offered the week before classes began in the fall of 2015 andthe second was offered again the week before classes in the fall of 2016. The workshop wasloosely structured around the LLP methodology for creating startups as well as the engineeringdesign process. Students were placed on teams and given a predetermined innovation seedproject that was based on a university related problem. They developed hypotheses of designsolutions, made a test plan, got out of the building to test their hypothesis with customers andstakeholders, and iterated until they validated (or invalidated) their solutions. Along the way,they learned about value propositions, product-market-fit, the scientific method, customer-centricdesign, and teamwork.Just as the first year
, functional parts that are using in tool making such as molds and dies, and medicalmodels including pre-operative physical models and prostheses.3The medical industry was one of the early adopters of RP through “surgical planning andrealization,”5 (i.e. visualizing and planning out a surgery before performing it using rapidprototypes of organs and implants). One of the earliest uses was in CMF (Craniomaxillofacial)surgery where there “are congenital, system-bound growth disorders, facial craniosynostoses…and other congenital skull and face dysplasia.”5 The complexity and high variability of thepresentation of the disorders require patient specific treatments. Rapid prototypes of the facialstructure, made using the patient’s scans, have allowed
beliefs about competence in a domain; it is notnecessarily task-specific. Students’ expectancy is based partly on their self-efficacy14 in additionto their perceptions about the difficulty of the goal, their prior experience, and peerencouragement from others19 . Students with high self-efficacy use more cognitive andmetacognitive strategies as well as self-regulatory strategies such as planning, monitoring, andregulating20 .Future Time PerspectiveFuture Time Perspective (FTP) theory takes into account aspects of achievement motivation thatpertain to students’ perceptions of the time dimension of tasks and goals21-23 . FTP integratesperceptions about the future into present task completion and motivational goal setting. FTPprovides insight into
; Atwater, 2005). Also found to be important in previous research arefamily support, especially for Latino students (Amaya & Cole, 2001; Cole & Espinosa, 2008;Russel & Atwater, 2005), undergraduate research opportunities (Kinkead, 2003; Chang,Sharkness, Hurtado & Newman, 2014), and advising to clarify school or career plans (Hurtado,Cabrera, Lin, Arellano & Espinosa, 2009). Students also appear to persist and transfer when theythink of themselves and others (e.g. faculty) recognize them as “science people” (Carlone &Johnson, 2007), and when they consider science as an important part of their self-identity(Chang, et al. 2011; Espinosa, 2011). A welcoming campus racial climate is also important(Hurtado et al. 2007) as is
Learning,Problem-Based Learning and Learning through Design, all of which CBI draws some content,but has the closest connections with Project-Based learning (Dym et al., 2005), which is definedas “learning through complex, open-ended projects, which typically results in a product orconcept”. Similar settings are faced in academia by project-based development courses such asME310 in Stanford University and IDBM and PDP -projects at Aalto University, and in globallydistributed corporate product development organizations; “skunkworks” or consultancies.Research methodologyThe author is currently working at CERN as part of the IdeaSquare development team and hasparticipated in planning and coordinating the CBI course. The material for this paper has
developed. ENGR 199 - Introduction to Engineering Practices and Principles I - An introduction to the engineering discipline. Group work, oral communication, problem solving and design process will be introduced through lecture and project-based learning activities. Freshman Engineering majors only. 2 Lecture, 2 Lab. ENGR 200 - Engineering Practices and Principles II - Engineering practices and principles, teaming, project planning, written communications, and conceptual design processes will be introduced through lecture and project-based learning activities. 2 lecture, 2 lab. ENGR 350 - Engineering Practices and Principles III - Engineering project-based learning (open-ended) with
observed that students are often unable to see a broader perspectiveof why they are studying various topics and required classes. Students seem to be less able tomake the connections that they need to make between the different classes and disciplines. Thispaper discusses a computer technology curriculum and its weaknesses, subsequent changes thatwere implemented with a program overhaul, and an assessment plan that was devised todetermine if those changes were effective towards meeting the learning goals.The changing expectations of both students and their future employers motivated us toreexamine and overhaul the way we teach computer technology. We revised our student learningoutcomes to better reflect industry needs and to make assessment more
programs? Figure 2: IAB Survey. time-consuming and lacks guidance." • In [15] Sandersen says "The changes to the ABET-CAC assessment criteria are significant, and most programs are going to have to revise their assessment plans before their next visit."A majority of the literature reports on ABET accreditation conclude the beneficial results of theABET process justify the time and difficulty of conducting the process. All of the papers thatconclude thusly are by authors from departments that have successfully gone through theprocess.As noted in Section 2.1 of the paper, there are a large number of computer science degree pro-grams that are not ABET accredited. For
construction workers in PuertoRico. This paper contributes to the body of knowledge by increasing the understanding regardingthe current construction safety training needs in Puerto Rico and the development of a trainingmodule to make the construction industry in Puerto Rico safer for construction engineering andmanagement students who will work in the construction industry and construction workers.IntroductionIn 1970 the United States Congress passed the Occupation Safety and Health Act (OSHA). Eversince the act was passed the construction safety management practices and techniques have beencontinuously improving. Safety planning and management efforts increased because theresponsibility was placed on the employer (OSHA 1970). The construction
’ typically encompasses prototyping and feedback structuresin addition to execution and evaluation (Seidel and Fixson 2013). Throughout the designthinking experience, users rely on two-way communication between all parties, emphasizingempathy and the development of common experiences; the model attempts to ensure independentsustainability by incorporating disparate perspectives from inception to execution (Melles, deVere, and Misic 2011). Engineering design is more analytical with respect to goals and processes. Engineeringproblem-solving primarily works to “balance competing criteria of desired functions,technological feasibility, costs, safety, esthetics, and compliance with legal requirements” (NRC,2012). Engineering design plans are highly
focus on STEM professionals, throughhistorical profiles and as contributors to the program, to show students what careers wereavailable in the STEM fields. One student praised this component of the program stating, “Ithink the program helped me because you helped me introduce a part of what I wanted to do inlife.” (P2, STEM Magnet, 5th). The pre-survey revealed that 18 of 22 (81.8%) students wereinterested in a STEM career, while on the post-survey 21 of 24 (87.5%) indicated a similarinterest. A second finding of interest from the paired pre- and post-survey results was arecognizable shift in student identification from a general interest in STEM to interest in specificSTEM fields when asked to indicate what careers they planned to pursue. For
acceptable threshold. We planned to use the gas board to initially detect CarbonMonoxide levels (CO). The gas detection board parts did not arrive on time so we were onlyable to take temperature and relative humidity readings [11].A ROS Environmental node had to be developed and run on the PC mounted on the Robot Baseto read the sensor values from Environmental Ardunio Uno through the serial port. The sensordata was combined by the node with position data and time from the Odometry (odom) topic andwritten to an Environmental data file. The Environmental data file was analyzed off line withtools such as Microsoft Office Excel.Part ProcurementFor previous Senior Capstone projects, the students in each group were responsible fordetermining parts and
professors to monitor participation and learning of the greatamount of material covered in the lectures. In the first semester, the first three weeks are also usedas a diagnostic of mathematics preparation. If a student has an exam average below 50% on thefirst three exams, they are advised to drop out of Engineering Analysis I and register instead forIntroductory Calculus. This course covers algebra, geometry, trigonometry and functions andprepares students with skills needed in calculus. The ideal “flight plan” for students is to take the four required mathematics courses in thefirst four semesters of engineering school: Fall 1, Spring 1, Summer 1 and Fall 2. The engineeringschool is year-round, and it is expected that engineering students
Aeronautics Research Mission Directorates. These lab stations support laboratory modules that are directly related to and augment various STEM subjects and topics. • Family Connection – parental involvement and informal education o The Family Connection is an interactive forum that provides STEM education and parenting or caregiving information to any supportive adult role models who interacts with the students. The goal is to include parents/families as a partner in the planning, design and implementation of the NASA inspired curriculum that support the Next Generation Science Standards and with a strong emphasis on math and science literacy for
thinking 4.31 (0.887) 0.678 Having different views on the decision- 4.18 (0.913) 0.788 Innovation and making and planning of the superiors Challenge Ability Willing to accept challenges and get in 4.21 (0.891) 0.681 touch with new things Being equipped with a persevering will 4.35 (0.889) 0.760 Self-Value Shaping Having one’s own life planning and 4.39 (0.863) 0.582 Ability development goalsThrough
Strategy Description When to use Pros Cons One member writes For simple tasks. Efficient; simple May misrepresent for the entire group. style. group consensus. Single-author Each member is For asynchronous Easy to organize; Version control assigned a specific work with poor simplifies planning. issues arise with Sequential part. coordination. subsequent writers. Writing assignments When high volume
township, county and state level.The Occupational Safety and Health Administration (OSHA) is responsible for monitoringworking conditions in the United States. OSHA has authority to inspect any place of work at anytime, but twenty-six states have approved plans. This means that OSHA has delegated authorityto them. OSHA directly runs the program in the other states [6]. OSHA plans inspections usingthree processes. First, programmed inspections are those that happen frequently because theindustry is hazardous. Second, complaint inspections are responses to worker(s) complainingabout working conditions. Third, referral inspections are responses to health inspectors referringissues to OSHA. Although inspections are rare at manufacturing establishments
previously. His research interests include Mixed-signal/RF circuit design and testing, measurement automation, environmental & biomedical data measurement, and educational robotics development.Mr. Rogelio Casas Jr, Texas A&M University Rogelio Casas Jr. was an ESET student at Texas A&M University and graduated in the Fall of 2018. He was the Project Manager throughout the project and is currently working at General Motors in Austin, Texas as a Software Developer. He plans on continuing his education through hands-on training and a potential Masters in Computer Science.Mr. David Anthony Cervantes David Cervantes graduated with a B.S degree in Electronic Systems Engineering Technology from Texas A&M
] [3].Just as parts have standard tolerances, assemblies comprised of those parts have a tolerance aswell. The total tolerance for the assembly is directly driven by the tolerances of the parts whichcomprise the assembly. For example, if the assembly were comprised of parts which are all at theupper end of their total tolerance, the assembly might not function as intended. Therefore, designengineers must be mindful of the total tolerance with respect to the assembly. This phenomenonis known as tolerance stacking. However, the implementation of a proactive plan to avoidproduction issues caused by assemblies which are out of tolerance due to tolerance stacking isnot as straight forward to understand because the effects of tolerance staking are a
been feeder campuses. The purpose is to share the lessonslearned from this program development with others in the engineering education and technologyspace as a joint learning exercise.Research – Program RationaleWith the current resurgence of manufacturing, the largest economic sector in the region, today’sneed for technical talent has outpaced Ohio State’s ability to provide enough students to meetworkforce demands. Technological change, global competition, and a protracted economicdownturn combined to usher in and hasten the era of shop-floor digitalization and automation ofmanufacturing. Combined with the Great Recession’s impact on human resource planning, thegrowing "silver tsunami” of retiring skilled workers and the lack of a
rates are69% and 48%, respectively (Snyder & Cudney, 2018).Colleges and universities collect considerable student data. However, their ability to process theavailable information does not occur at the same pace as the collection (Morris, 2016).Therefore, effort needs to be made on making the data useful to improve student retention. Forinstance, by determining the factors that influence student retention and completion rates, it ispossible to improve the intentional student advising, planning, and development of retentionstrategies based on student needs (Slim et al., 2005).In recent years machine learning techniques have been applied to process educational data,which aligns with the focus on improving the processing of information
seawaterinundation over coastal land. Class discussions usually are insufficient and usually requireuse of this type problem as a class or term project, if course structure allows it. However, notmany courses would have flexibility to have a term project of this kind. However, this kind ofa project can be used as a special topic/problem class as an elective if degree plan allows it.Not many students usually take on for this kind of challenge outside class to gain a betterunderstanding of the concept and learn needed skills. However, if a spark of curiosity isprovided, the task of recruiting gets easier for this kind of non-course based but relevantlearning. This kind of learning gets even more challenging when student is a non-traditionalundergraduate
created the current tensions that are driving new energy planning. Site visits will include research universities, wind turbine manufacturers, geothermal power plants, wind farms, hydro facilities, and solar component manufacturers [14].The level of detail shared on the seminar’s website was largely independent of the hostuniversity. There appeared to be a minimum requirement by each study abroad office, that wasresponded to either loosely or in great detail by the individual faculty member.DiscussionThe primary objective of this project was to learn from global seminars being offered throughUS undergraduate engineering programs. This initial exploration of global seminars providessome helpful guidelines for faculty planning a
Paper ID #30573CODE HARDENING: DEVELOPMENT OF A REVERSE SOFTWARE EN-GINEERING PROJECTMr. Zachary Michael Steudel, Baylor University Zachary Steudel is a Junior Computer Science student at Baylor University working as a Teaching Assis- tant under Ms. Cynthia C. Fry. As part of the Teaching Assistant role, Zachary designed and created the group project for the Computer Systems course. Zachary Steudel worked as a Software Developer Intern at Amazon in the Summer of 2019 and plans to join Microsoft as a Software Engineering Intern in the Summer of 2020.Ms. Cynthia C. Fry, Baylor University CYNTHIA C. FRY is currently a Senior
received her doctorate in instructional design and technology from Virginia Tech.Dr. Marlena McGlothlin Lester, Virginia Tech Marlena McGlothlin Lester is the Director of Advising for the Department of Engineering Education at Virginia Tech. She leads the undergraduate advising team and oversees the advising process for all General Engineering students. She is responsible for the development of a hands-on, minds-on orien- tation model for all first-year engineering students, the creation of a comprehensive engineering major exploration tool, Explore Engineering, and enhancement of the academic planning resources available for first-year engineering students. Marlena strives to transform the advising experience for
cannot add/delete any general studies section and support coursessection, the only place to modify course lists to reflect our proposed changes were in corecourses section. The following section details proposed curriculum at John Tyler CommunityCollege for Mechanical Engineering Technology with Mechatronics and Robotics VisionSystems specialization. After reviewing survey results, industry visits outcomes and review ofJTCC existing curriculum, new curriculum design was planned and developed with three newcourses so that the existing curriculum and number of credit hours for AS degree will not beaffected. Figure 1 shows the block diagram of process plan of new courses development
implementation of the proposedmethodology and testing of the stability augmentation system; in section VI, we discuss our visionfor further improvements to this approach, testing and evaluation planned for the future. C. OVERVIEW OF THE VIRTUAL ENVIRONMENT The current design of the virtual environment is built around the model of a fixed wing aircraft– the model is viewable by the user in a default viewing screen and the corresponding mathematicalmodel saved in the background. In this effort, we are limiting our focus to one specific dynamicmode of the aircraft (short period); within the virtual environment, the user will be presented witha pulldown menu that gives them access to the s-plane widget. This renders the s-plane
learning theories, 2) to study learning in context,3) to develop measures of learning, and 4) to contribute to new designs and learning theories [2]for the program development. The work incorporates the four phases of DBR identified byKolmos [3]: design; implementation; data collection and analysis; and findings and conclusions.The DBR phases were adapted and combined with Andriessen’s [4] dual purpose of DBR modelas illustrated in Figure 1. The focus of the program design is progressive refinement through theproblem statement; defining the design and learning objectives; planning (project management)of the curricular design, development of the curricular ideation and selection of a design forinitial implementation; and ultimately a continuously
, programming, and registration. She also serves as the advisor to the Civil Engineering Student Advisory Council, which provides a voice for undergraduate students in the program and supervises department outreach student ambassadors. She currently sits on the department’s Diversity and Outreach Committee and is a liaison for the department to the Office of the Associate Dean of Undergraduate Studies for the college.Juliann Ava Lloyd, Clemson University Juliann Lloyd works as a research assistant in the Civil Engineering Department at Clemson University. She is currently a participant in the BS/MS program and will graduate with a BS in Civil Engineering in May 2020. In August, she plans to begin a Ph.D. program in either
sky images.Using these tools, we have been able to develop a number of projects exposing students tochallenges that the renewable energy industry is confronted with on a daily basis. This paper willdiscuss some of the most important projects undertaken to date. A brief description of each ofthose projects will be given with a focus on the challenges involved and how the studentsresponded to those challenges. Overall, the feedback we received from the students involved inthe program has been very positive.The renewable energy laboratory officially began in the summer of 2018 with a team ofprofessors and students working on the control system for a two-axis solar tracker. Since thatsummer a comprehensive plan for the implementation of a fully