. Showcase in Celebrate Gannon and interviewed by local TV stations. 6 Proceedings of the 2022 ASEE North Central Section Conference
person for communication 3. Create an action plan for prototyping 4. Develop, demonstrate and assess the prototype within the context of Step 1. 5. Revise as needed, going back to any of the steps over and over, as needed!We cannot overstate the critical first step in the collaborative project process is to understand thefundamental assistive technology (AT) need. Then, it is critical to build the team. In the currentwork, this is accomplished through a hybrid model formed by the basic BioDesign processmodified by the SETT framework, as show in Figure 1. The Stanford BioDesign method fordevice design divides the innovation process into three main steps: Identify, Invent, Implement[6]. Many designers rush through the “Identify” first step
(the client, whose role is played by one of theProgramming 2 course instructors) is seeking an alternative, app-based method for students likeBrittney to learn the materials. For added realism, the instructors provide an actual “Pack YourWagon” Oregon Trail lesson plan28 and various published articles related to the development ofthe original The Oregon Trail text-based computer game. A corresponding lab exercise has eachstudent building a second persona for the supplied lesson plan, to both provide a differentperspective and to practice their creative writing skills. These new personae are shared withinteams to learn the essential EM skills of both giving and receiving constructive criticism – animportant form of communication in the software
Engineering Education 4Summary and Next StepsThis work-in-progress offers some initial empirical results on the understanding of howengineering students conceive ethics through the lens of moral foundation theory. Descriptiveanalyses were carried out and comparisons to a commensurate Chinese engineering student sampleand previous work was made. The next steps of this study include a more thorough analysis of theUS student sample as well as formulating a plan to connect moral intuitions with student-heldvalues (correlational analysis). Future work will also expand the sample of students to two USinstitutions, one European institution, and three
other user supplied lock. The fullrack assembly can be seen in Figure 10. The majority of the rack will be made out of square steeltubing, which is 2” x 2” and 0.12” thick on top and on the sides with ¼” thick sections used onthe bottom pieces. Originally, the whole rack was planned to be made from the 0.12” thicksquare stock steel, but after tipping calculations were completed using a simple moment equationon the bottom corner, the ¼” thick square stock was chosen to be used on the bottom. Thischange increased the weight at the bottom of the rack significantly, minimizing the effect of theheight of the rack on the moment equation. 5
electrical engineering at the sophomore level. While students are generallyfamiliar with op amps by the time they begin research, concepts such as transimpedance andtransconductance amplifiers are topics that even senior students do not routinely encounter.Furthermore, in beginning coursework, students typically focus on the behavior of a single op amprather than using several to create a more complex circuit. Understanding and debugging a muchmore complex circuit provides students with a rich opportunity to learn beyond what is typicallyoffered in the classroom. The tuning of each stage (through adjusting resistor and capacitor values)of the circuit requires careful planning to ensure proper operation (without clipping) over the entiredesired
weeksafterwards. At the current time, we are helping the other student find a relevant internship.At the conclusion of the summer internship, we solicit feedback from both the employers and thestudents to help assess the program. For the 2023 SASI program, we plan to work with Miami’sCareer Services to market the SASI program directly to companies interviewing on campus andincorporate it into their hiring plans. Our goal for 2023 is to have 30 sponsored students in theworkshop. 5Proceedings of the 2022 ASEE North Central Section ConferenceCopyright ©2022, American Society for Engineering EducationTable I. Three-week schedule of material covered during the
disadvantages of offering manufacturing programs outweigh its advantages, the future ofmanufacturing engineering programs looks not very promising unless larger institutions or majorindustries get involved. On the contrary, any institution with a good plan and location near avariety of industries or major industry can sustain its manufacturing programs since millions ofmanufacturing jobs are still available (even though a fraction of these will be engineering jobs)and retiring manufacturing personnel need to be replaced. Bureau of Labor Statistics (BLS)presents that there were 292,000 industrial/manufacturing engineering jobs available in 2020 andit expects a 14% increase (faster than average) in that figure between the years of 2020-2030,adding
thecritical time period before and after the total solar eclipse which last 2~3 minutes. However, for theupcoming 2024 total solar eclipse, more accurate estimates are desired for a better planning of theflight operation and timing for payload preparation, balloon launch, actual flight in the air, andpayload tracking and recovery, and also for video-streaming during the eclipse moment as well asa post-eclipse period as part of a typical balloon flight of ~2 hours. As such, one of the high-priority tasks was to extend and optimize the run time of the videopayload. For the past three years until 2020, however, no meaningful progress was made, partlydue to the fact that students assigned to the task needed to spend a considerable amount of time
theteaching of mathematics. It was the material embodiment of a radical educational philosophy.” 1LOGO Culture's success showed that complex topics could be taught with the direct use ofcomputers and electronic systems. A turtle that could teach typing, for example, if it wereprogrammed to move in a way that would trace the typed words across the floor. It would thenhave a “pen down” command to do the actual inscription, and a “pen up” command to move tothe next letter.26, 31 These projects showed that it is possible to teach computer programmingalongside and in addition to another subject. This lesson plan structure has become a hallmark ofEducational Robotics and is still used today.30
digitalstorytelling. In my classroom, I encouraged my students to use digital storytelling tocommunicate their findings and seek feedback on their engineering designs. The process ofredesigning curriculum gives engineering educators a space to critically reflect on how the taskpositions students in relation to their teacher and interrogate whether this snapshot of the learningenvironment and instructional planning is conducive to a liberatory education.Using a technology integration tool like a Google Document (Google Doc) can fall anywherefrom substitution to redefinition on the SAMR framework. One way to determine whether it is asubstitution, augmentation, modification, or redefinition is to decide the level of Bloom’s Proceedings of