wood, or strap on the side of the product. This wouldcorresponding to the outside diameter of the increase the portability of the filter.PVC. The filter runs through this piece, andis supported with 4 legs. 2 pieces of wood are The current product is a good starting pointconnected to the top of this table, supporting for what could be a very reliable waterthe basin. recycling system. Our future plans would beto make more improvements so that system is is recorded and compared to a baseline topractical, cost effective, and effective for our determine the clarity and therefore how cleangoals. Currently the arrangement of the the water is overall. We
which shouldthe chords they need for the song, while reinforce it. We also plan to reprint the piecekeeping the song in their mind by having the standing upright at a 45 degree angle so thatchords all run in the same order they were the fault lines created in the 3D printinginput. The second mode, Practice Mode, process are angled in such a way that they aredisplays the chords on the fretboard one at a not perpendicular to the force created by thetime, and instead of requiring the user to strings.manually cycle through them, it cyclesthrough automatically on a timer. This allowsthe user to practice shifting from one chord tothe next in the order that they will be playedin the song, after they’ve
matrix categorizing mechanistic versus non-mechanistic as visuallypresented in Figure 4. Mechanistic Non-mechanistic Stereotype Medium High Concept Medium High Contemporary High Low Visual Stereotype Concept Contemporary Figure 4 – Outline drawings of Class B fishing boats used in questionnaire [14]. Figure 5 – Lines plans for new Malaysian fishing boat [15].This qualitative analysis presented interesting insights, including a low concern for high seastates and water coming onboard as
work or home stress weresuddenly thrown into a new balancing act where work and home constraints were now happeningat the same time. Teaching from home became the new norm. However, many had never usedthe internet for instruction before. Additionally, their lack of pedagogical understanding ofonline design, facilitation and instruction left many at a loss for best practices.Much of the difficulty may be able to be attributed to the short window of planning andorganizing that needed to occur in March 2020. Then once entrenched in those emergencymeasures, instructors may not have felt it necessary, nor had the time, to modify instructionaltechniques during the spring of the 2020 school year.In hindsight the rapid transition in instruction during
, U.S., “Development of tactile floor plan for the blind and visually impaired by 3D printing technique,” Journal of Graphic Engineering and Design, 7(1), 19-26, 2016.6. Mancini, D., and Nelson, D., “Braille Tiles and ‘Brabble’ Game for the CABVI,” Capstone report, SUNY Polytechnic Institute, spring 2017.7. Brennan, M., and Gee, S., “3D Printing Assistive Technologies for Individuals who are Visually Impaired,” Capstone report, SUNY Polytechnic Institute, spring 2019.
determine the feasibility of utilizing these building materials in today’s market. Lastly,a small, physical model based on the Creo parametric design was 3D printed. A 3D house model was created in Revit, shown in Fig 1.Figure 1. Full model idea of the house in Revit 2020.Figure 2. Level 1 floor plan in Revit 2020 The 3D printed model house is designed to be 10”(L) x 10”(W) x 10”(H). It featuresthree square windows, one round window, and a door. Creo parametric model of separate pieces for 3D printing purposes.Figure 3. Part one of 3D house design for 3D printing. Created in Creo 6.0 Part uploaded to the Makerbot software for 3D printing. The process took almost twodays.Figure 5. The physical model ready to print with a
, Turtleblocks, and Desmos were demonstrated and practicedtogether with the teachers for generating 3D models from mathematical formulations and computercodes. For general science, biology, chemistry, and medical fields, many other websites werepresented with downloadable 3D models ready for 3D printing. (The list is provided in Appendix).Lastly, creating a course plan for a 3D printing project was explained using the course templateavailable on Thingiverse.com. Feedback on ActivitiesSummer camp (on-campus)As a follow-up study, a specific survey for the 3D printing module was not conducted. However, asurvey to measure the summer camp's overall success was conducted. Of 46 students, 26 of themcompleted the survey. 44
including Barns & Noble Press and IngramSpark was introduced.The process of self-publishing a textbook that is based on the use of an MSP432 MCU in anembedded system course has been covered. The impact and the transition due to the Covid-19 hasbeen introduced. The brief discussion related to students’ feedback was also included. A nextrevision of the third edition is scheduled to be published by Spring or Summer of 2021. This shortrevision cycle of the textbook is possible because of the choice of the method of a self-pushingplatform. The author plans to continue to improve the quality of the teaching materials and providemore books and relevant materials for the embedded system education
resulting work was evaluated over the Summer and Fall terms and then planned to beimplemented by this Spring term. However, the SARS-CoV-2 pandemic thrust this ongoing projectinto overdrive to move up completion and evaluation by last Spring semester. This group worked todesign and develop a modular graphical user interface that would allow the user to remotely operatea simulated heat exchanger and acquire data where the physical system is inaccessible.Current HardwareThe current experimental equipment consists of the Armfield DLMX system shown in Figure 1.The system consists of a small battery-operated base unit and seven different cartridges “coveringfluid mechanics, thermodynamics and heat transfer” 8. The battery-operated base unit can
ComputerAided Drafting and Design (CADD) course. The first approach is the incorporation of hands-onexercises that follow Bloom’s Revised Taxonomy. The second approach is the development of alearning community where it is built focusing on the Computer Aided Drafting and Design andManufacturing Processes courses. This paper provides an overview of the two approachesincluding their objectives, exercises, projects, and future plans. The design and development ofthe exercises and projects will be discussed in detail.KeywordsApplied learning, Bloom’s Revised Taxonomy, Learning Communities, CADDIntroductionFirst year of college is an important year to freshman students. The new high school graduatesare required to learn college level course materials and
objectives. Fall 2017 Mid-Atlantic ASEE Conference, Oct 6-7 - Penn State BerksNicholas LaRosa is currently a sophomore at Raritan Valley Community College in the pursuitof a degree in Electrical Engineering. His areas of technical interest include 3D-printingtechnology, lean manufacturing techniques, and analog/RF circuit design. Among other things,he also enjoys cycling and reading in his spare time. In his career, he hopes to continue todevelop his leadership and engineering skills while working to make the world a better place inthe process.Samantha Fegely is also currently a sophomore at Raritan Valley Community College and willearn her Associate Degree in Business Administration in May 2018 and plans to major inMarketing for
students who, in spite of passing an considering how it can be more effective. We need to beintensive language program, still struggle with English, and cognizant of not asking too much time of our working alumni,(iv) students do not follow our advising plans. For example, but also want to encourage more interaction between studentsthe number of credit hours required to graduate in ECE is and mentors. Expecting freshman to reach out to180, but the average number at graduation is about 230. professionals may be too intimidating, so we are considering To illustrate diversity of student backgrounds, Figure 1 more structured meetings between students and mentors,shows the admission status of
anticipated GPA in such as Statics (ME 212) or Dynamics (ME 214) dropsthe semester, the current math course that they were down even further to approximately 30 students. In aregistered for, the math course that they were planning previous paper [1], the author attempted to correlateto register for in the following semester, and their high freshman engineering students’ ACT Math scores withschool ACT Math score. Preliminary results for the students’ academic performance in the Mechanicalsurvey conducted during Fall semester 2015 suggested Engineering program by conducting a voluntary studentthat students making good progress towards their survey in Fall 2015 which asked students in the ME
shared interest presents promise in providing an the authors to believe that complementary personalities mustoverall positive experience for students, further modification also be considered in order to further improve upon theto the process is required. In subsequent iterations of the student experience.course, two additional methods are planned. 1) Skills-based assigned teams that includes consideration for complementary personalities REFERENCES through a preliminary personality test. [1] Karlin, J., & Kellogg, S. (2009). ‘Metrics and the Holistic Learner’. 2) A Hybrid approach that assigns large teams for a Proceedings
changes will be implemented during Peermanagement, degree planning, and finals preparation. Mentor training which will better connect the Welcome Year one assessments indicated that mentees were Week and NSE course experiences for students.genuinely satisfied with the level of interaction they Due to budget constraints, The Power of Twoexperienced with their mentors. Mentees expressed that Mentoring Program will continue from this point as atheir mentors helped them develop healthy study habits voluntary experience for Peer Mentors. The feedback fromthrough bi-weekly meetings. In addition, mentees indicated past mentors and mentees regarding their experiences in
Cincinnati. Whitney also works with the Emerging Ethnic Engineers (E3) Program. She teaches Calculus 1 during the Summer Bridge program and instructs Cooperative Calculus 1 during the school year. Continuing with her commitment to community involvement, Whitney has previously served on the Na- tional Executive Board for the National Society of Black Engineers, a student-managed organization with more than 30,000 members. She served as the Planning Chairperson for the 2013 Annual Convention and is currently an advisor for the Great Lakes Region. Dr. Gaskins the President of the Sigma Omega graduate chapter of Alpha Kappa Alpha Sorority, Inc. She is also a member of the Society of Women Engineers, the Women’s Alliance
level college students who have just taken a course on vector analysis. They havesat through a lecture on vectors and vector arithmetic, but have had little practice with this concept.Considering the fact that K-12 students have been exposed to computers and e-learning 13, weassured that the students have excellent familiarity in working with computers. We planned thetutor with these assumptions in mind.The two main things we were concerned about this tutor were: appearance and functionality14.When the students first approach the tutor, the appearance of the user interface has to be pleasingso the students feel comfortable interacting with the software and learning conceptsmeaningfully15. We made the student interface plain and simple, while at
2 objects 20% (a, x0), etc zero input parametersConclusionsExperiential learning uses transferrable knowledge to understand a mechanism beyondassociative learning in support of casual reasoning. Future studies could include an investigationof the transition from causal reasoning to analytical reasoning based on several mechanisms, etc.AcknowledgmentsThe authors thank Alexei Kisselev for demonstration support and Eric Cheung MD UIC MedicalCollege Psychiatry Department for neuroscience discussion. 2018 ASEE Mid-Atlantic Spring Conference, April 6-7, 2018 – University of the District of ColumbiaReferences1 City University of New York A Plan for Experiential Learning 2016, http://www1.cuny.edu
the Committee on K-12 Engineering Education in the National Academy ofEngineering and National Research Council Center for Education) on her report to Congress1,have been implemented in a program designed for teacher enrichment using optics and cosmicray projects. A teacher usually has a tight lesson plan calibrated to the requirement of a StateEducation Board and/or SAT/ACT requirement nationwide. The challenge of asking a teacher totrain a student’s mind for the development of an engineering mindset is not an easy task. Amongthe high school subjects, physics could be one of the subject that is amenable for modification interms of exposing students to design related to science knowledge. Given that physics is arequired subject for most
their active thinking, and professors assume the role of guide and mentor.Professional Proficiency through Critical ThinkingThis effort is supported and validated through the development of a program assessment plan, andall undergraduate degree programs have mapped at least one of their program goals andcorresponding student learning outcomes to critical thinking. Examination of curriculum andacademic program instruction shows that approximately 90% of applied critical thinking academicprogram goals and learning outcomes at the mastery level are demonstrated through ‘problemsolving’, ‘design’, and within ‘team-based’ assignments. In engineering and engineeringtechnology, this maps to senior multidisciplinary design courses that encompasses
78.2, and the average score of non-PLTL section was 67.8.The improvement of student performance in the PLTL section was about 15%, compared with thenon-PLTL section. 100 80 60 40 20 0 PLTL section non-PLTL section Figure 1. The comparison of the average of uniform final examIn conclusion, our results suggest that integrating PLTL recitation workshop into first-yearElectrical Circuit course will help our students bridge the learning gap. We plan to collect moreinformation for future improvements and expand this practice to other EMT150
together to build, acquire tool safety, understand how to use tools, electronics, anddevelop a fictitious company that uses ROV’s for some particular challenge. Many of thestudents also join the engineering club to enter challenges using their underwater robots.These tasks require all students to communicate, strategize, plan, and decide upon solutions tocomplete the challenges15.ConclusionsSTEM programs should be started at the elementary school level because it is easier to align theyounger fresh minds on the path of STEM education by displaying it in different playful ways.After the Elementary School STEM education, the students need to be introduced to their careerpath to choose the field of study in STEM areas that they want to explore for
management. He also has over eight (8) years of academic and academic enrichment (experiential learning) program planning, design & lead- ership experiences. A trained human factors engineer and fitness enthusiast & advocate, Dr. Woodrow W. Winchester, III brings with him a strong passion for the health & wellness space with research interests that seek to advance an understanding of consumer connected fitness technologies in improving health outcomes especially among marginalized populations. JAMEELA AL-JAROODI received the B.Sc. degree in computer science from the University of Bahrain, the M.Sc. degree in computer science from Western Michigan University, the Ph.D. degree in computer science from the
exclusion [20, 21, 25, 31, 34-37].Structural policies can have similar impact on student exclusion. Requirements that students becalculus-ready before starting an engineering degree program can prohibit students frommajoring in engineering disciplines. Although some programs exist (e.g., summer bridge andred-shirt-like programs) to serve students “whose high school records do not yet represent theirpotential,” program capacity is often well below the need [38]. Enrollment Management (EM)policies arbitrarily exclude students based on performance in prerequisite classes that are notalways indicative of potential in major coursework or as a practicing engineer. Depending on theimplementation of the EM plan, the thresholds of performance can be
to follow do exist, showing empathy and respect is alwaysinclude raising awareness of disability inclusion topics appreciated and should be done often in the classroom.among their partners and employees. [18] Institutions of higher learning can also help with the gap VII. FUTURE PLANSin persons with disabilities on a STEM pathway. MississippiState University (MSU) has taken additional steps to help The authors plan to create a student-run, chapter-basedstudents with disabilities, in addition to the disability organization for students across the state of Mississippi, tosupport services on campus. The Department of Computer include middle and high school and college levels
. Tufenkjian M., Eshraghi M., Jamehbozorg A., Castillo M., Allen E., Schiorring E. B., Development of anocean-themed introduction to engineering & technology course for freshmen students. OCEANS 2017 -Aberdeen. doi: 10.1109/OCEANSE.2017.8084698.8. Sun C., Won D., Allen EL, Gadhia H., Golden eagle flight plan online: A web-based advisement tool tofacilitate developmental advising. 2016 ASEE Annual Conference & Exposition, doi: 10.18260/p.25411 .9. McDermott L. C., Physics education research: The key to student learning. Physics World, 17(1):40-41,2004.10. Sharif A. A., Menezes G. B., Schlemer L. T., Won D., Discovering the magic of mathematics:Mathemagics. The Seventh Edition of the International Conference "New Perspectives in ScienceEduation
usage occurred in the2019 capstone projects. For the 2018 cohort, the capstone advisor has reminded the students ofthe availability of the software both for installation on a personal computer as well as in theproject lab. All capstone student have key card access to the project lab thus reducing thesoftware installation obstacle. The authors plan on reviewing the software at the start of the firstcapstone course during Winter 2019 as an intervention to reacquaint the students with theimportance of material selection and usefulness of this particular software program. Thesoftware is powerful in that in the record for each material it has attributes such as durability insalt water or other fluids and environmental impact such as recyclability or
, andwe have incorporated that as an essential element of all of our Fundamentals courses.8 Ourcourses also incorporate active learning techniques that have been shown to increase the depth ofstudent conceptual understanding.9 Furthermore, all three courses include a printed circuit designproject that naturally teaches the students the importance of external standards, constraints,developing test plans, and the importance of learning new tools, a goal of ABET accreditation.10In the first semester, students design a simple signal generator circuit, in the second a LED-basedmusic visualizer is designed, and in the final semester, an ECG system is the project.6 Note thatthe projects in each semester are progressively more complex, both in the
students: Teachers 1. How confident are science and technology teachers in teaching an integrated STEM lessons and design activities? a. Does their confidence increase with TRAILS professional development? 2. What challenges do science and technology teacher identify when planning integrated STEM activities in rural school settings? Students 3. To what degree do students demonstrate learning of STEM content knowledge embedded within TRAILS lessons? 4. To what degree do students use 21st century skills when engaged in TRAILS lessons? 5. Does students’ confidence in learning STEM subjects increase after engaging in TRAILS lessons? 6. Does students’ interest in STEM careers change
the role that constraints played in their creation. They said “we didn’t have the materials or the time to do that so . . . we could only make the upper floor.” They also included this on the list of prioritized features for their design on a planning sheet (Figure 2c). Our research methodology was not rigorous enough to speculate if the game directly influenced the engineering thinking observed, but it was clear that the game allowed for detailed discussions of engineering concepts, and that all groups touched upon these in their presentations. V. Conclusions and Future