toundergraduate students from the various STEM (aerospace engineering, electrical engineering,mathematics, mechanical engineering, chemistry, biology, computer science, sociology, andpsychology), and non-STEM majors (political science, and English). The questionnaireadministration was repeated in Spring 2019 to students from the STEM and non-STEM majorswho had not responded in Fall 2018. The questionnaire included few additional items (gender.academic standing, GPA, design/project experience). These demographic items preceded theAT-20 items. The study was approved by the Institutional Review Board (IRB). The studentswere invited to respond to the survey through their instructors who were provided copies of theinformed consent forms. The survey
characterization and modeling of their material properties. American c Society for Engineering Education, 2021 Intersection of Race and Gender on Experiences of Undergraduate Engineering Students in Leadership RolesAbstractThis project explores the leadership beliefs, experiences, and knowledge/skills of undergraduateengineering students who have self-identified as having leadership experience at a Research Iminority serving institution for Asian Americans and Native Americans, as well as a HispanicServing Institution. Thirty-two undergraduate engineering students with self-identifiedleadership experience were recruited from the College of Engineering across
-dimensionalvectors focused on geometric and algebraic vector addition (subtraction), scaling of vectors,slope and the length (magnitude) of a vector. Lesson 2 focused on the operations of dot productand vector projection. Lesson 1 included the target material for this study; Lesson 2 was given ina traditional instruction format. For Lesson 1, an activity was developed in Geogebra™ thatprovided students some key definitions and visualizations for 2-dimensional vectors, and thenfacilitated an exploration with geometric vector addition and subtraction using the paralleldisplacement and scaling. Some elements of the activity are shown in Figure 1. In Panel 1,students are given the definition of a vector and use the interactive figure to explore the changein
survey was given to understand their learningexperience and collect their feedback. The Next step tasks were related to a final project so thatstudents could build up their understanding and apply their study to an open-ended semester longproject.Gamification applicationGamification, also known as serious games, is the use of game thinking and game mechanismssuch as point-scoring, levels, challenges, leaderboard, or even rewards in a non-game context toengage learners in solving problems [4]–[10]. College students grow up immersed in technology,regularly play video games, have a shorter attention span, and prefer engaged and interactivelearning [11]. It is believed that gamification with careful thought and planning can be a greatway to motivate
voluntary two-day workshop (“ChemE Camp”) at our institutionfor rising chemical engineering sophomore students just before the start of classes in the fall.The workshop includes team-building exercises, a hands-on project, career fair information, a labtour, presentations from faculty and upper-level students about upcoming classes, the curriculum,and internship opportunities, and some recreational games. A detailed description of the campand its activities can be found elsewhere [19,20]. In addition to being a venue for students tolearn more about chemical engineering courses and the profession, it also serves as anopportunity for them to meet peers and interact with upper-level students and faculty. Theinformal faculty-student interaction
companies such as SIEMENS and for USAID projects.Dr. Natalie L. Shaheen, Illinois State University Dr. Natalie Shaheen is an assistant professor of special education at Illinois State University. Dr. Sha- heen’s research and teaching focus on equity and access for disabled students in technology-mediated K-12 learning environments.Dr. Anne Therese Hunt, I received my masters’ and doctoral degrees from Harvard University’s T. H. Chan School of Public Health, where I served on the faculty for twelve years before starting a research consulting company. There, I have been involved with research design and analysis on diverse projects at the Harvard School of Public Health, the Harvard Institute for International
100 110 Day of the SemesterFigure 1. Project timeline for KDA problems. Purple dots indicate scaffolded (except day 46), in-class KDA problem solving, green dots indicate KDA practice problem submission, blue dotsindicate homework wrapper (for the previous assigned practice) submission and red dots indicateexams that included one KDA problem.As Figure 1 indicates, instruction on KDA began on day 32. The instructor first explicitlyexplained how to identify KDA problems. Kinetics data analysis problems will describe a reactor and how it was operated during experiments and it will present the resulting experimental data. The problem will identify one reaction that was being studied
Paper ID #35228Teaching an Engineering Lab Through Hybrid InstructionProf. Shamim Mirza, California State University at Long Beach Dr. Shamim Mirza has been teaching at the department of Mechanical and Aerospace Engineering, CSULB, since Fall 2013. He is teaching several courses including materials labs. His research interest is in the field of nanotechnology, especially, polymers and nanomaterials (e.g., carbon nanotubes, graphene, organic/inorganic nanoparticles, bio-sensors). Dr. Mirza was the PI of several government SBIR/STTR projects including NASA, DoD, and NIH. American
situations, and to learn a wider variety of terminology, applyingtheir knowledge and skills in a more cultivated manner appropriate to their level of experience.3. Proficient: Students within this category continue to learn and apply a range of high‐level skillsin multiple and varied of frames of reference, including comprehension and synthesis related toadvanced technical projects. This stage is indicative of a high degree of engagement in requiredacademic tasks across a broad range of content areas.The student outcomes relative to each of the three descriptors may be described using appropriateRevised Bloom’s Taxonomy action verbs6. For example, the first two Bloom’s levels, Knowledgeand Comprehension, would map to the Emerging proficiency level
nozzles for its LEAP engines. GE Aviation projects have printed morethan 30,000 fuel nozzle tips in 2018 [2] and GE expects to print more than 100,000 additive partsby 2020 [3]. Engineering components printed by 3-dimensional printers are employed asmechanical structures in an assembly. In order for the printed components to be useful forengineering applications, mechanical properties of printed parts must be known for structuraldesign. The properties provide answers to the strength of the material, the types of stresses acomponent can endure before failure, and the size of a component based on the loads itexperiences. 3D printed materials have recently been studied for their mechanical properties [4,5, 6]. This study was undertaken to further
systems, Windows 10, Mac,and Linux as well as iOS for iPads. This ebook also took advantage of several Mathematica © American Society for Engineering Education, 2021 2021 ASEE Midwest Section Conferencenotebooks from the Wolfram Demonstration Project [15]. MATLAB is commonly used for signalprocessing and communication systems simulation [16]. Mathematica provided a direct methodto integrate interactive graphics with text and equations as well as organize the material intoopenable/closable chapters/sections/subsections and therefore was selected for this effort. Thecurrent version of the ebook can be downloaded from Introduction to Communication Systems[17] and from the digital repository of
facility. Somestudents, however, are not ready to return to in-person classes. These kits will be used tominimize the exposure of students who are immuno-compromised or otherwise needing toremain remote. These kits can also be used as a supplement in case of a future breakout of flu orto accommodate distance students. The primary plan for these lab kits is to move them to use foractive learning sessions in lecture courses such as our Process Operations course. Instructors mayuse them for demonstrations or in-class activities. Teams can also check a kit out for homeworkand projects. Writeups for these smaller activities are in progress.Permanent Changes to the CourseIt appears that operations will be nearly normal for the 2021-22 academic year. The
students: worked onengineering design projects, participated in skill workshops, took math and science preparatorycourses, and team building activities. Additionally, the ECI scholars were provided with anupperclassman peer mentor.In 2019, with changes in funding and a new direction by the administration, it was necessary tochange the model of the ECI Summer Bridge program. Instead of a six-week program, the newmodel would be a five-day program that mainly focused on developing students’ math skills,teamwork, and ensuring students were acclimated to campus. The goal for the change was tocreate a shorter in-person interaction that was more cost-effective, while still providing similarmath placement and success outcomes.C. ECI 5-day Summer Bridge
be an easier platform tomaneuver than a zoom call, additionally seeing the server as good for fast communication andversatility. For one of the semester projects, his team made their own Discord and found ituseful, not only for the project, but for socializing. This can explain some of the decrease inmessaging totals we noticed as the semester finished. Velma and Scooby were interviewed separately. Enrolled in the same section of thecourse, but in different groups, they mentioned they became friends in part by trading messagesin the Discord server. They both primarily used the server to discuss course content; however,they were active in the student-started Discord Minecraft server. Velma has used Discordpreviously through her own
adjusted to new ways of teaching, learning, andcommunicating online. Programs designed to support peer to peer connection becameincreasingly important as students grabbled with being disconnected from one another. Formany, this disconnection and social isolation negatively impacted their mental wellbeing andacademic progress [2] [3]. For existing programs designed to support student connection andengagement, operating in a socially distant, remote format made it challenging to meet theirgoals. The authors summarize their experience with adapting a makerspace peer mentoringprogram with a focus on the successes and challenges they experienced during the process.BackgroundThis project takes place at Western Washington University (WWU), a public
2recent research argues that since the effects of some pollutants from the industrial era haveeffects that can last hundreds if not thousands of years, the number should be significantly larger(Boyle & Coates, 2005; Tonn, 2004). If this approach is taken, engineers must go beyond theproduct life cycle towards the “project” life cycle which also includes the process (e.g. thefactory and distribution techniques). The paradigm of the design process then must shift toexamine not only the original system, but also change of that and other systems over time (Boyle& Coates, 2005).While many categories could exist, sustainability is generally examined within the context ofenvironmental, economic and social realms. The biosphere upon which the
institution. 27Goals and ObjectivesThe primary goal of the still-developing exchange program between the UW-Stout and the h_dais to provide continuous opportunities for students from either institution to easily travel andattend courses offered by the other institution. A secondary goal is to create a faculty exchangeprogram involving both teaching and collaborative research opportunities. In order toaccomplish these goals several objectives have been completed and still others are in the works.These include the development of faculty-led student exchanges, semester / yearlong studentexchanges, collaborative research projects for both students and faculty and faculty exchanges.The final goal is to
Water Recycling and Filtration Anna Pocquette, Nick Angelino, Sam Allegretti, Kyle Reusch, Alya Abd Aziz, and Bala Maheswaran College of Engineering Northeastern UniversityAbstract economy, but more importantly can greatlyAccess to usable and clean water is arguable reduce poverty and deadly diseases.the most valuable resource on Earth. The Contaminated water is linked to a multitudeobjective of our final project is to be able to of diseases as stated previously, mostrecycle and filter greywater on site, in an
engineering classroom. These exercises can rangefrom a simple poll or discussion in class to the extreme of completely flipping a classroom in whichstudents learn content outside the class and use class time to work on problem sets, active learningexercises, projects, or similar activities. The latter extreme hopes to allow students to work onproblems in a more controlled and collaborative environment than doing problem sets at home ontheir own. Flipped classrooms have shown positive results in some engineering courses, but thisis not universal for all implementations in engineering courses with some studies showing mixedresults in learning outcomes [4].At Villanova University, all mechanical engineering students are required to take a
). Before joining MSU Mankato, Dr. Kim was a Visiting Assistant Professor in the School of Engineering at Purdue University, teaching courses in the thermal fluid sciences, and conducting research in nanotechnol- ogy. His research expertise and interests lie in the controlled synthesis of CNTs for thermal and biological applications. While at Purdue, he was actively involved in research sponsored by DARPA (Defense Ad- vanced Research Projects Agency) in the development of carbon nanotube (CNT) enhanced wicks for vapor chambers (Thermal Ground Plane Program), and in enhancement of thermal interfaces using CNTs (Nano Thermal Interface Program). Currently, his research activities are concentrated in the area of engineering
seen in students outside the stereotyped group [1]. For example, when African American collegeIndex Terms – HBCU,stereotype threat students are stereotyped as intellectually inferior when enrolled at predominantly White institutions of higher INTRODUCTION education, anything that reminds them of their race can Despite the projected growth of underrepresented significantly decrease achievement [10]. In theirstudents in science, technology, engineering and groundbreaking work, Aronson and Steele showed
Paper ID #243692018 ASEE Mid-Atlantic Section Spring Conference: Washington, District ofColumbia Apr 6The importance of assessment of vulnerability for improving the robustnessof a computer networkMr. Dilnesa T Nukuro, University of the District of Columbia Dilnesa Nukuro was born and raised in Ethiopia. He studied Electrical and Computer Engineering at University of the District of Columbia and is planning to graduate in Spring 2018. His research interests include the application of wireless sensor networks and cybersecurity. He was awarded the IEEE Region 2 Project showcase 2nd place at New Jersey in 2017.Dr. Paul Cotae
about the effectiveness of the flipped classroom approach in freshmen and sophomore STEM gateway classes in comparison to student performance in traditional lecture classes Goal 3: Strengthen STEM core academic performance in two key areas: retention and graduation Outcome 4. Increased retention of STEM majors at SJSU, CSULA, and CPP Goal 4: Facilitate a culture of transformative pedagogical change among STEM faculty at the three CSUs Outcome 5. Increased number of STEM faculty at the 3 CSUs who are using active learning in their classroomsTheFlippedClassroom For the FITW project, the FCM is defined as an active learning strategy that delivers
, and the abundance of intensive engineering projects lead to an unhealthywork-life balance and eventually lower levels of mental health for this population. To date, however,there has been no comprehensive study on the prevalence and types of mental health conditions thatafflict engineering students, or any data on whether certain disciplines within engineering may see agreater prevalence of certain mental health conditions among students than other disciplines.This paper presents the results of a one-year study performed at California Polytechnic State Universityto address the knowledge gap surrounding mental health across students in different engineeringdisciplines in higher education. For this study, the authors developed and administered
was supported over the years by research awards from the National Science FoundationDUE/STEP #1068453, DUE/STEP #0431642, and HRD/GSE #0225228, as well as byconversations with numerous colleagues on our projects (http://rise.oucreate.com/people/) and atmany conferences. Many of the examples of systemic racism, elitism, sexism, and otheroppressions are taken from the findings of those research projects. We are grateful, above all, forthe students who chose to share their experiences in engineering with us. References Cited[1] National Center for Science and Engineering Statistics, "Women, Minorities, and Persons with Disabilities in Science and Engineering: 2017," National Science Foundation
determine their knowledge of engineering before hands on activities and projects are completed. The goal is to spark students knowledge in engineering at a young age by performing experiments and activities. A final survey is given after the activities are conducted to understand how much the students have learned about engineering.Elizabeth Beatty, Engineers on Wheels I am a senior civil engineering major at Rowan University. I have participated in the Engineers on Wheels clinics since the second semester of junior year.Joseph Egan, Engineers on Wheels I am a junior at Rowan University, currently studying Mechanical Engineering. My research is focused on increasing interest in STEM education in grades K-6 students. We
contains approximately 30 short-answer questions while the three-hour lecture final exam contains seven design-type problems. Weighting Assessment Item Quiz No-Quiz Quizzes 22.5% n/a Lab Reports 20.0% 22.5% Final Project 7.5% 7.5% Lab Final Exam 20.0% 25.0% Lecture Final Exam 30.0% 45.0% Table 1: Weightings for quiz and no-quiz options.Each of the ten quizzes had a similar format. The first page was a hardware-based or an assemblylanguage problem
research that may result in faculty not achieving promotion & tenure (PnT). Regardless of the rules laid out in policy documents, if there is a negative institutional stereotype about engineering education research, it will come through in the peer- reviewed approval committees. This is of special concern for pre-tenure faculty that may see EER as an impediment to achieving tenure. • Lack of Graduate Students. For an institution that does not have a Ph.D. program in engineering education, there are not engineering graduate students that are in a position to work on research projects. This has two impacts. The first is that this puts additional onus on the faculty to do the day-to-day research
participated European Union Projects in which she conducted series of professional development programs for in-service science teachers. Areas of research interest are engineering education, inquiry learning and evolution education.Dr. Hasan Deniz, University of Nevada Hasan Deniz is an Associate Professor of Science Education at University of Nevada Las Vegas. He teaches undergraduate, masters, and doctoral level courses in science education program at University of Nevada Las Vegas. His research agenda includes epistemological beliefs in science and evolution education. He is recently engaged in professional development activities supported by several grants targeting to increase elementary teachers’ knowledge and skills
Representative for USC.Dr. Gabriel Terejanu, University of South Carolina Gabriel Terejanu has been an Assistant Professor in the Department of Computer Science and Engineer- ing at University of South Carolina since 2012. Previously he was a Postdoctoral Fellow at the Institute for Computational Engineering and Sciences at University of Texas at Austin. He holds Ph.D. in Com- puter Science and Engineering from University at Buffalo. He is currently working on the development of a comprehensive uncertainty quantification framework to accelerate the scientific discovering process and decision-making under uncertainty. Some projects currently supported by NSF and VP for Research include discovery of novel catalytic materials