everybody else”. Student A said this was very different from theexperiences of their classmates, “Yeah, definitely very tight-knit, where you know everybody inthe community. You know, I know everybody in the grade, and then the grade above, gradebelow, which is crazy talking to people now, they're not used to that.”Student E shared a similar sentiment commenting when at home, “I can go to the store and I'llrun into so many people. I have to plan for extra time whenever I'm going anywhere. I run intopeople and talk with them for a while.” Later in the interview, they shared that being on at alarge campus “it's very easy to feel like just a number in the class”. This student shared thedesire to make campus feel smaller by joining a living learning
Confidence should be conducted.More meaningful internship experiences offered earlier in a student’s university education mayalso help to improve Career Fit Confidence of all students. Future research investigating theeffects of timing and number of internship experiences on Career Fit Confidence could informprogram planning that would increase persistence. The Expertise Confidence in ML/AI shouldbe further fostered in the curriculum to increase persistence of students pursuing thosespecializations. Earlier explicit exposure to ML/AI specialization Expertise in their first twoyears of undergraduate studies may positively influence the Expertise Confidence and IntentionalPersistence of students. Again, further investigation into the university
“an abilityto apply engineering design to produce solutions that meet specified needs with consideration ofpublic health, safety, and welfare, as well as global, cultural, social, environmental, and economicfactors.” The new general criteria has added a detailed definition for Engineering Design [1]. Inthe new general criteria, SO5 replaces student outcome (d) in the old general criteria. It states “anability to function effectively on a team whose members together provide leadership, create acollaborative and inclusive environment, establish goals, plan tasks, and meet objectives.” In thenew general criteria a definition is added for term “Team” which is expressed as “a team consistsof more than one person working toward a common goal and
incentivized in severalways. It contributed to make this project a positive experience that has paved the way to similarSTEM projects on campus such as another pilot project embedded US 1100 that focuses onenhancing performance of students co-enrolled in remedial math and college level algebra. Thissummer 2020, one of the authors of this paper and a faculty in the School of Engineering will beworking also on another STEM project related to SVS. The project is a summer camp to high-school girls interested in STEM, in particular in engineering and engineering technology. TheSVS curriculum will be included as part of the camp planned activities. Finally, the authorsexpect that this experimental research strengthens the literature on SVS and helps
Polytechnic InstituteMelissa Shuey, Rensselaer Polytechnic InstituteMarta TsyndraMakayla Wahaus, Rensselaer Polytechnic Institute Makayla Wahaus received her Bachelors of Science in Sustainability Studies and Applied Physics from Rensselaer Polytechnic Institute in 2020. After completing her senior thesis, ”Community Supported Agriculture in the NY Capital Region: Pathways, Economics, and Community”, she plans to farm with a local CSA producer while navigating to her desired career path. c American Society for Engineering Education, 2020 Student Perspectives on Navigating Engineering PathwaysLike many of the National Academy of Engineering’s consensus studies, the 2018 Pathwaysreport [1] tells
development of a codebook for analysis of the ethnographic interview data. Dr. Loshbaugh taught in CSM's EPICS program, for which she developed extensive course and faculty-support materials, and designed and implemented a leadership course and overseas summer field session. She has recently been appointed to develop a diversity plan for CSM, and has experience in international education, corporate training and coaching, and academic editing.Brittany Claar, Regis University Brittany A. Claar is an undergraduate student at Regis University, studying sociology; she has recently transferred from Colorado School of Mines, where she was a Chemical Engineering student and worked as a Research
on a well-defined set of concepts in science. All lesson plans include a final designchallenge. The middle school students must use the scientific and mathematical knowledge andmethods they have learned to design, build, and test a working artifact to achieve a goal.Teachers felt that improvements could be made with each kit to enhance student engagement andlearning, and some teachers enacted changes during their course of teaching with the kit.Teachers perceived that all three kits increased students’ engagement and learning in science.Students enjoyed each of the three kits, thought learning with them was fun, and understood theteachers’ learning objectives. Students thought that the best part of the entire unit was the designand
damage the strike might have caused,Intercenter Photo Working Group members alerted senior Program managers by phoneand sent a digitized clip of the strike to hundreds of NASA personnel via e-mail. Theseactions initiated a contingency plan that brought together an interdisciplinary group ofexperts from NASA, Boeing, and the United Space Alliance to analyze the strike. Soconcerned were Intercenter Photo Working Group personnel that on the day theydiscovered the debris strike, they tapped their Chair, Bob Page, to see through a requestto image the left wing with Department of Defense assets in anticipation of analystsneeding these images to better determine potential damage. By the Board’s count, thiswould be the first of three requests to secure
cumulative grade point average(CGPA). The largest number of students 887, or 76%, completed CBK requirements andprogressed to upper division status in either two or three semesters. These results align with thedegree plans of the five TAMU Engineering majors in this study, which allocate approximatelythree semesters for completion of CBK. Figure 1: Number of Students per Semester Progression to Upper Division Status by Completion of CBK 600 500 477 400 410 300 Number 200
method Page 12.1159.5Before choosing a strategic teaching method, faculty need to understand the way the brain solvesmost design engineering problems. Within any strategic plan for engineering, various tactics areavailable including design methods such as brainstorming, morphology, evaluations, finiteelement analysis (FEA), features-based modeling, rapid prototyping, etc. But according to Eder,engineering tactics can be applied as learning techniques for anyone.Eder9 also proposed that problems are a constituent part of a design project. The simplestproblems have essentially one solution and are well-characterized by the mathematicalhomework
Page 12.1198.4 engineering major throughout their years in the program; Career Exploration Workshops I helps students take career interest inventories, learn about engineering and science careers through guest speakers and discuss financial aid options. Parental activities (such as picnics and workshops) were sponsored to enhance a parent’s ability to 3 monitor their child’s academic performance and assist with college planning; Cultural Awareness is designed to help students embrace and value diversity; and Individualized peer-mentoring between high-achieving University of Pittsburgh students and the 11th-12th grade high school students. Selected University of Pittsburgh upper class
educational development of the undergraduate is the degree to whichthe student is actively engaged or involved in the undergraduate experience. His researchfindings suggested that curricular planning efforts will reap much greater payoffs in terms ofstudents' outcomes if we focus less on formal structure and content and put much more emphasison process, pedagogy, and other features of the delivery system, as well as on the broaderinterpersonal and institutional environment and culture in which learning takes place.Richard Light reached similar conclusions in his intensive interviews with a randomly selectedsample of Harvard undergraduates (interviewed during their first and last year).6 He wrote in thepreface to the Harvard Assessment Seminars
beexplicitly stated as an important outcome in higher education55-57. Self-regulatory learning isdefined as the self-generation and self-monitoring of thoughts, feelings, and behavior in order toreach a goal48,49,52,58-60. Self-regulated learners tend to set specific learning goals, use a widevariety of learning strategies in order to learn, frequently self-monitor their own learning, assessobstacles that may arise and potentially interfere with their learning, develop plans for sustainingtheir motivation, have a good sense of their emotional makeup and have strategies for managingtheir emotions, and systematically use strategies for evaluating their own progress towards agoal61. In contrast to learning styles models, which posit the learner as less
accommodate the variation in math and science preparation, theITE instructors design a curriculum that is challenging yet feasible for participants with differentlevels of grounding. The professors and teaching assistants that serve as instructors for the ITEclasses are drawn from the various relevant disciplines at UVa and all have extensive experienceteaching during the academic year.The calculus workshop is based around a hands-on topic that can be completed in the week spanof the program, assuming no prior knowledge of calculus. In 2005, the instructor used theexample of running a banana split stand in order to teach calculus-based optimization. Thestudents were tasked with coming up with a plan to maximize the profits of the commercialenterprise
,“learner centered” course. While we did indeed invest a great deal of time and energy thus far tocreate this comprehensive transformation, we believe that the students enjoy materialsengineering to a higher degree, are more involved in their own learning, and score somewhathigher, as a group, on certain classical examination questions. Unfortunately, our sample sizesare still small, but we will continue to build an assessment data base for this course as wecontinue to teach and modify this course. Because the initial assessment data is at leastencouraging, we plan to continue making changes to the course that encourage activeinvolvement of the students in their own learning. Since it is a rare student who has no contactwith or interest in music
appreciation and futureinterest in the BME field. The pre-class survey asked students to indicate their interest and plans in various BMErelated activities, such as their interest in following popular and academic media on BME topics,their interest in taking other BME related courses, and their interest in future BME careers and/orgraduate school. Their answers were normalized and averaged to obtain a pre-class BME interestfactor. Similar questions were also asked in the post class survey, along with additional questionson whether they felt the class raised their interest, awareness, knowledge and skills in BME. Allanswers were normalized with respect to the number of questions, so that the additionalquestions in the post-class survey would not
into their device, as well as any materials necessary tomend device damage incurred during Lesson 3. Following approximately thirty minutes of cali-bration and testing, the students reconvene and attempt one shot at each of two targets spaced anindeterminant distance between five and fifteen feet. The group with the smallest composite targeterror is declared the competition’s winner.Learning Assessment: Given the nature of the project and the duration of the interactive presenta-tion, a group discussion on the results of this project is typically omitted. Likewise, as the students’weekend is filled with other planned activities, homework is not assigned.Unit Assessment: Despite the fact that the control systems unit is the most technical unit
doing a micro factory layout and a business plan for them to start producing some of the products that we’ve worked with them on for income generation and skills development and technical training"Another participant states: “We work with some villages in Ghana and we are working with them right now to start a business, smokeless cooking fuels. They take biomass corn or something else and they create ethanol and then from the ethanol they gel the ethanol into a thick jelly and they use that to cook.”The faculty motivation for learning through service was not only to motivate students to acquiredisciplinary content knowledge, but also determining how and where to extend such knowledgeto solve problems in
onlinesimulations for nanotechnology. The project partner served as the client and set the criteria bywhich the project solutions could be judged for success. The nanotechnology project requiredstudent teams to create an interactive learning module relating nanotechnology to grades 11 or 12science and mathematics topic as listed in the state standards. To achieve this goal, students wereasked to plan and create a fully developed graphical-user interface (GUI) utilizing MATLAB.10The students were given access to the project partner’s online environment so they could furtherunderstand the client for the project (nanoHUB.org). The ultimate project goal was to upload thedeveloped educational tool to nanoHUB’s site and make it available for high school students
, distance education, learner-centered instructional design, delivery strategies, technological change, and international agriculture development and education.James Linder, Texas A&M University Dr. James Lindner is a professor at Texas A&M University, He earned his bachelor’s and M.B.A. from Auburn University and Ph.D. from Ohio State University. His research focuses on planning and needs assessment, distance education, international development, and research measurement and analysis. Page 23.613.1 c American Society for Engineering Education, 2013 Fostering Creativity in
Caucasian males are the majority in the engineering major, but I did not think that we had to try to push others to become engineers to diversify the major. As you can see, I am very skeptical.” “I'm not one for forcing under represented groups to do things strictly for the sake of some statistics. So I don't plan on trying to get more females to be engineers and things like that. I would much rather go somewhere and talk to the kids who want to be engineers whether they be male or female, black or white, whatever. It's not my job to balance that out, nor do I have the power to do it. But what I can do is help the people who really want it. I can show them what I did and how I did. If I one day own my own company I can
prototype for an entrepreneur as part of their capstone project may partner with ateam of business students who develop a business plan for the same sponsor, or engineeringstudents might work with a team of students in Information Science and Technology (IST) tocreate use cases and develop specifications for a new product data management system for anindustry sponsor. While this is by no means unique the Learning Factory, it has enabled theengineering capstone teams to work with students in six other colleges over the past five years:Arts & Architecture, Business, Communications, Earth & Mineral Sciences, Health & HumanDevelopment, and/or IST. To date, most of these cross-college partnerships entail only twocolleges (and usually