American Society for Engineering Education, 2019 Make to Innovate: Blending of a project-based learning and flipped classroom pedagogies to provide real-world engineering experiences to engineering studentsAbstractThe Make to Innovate program at Iowa State University in the Aerospace Engineering departmenthas been operating for seven years. We implemented this program to give students across multipledisciplines and different levels of experience the ability to learn through experiential learning.The goal of the program is to reinforce students’ understanding of engineering fundamentals,engage students with faculty and industry experts, and to augment the students’ skills to includeprofessional development
participants.Table 2. Aggregate academic information for participants (ntotal = 10). Type of academic information Participant characteristics Year of Study 3 seniors; 4 juniors; 3 sophomores Engineering Major 5 mechanical; 2 chemical; 2 electrical; 1 aerospaceOur sample size of ten participants was informed by two considerations. First, this pilot studyrepresented a limited test of the efficacy of our scenario methodology before scaling up to alarger study. Second, our sample size of ten participants enabled us to devote individual attentionto the interviews and sorting processes of each participant to uncover nuances in how eachparticipant worked through our scenario. A sample size of ten
in engineering can be achieved through a combination ofcurricular and real-world experiences. Thus, this project incorporates faculty and industrymentorship, workforce development seminars, an industrial internship, and entrepreneurshipprograms.introductionThe Tech Intrapreneurs Program (TIP) at Texas Tech University responds to a needs analysisand industry requests to hire a more diverse workforce [1] with individuals from traditionallyunderrepresented groups (women and ethnic minorities) advancing to managerial positions. Theprogram is designed to produce intrapreneurs with a particular focus on bolstering therepresentation of underrepresented minorities. Intrapreneurship is the practice of developing anew venture, product, or service
lens in addressing issues ranging from building elementary teachers knowledge and skill in teaching science to coordinating learning communities addressing mathematics curriculum as a persistent barrier impacting student success and retention in undergraduate STEM pro- grams. She is currently OI on a NSF DR K-12, Co-PI on a USDOE Title III Hispanic Serving Institution, internal evaluator on FAU’s NSF Advance early phase grant, and a member of the Advisory Board on the NSF STEM+C in Broward Schools and the NSF MSP at the University of Toledo.Ms. Dana Hamadeh, Palm Beach State College Dana Hamadeh earned a Bachelor of Science in Computer Engineering and a Master of Education in Cur- riculum and Instruction with a
Paper ID #27276Student Persistence and University Transitions in STEM Majors: Commu-nity College Students’ Challenges and SuccessesDr. Gisele Ragusa, University of Southern California Gisele Ragusa is a Professor of Engineering Education at the University of Southern California. She conducts research on college transitions and retention of underrepresented students in engineering and also research about engineering global preparedness and engineering innovation. She also has research expertise in STEM K-12 and in STEM assessment. She chairs USC’s STEM Consortium. c American Society for Engineering
the environmentalperformance of a product from raw material through production, use and end-of-life phase. Asenvironmental awareness increases, industries and businesses are assessing how their activitiesaffect the environment. Society has become concerned about the issues of natural resourcedepletion and environmental degradation. Many businesses have responded to this awareness byproviding “greener” products and using “greener” processes. The environmental performance ofproducts and processes has become a key issue, which is why some companies are investigatingways to minimize their effects on the environment. Many companies have found it advantageousto explore ways of moving beyond compliance using pollution prevention strategies
role of lab safety manager and lab manager Apply – Create – Translate (ACT) 5 activities aligned with the research and goals of the program. Examples include: Modules ₋ Participate in STEM program for underrepresented groups ₋ Participate in K-12 outreach activities ₋ Technology commercialization activity through university programs or NSF I- CorpsTo achieve these goals, graduate students are integrated into interdisciplinary research teams, where theyactively and collaboratively work on important scientific and societal challenges in a rigorous manner.Our vision was to deliver this program in an
inexecuting plans in anticipated circumstances [12]. In more straightforward terms, it signifies aperson's assurance in accomplishing a specific task. Albert Bandura's framework underscoresthat self-efficacy beliefs evolve through the interpretation of information from four key sources,shaping one's perception of their capabilities [12]. These beliefs significantly impact motivationand behavior.Seeing value pertains to the perceived significance an individual gives to a specific goal, result,or action. It signifies the personal importance or desirability linked to achieving a particularoutcome. The notion of value is pivotal in driving individuals to pursue objectives andparticipate in behaviors, as people are inclined to dedicate effort and
Raleigh Sanjana Banerjee is a PhD student in the Electrical and Computer Engineering department at NC State. Her research focuses on applications of AI in the field of biological imaging and remote sensing. Specific topics of research include remote monitoring of crop health as well as studying growth and morphology of microscopic fossils using automated low cost imaging systems and computer vision techniques.Mrs. Diana Milena Urieta, North Carolina State University at Raleigh Diana Milena Urieta is the Senior Director and Extension Specialist for the Juntos Program, which she co-developed. With over 18 years of experience in public health, early childhood through post-secondary education, and parenting, Urieta has
mechatronics courses would be to follow ME218. UC Santa Cruz, for example, already did so with remarkable success [41]. However, to make mechatronics education even closer to engineering reality, some interviewees proposed linking some of the applications closer to the real world and suggesting cooperating with the industry.It is also insightful to interpret the alumni course experiences through the literature onentrepreneurs. For example, the literature talks about entrepreneurs being hard workers and risk-takers; ME218 gives students challenging tasks requiring long work hours. Also, because thesetasks are seemingly beyond students’ applied knowledge, they are forced to assess how muchrisk they are willing to take and decide between a
engineering faculty ofthe future.I. IntroductionThrough the formal development of Policy 465, the American Society of Civil Engineers hasdefined the Body of Knowledge (BOK) that describes the knowledge, skills and attitudesnecessary to become a licensed professional engineer1,2. The BOK is presented in the form of 15outcomes that prescribe the necessary breadth and depth of knowledge required for a practicingcivil engineer. The levels of competence for these outcomes were initially defined asrecognition, understanding, and ability, but have recently been revised to be defined using the sixlevels of Bloom’s Taxonomy3. The attainment of the BOK is expected to occur through a broadundergraduate education, specialized education at the masters level, and
experiments.Despite the benefits of industry partners, there were some limitations to the approach. Theresulting projects tended to be demonstrations, or somewhat limited in what the students couldcontrol. It did not appear that pedagogical literature was consulted, or that pedagogy wasconsidered as a major part of the design. One interesting point was the author’s belief that it wasthe industry partnerships that really made the projects successful.When labs are designed by students, the design requirements vary widely. Beyond the physicalspecifications that the labs must satisfy, there is often the requirement that the students create labhandouts, questions, or other materials to accompany the apparatus. What is not clear, however,is how much the students
college at a rate of nearly 100%.ConclusionsWe have had strong participation in faculty development programming offered through our NSFECliPSE grant and this work has supported continuous improvement in teaching, learning, andstudent success within our College. We are continuing this work with the development of a new,comprehensive academic and career advising program in our College and incorporation ofdiversity and inclusion themes in our work. We continue to work to identify the most impactfulfaculty development activities and develop a plan to institutionalize these beyond the support ofthis grant. Above all, we have made great strides towards developing a culture that supportsinnovative teaching, student-active pedagogies, and support of
members ofthe GC tried to get at the “why” of promotion—the importance of students (not just scholars) toreputation, and the necessity of a wide range of contributions beyond research for institutionaloperations, distinctiveness, and success. The GC floated a framework of two promotion criteria“in the spirit of the Task Force recommendation”: 1) distinctive contribution to the core missionof MU, through such activities as teaching, committee work, and administrative tasks; and 2)creative contributions to the innovative mission of MU, through such activities as new curricula,program building, grants and publications. The GC planned to discuss this framework with thePC at a joint meeting of the two committees.Instead, the outcome of the joint
principally designed for a learner-centered e-based environment, making it ready for largescale dissemination. Examples of calculus concepts that the author and his team plan to developand integrate include: (a) games, (b) puzzles and teasers, (c) animations, (d) visual and intuitivedaily-experiences-based examples, (e) movies and short video clips, (f) demonstrations, (g)hands-on activities (including those based on virtual reality and augmented reality), (h) teamingand communication exercises, (i) small-scale inquiry-based research, (j) presentations, and peer-based teaching/learning, (k) visual click-based e-book, (l) community and social engagement,and (m) challenges beyond the basics.2 Calculus ExamplesThe following is a set of examples for
allow students to easily place themselves in the situation and claim a senseof ownership. Students may already know the basic facts of some real, contemporary ethicalcases, which are in abundant supply.4,5,6,7This article presents the findings from a survey given to 459 undergraduate students, bothengineers and nonengineers, during the 2009/2010 academic year. The objective of the survey isto understand what students think about ten contemporary ethical issues. The ethical issuesinvolve the work of engineers, but the topics also fall within the realms of philosophy, politics,economics, law, sociology, and psychology. The ethical issues are as follows:1. New transportation corridors through neighborhoods. Commerce depends on an efficient
coach Wooden. He later wrote thebook “Be Quick-But Don’t Hurry”, based on the phrase that his coach used to describe theteam’s philosophy. He now understands that his association with coach Wooden throughout theyears was a form of mentorship teaching him not only about the game, but more importantly,teaching him skills that would prepare him for life’s real adventures. Two-time national Playerof the Year Jason Williams of Duke said “It was an honor to play for a coach like that-a coachwho’s just a rock, who believes in you every second on and off the court. I love Coach K. I’drun through a brick wall for him” (Duke University. (Nd) ¶ 8). These are the type of testimonialsthat Coach Krzyzewski receives from both his players and coaching
Paper ID #17929Promoting Student Success: Goodbye to Graded Homework and Hello toHomework QuizzesDr. Kathy Schmidt Jackson, Pennsylvania State University, University Park Kathy Jackson is a Faculty Programs Researcher at the Pennsylvania State University’s Teaching and Learning with Technology. In this position, she collaborates with faculty on the Scholarship of Teach- ing and Learning through various research projects. Particular current areas of collaboration include instructional design, evaluation, engineering education and learner support. In addition, Dr. Jackson is an Affiliate Faculty in Penn State’s Higher
practices in that discipline before theybegan offering feedback to students, who produced multiple drafts of their labs before submittingfinal versions for grading. The writing focus in this WAC effort targeted upperclassmen andformal lab writing and resulted in better quality lab reports5. A WAC effort in the Department ofAnimal Sciences at the University of Kentucky similarly targeted upperclassmen through asenior-level course, but by contrast it emphasized more “real world” assignments that would helpstudents to recognize the importance of writing in their discipline—an achievement that is oftensought by WAC endeavors in engineering and technical programs. The Kentucky coursestressed the importance of rhetorical context in writing assignments to
-commence, it can also be utilizedfor advanced educational methods that involve collaboration, visualization and distance Page 5.397.1learning. On November 16, 1999, Cisco CEO John Chambers delivered a keynoteaddress to a Comdex audience in Las Vegas at which he talked about taking advantage ofe-learning as the “second wave” of the Internet [1]. Through e-learning, employees willhave life-long learning opportunities and they will be able to learn whatever they wantwhen they need it. E-learning or internet-based education provides a new and excellentway to present knowledge to the users since there is no schedule limitation and no spacelimitation. By
Chemical Processes3) Moving Beyond the Plant Boundary. For more information on the Green Engineering text seehttp://www.epa.gov/opptintr/greenengineering/textbook.html. Current efforts are underway tointegrate green engineering concepts throughout the curriculum through the development ofinstructor guides, case studies, homework problems and in-class examples for various chemicalengineering courses [17, 18]. This paper describes the efforts to incorporate green engineeringinto a separation processes course.Green Engineering in a Separation Processes Course Separation process topics covered can be applied in a green engineering way in an overallrole in pollution prevention such as in the reduction of byproducts, waste minimization,emissions
homogenous body, the index of refraction is constant regardless of the direction oflight propagation or plane of vibration. However, in crystals the index depends on theorientation of vibration with respect to index axis. Certain plastics behave isotropicallywhen unstressed but become optically anisotropic when stressed such as the photoelasticmaterials. The change in the index of refraction is a function of the resulting strain,analogous to the resistance change in a strain gage.Optical EngineeringIn the second general physics course, engineering students learn the polarization of lightby reflection and Brewster’s law7. When a polarized beam propagates through atransparent plastic of thickness t, where X and Y are the directions of principal
, students were asked to complete the modulesin class in a self-paced activity. This self-paced format seemed to be a good fit for studentsexploring standards, with one student saying: Personally, I really preferred this type of module for AM standards over the typical lectures. Not to say that technical standards and AM standards aren't important, but it would be difficult to fully learn and understand them by just sitting through lectures about them. I thought the reflections and case study were the best activities to have gone through in the modules. Showing how to find standards and then trying to apply them and give reasoning to where they can be used was a good exercise, and made the overall topic
then made a career transition to teach high school physics. Having sparked my love for education, I went back to school to earn my M.S. in Industrial & Systems Engineering (2015) and my Ph.D. in Engineering Education (2016). My first faculty job was at Rowan University in southern New Jersey, where I had the honor of helping develop their first-year engineering and B.S. in Engineering Entrepreneurship programs. I’m now blessed to be at CCU contributing to what God’s doing through our Industrial and Systems Engineering program and university.Dr. Julia M. Williams, Rose-Hulman Institute of Technology Dr. Julia M. Williams is Professor of English at Rose-Hulman Institute of Technology. Her research areas include
processes rather than only a few.Our objectives in the evolution of a student into an engineer should follow some plan. Bloom’staxonomy of learning provides an excellent approach for addressing how we should plan to addressthe learning needs for engineering students. Below in Figure 1 is the learning objective descriptiondeveloped by Bloom. This figure shows the evolution of learning through synthesis and evaluation.Too many of our courses are taught only through the first three levels of this leaning taxonomywhen, with the addition of analysis techniques such as outlined in this paper, engineering studentscan be taken beyond the “application” stage of learning and develop higher level learning skills atthe top of the order (Felder).The higher
Neural Networks. Figure 1. Thin Film Chemiresistive SensorArtificial Neural NetworksArtificial Neural Networks (ANNs) are systems capable of generating a non-linear mapping fromone large set of variables (e.g., sensor response) to another (e.g., gas concentration). ANNs are Page 5.180.2adaptive, in that their mappings are effectively "learned" from a set of training data. Theconceptual idea behind these mappings is depicted in Figure 2. The neurons mathematically mapone or more inputs to one or more outputs. To develop an ANN for detecting a target gas, onewould use the training data with known concentrations through
their performance on future assignments. Sincerelycompleting exam wrappers compels students to practice reflection and metacognition whichhelps them adopt a growth mindset [10].Recently, exam wrappers have been used to promote students’ self-assessment of learning indifferent scientific areas, including nursing [11, 12, 13, 14] and pharmaceutical education [15]fields. Setharis and Asselin [11] observed improved course and exam grades, levels ofmetacognition, and study habits through the use of exam wrappers. Schuler and Chung [12]found that, even though students did not perceive the exam wrapper to be helpful, those that usedit regularly demonstrated significant improvement in metacognition over time. Rivers et al. [15]measured metacognitive
Paper ID #37338Developing common qualitative tools for cross ERCeducation program evaluationZhen Zhao Zhen Zhao is a Ph.D. student in The Polytechnic School at Arizona State University. His research interests include engineering student mentorship and leadership development, engineering research center education and diversity impact evaluation, and engineMegan O'donnell (Research Professional)Marcus Lyra Engineers are motivated by innovation and new ideas, many scholars have spent their lives in finding and suggesting effective ways of supporting long-life learning in engineering (from K-12 to professional
altered the face of industryand methodology for conducting business. Outsourcing, downsizing, and other factors have ledmany individuals to consider academic options to restructure their careers. This work inprogress will explore these factors and discuss potential implications and research directions. Education is the key to fulfilling goals for advancement in most professional fields. It isbecoming more difficult for an individual without a college degree to rise through the corporateranks or command a high salary. In general, formal education is required for professionalsuccess. In addition, formal education, particularly the completion of a degree, showstrainability. Sometimes a degree is referred to as the union card that gives job
responsibilityin engineering profession by how and why they pay attention to it in the curriculum.In this paper, to understand how the education of engineering ethics is negotiated, justified, or ra-tionalized in action we use the data collected form a study on the practices of engineering educationreform as they unfold within the fragmented professional structure and complex institutional ecol-ogy of U.S. higher education. Although some insights exist into “why engineering ethics?” 19,20 ,the ethnomethodological outlook of our approach focused on “method” and practice of gover-nance and decision-making is well-positioned to arrive at a more nuanced, fine-grained, multiple-standpoint understanding of the matter through oral interviews and limited