. Specification and implementation of advanced data structures. CSC/ART 350 Computing for Interactive Arts Capstone I: Definition and specification of a teambased creative collaboration on a digital interactive art project (e.g. animation, video game, interactive media display, etc). Research and techniques, project planning and project team organization, prototype creation. CSC/ART 450 Computing for Interactive Arts Capstone II: Teambased design, construction and deployment of a collaborative interactive computational art project typically found in the fields of animation, game design, and interactive media. Management of interdisciplinary teams, documentation
coursetaught as a general education requirement and required for all students [16]. In the article,‘Planning for Computer Literacy’, Roger W. Haigh [10] discusses how colleges and universitieswould need to decide what computer literacy skills students would need for their careers andpersonal lives. Since then, universities have offered a variety of general education courses incomputer literacy and programming. Some existing courses that are part of the core focus onhighly technical skills, while others are aimed at educating students more generally. Recently,there has been a call for an expansion of computer literacy to include cyber literacy, safety, andsecurity [21, 22, 24]. Universities have begun to offer courses in cybersecurity
measures of engineering task self-efficacy (ETSE), followed by their female counterparts. These results add evidence to theassertion that women often possess lower self-efficacy compared to their male peers [16-20],with concrete professional implications. Awareness of these results is important for engineeringeducators and administrators when interacting with diverse students in the classroom, inmentoring scenarios, and in planning support activities. Drawing from Bandura’s sources of self-efficacy [4], engineering educators can be intentional about designing mastery experiences,providing explicit social encouragement, and creating environments that foster a positiveinterpretation of somatic and emotional responses, particularly for URM and women
creates things [6]. With such a lack ofbasic understanding then, it is not difficult to imagine why so few students start down roads thatwould lead them toward careers within engineering disciplines. Furthermore, other sciencessuch as biology, chemistry, and physics are taught as subjects in elementary through high schoolwhereas engineering traditionally is not [3]. This only erodes engineering’s pull even more.Survey of StudentsFollowing up on the research noted above, it was decided to evaluate the specific population ofstudents at the school being studied in these outreach efforts. The results of this survey havefurther informed the introductory engineering activities planned for the students. In the fall of2017, a brief survey was completed
our graduating students satisfy some minimum requirement for each ofthese attributes. The primary thing the CEAB seeks when they visit is a “continual improvement” plan. Seebelow:So, our Dean set up a task force in charge of overseeing the collection of the data, the analysis of the data, andthen the curriculum improvement plans that result from this analysis. These curriculum improvement planswere the primary deliverable for our CEAB visit. The faculty of ENCS needed to demonstrate not only that wehave a system in place to collect this data, but that we have a robust feedback loop in place that results indemonstrable changes (improvements hopefully) to actual curricula. This was our deliverable.6 The reader will have already noticed
engineering module - use of a 3D scanner toscan small and large objects by fixed and hand-held scanning methods, edit, scale, and print theparts in a FDM printer and compare the parts for dimensional accuracy.In addition, these laboratory learning modules are designed to fully/partially satisfy some of theABET's student learning outcomes (1-7) that include:2. An ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors;5. An ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and
called the business model canvas (BMC). By revealing thecritical interactions between the organization’s resources, activities, and partners, the BMC toolaids in designing, analyzing, planning, and inventing new business models. With the aid of anorganization’s BMC, a single graphic representation, one can readily gain an understanding of theunderlying business, including its relationships, infrastructure, strategies, etc., be it a start-upentrepreneur or the most senior executive. Many existing canvas tools entail complex associationsamong its various elements and are thus more suitable for veteran entrepreneurs and advanceddesigners [23],[24]. To address the need for canvas tools for novice learners, recently [9] designedand developed a
University of Central Florida. Dr. Ahmad has diverse expertise in human-computer interaction, quality engineering, and simulating man- ufacturing systems. Ali worked on projects related to transfer of training, user-centered design, process improvement, and virtual environments. Dr. Ahmad is a Certified Simulation Analyst and a Certified Six Sigma Black Belt. c American Society for Engineering Education, 2019 Use of Minitab Statistical Analysis Software in Engineering TechnologyAbstractThe Engineering Technology curriculum provides wide spread knowledge in problem solving,management of resources, and process planning. Statistical decision-making is a key skillrequired by Engineering Technologists, and
activities of the ambassador organization.Twelve of the eighteen program leaders cited leadership skill development as a major benefit toambassadors. In these programs, students take on a variety of leadership positions, includingcommittee leadership or other self-governance positions, as well as acting as the point of contactfor various avenues of activity including precollege visit or tour planning. Program leadersrelayed that the outcomes of leadership experience included confidence, interpersonalcommunication, problem-solving skills, and the development of professional identity.Sub-theme: Civic and community engagement. Three program leaders explicitly mentionedthat the opportunity to participate in the outreach program promoted students
professionaltopics course in the fall quarter of the junior year, in which students are given three detailedpresentations on the topic by faculty and industry experts. The students are then expected toincorporate standards appropriately in their four-quarter capstone design projects, which beginsin the spring quarter of junior year.Study Plan and Preliminary ResultsThe teaching module providing an immersive experience with medical device standards was firstincorporated into the introductory biomedical engineering course in our curriculum in the fall2018 quarter. A total of 61 students enrolled in the course across three sections taught by twoinstructors. All student groups successfully produced a 3-D printed prototype. The quality andsophistication of the
for engineers’ careers that are not taught in core technical curricula.As the course has developed over its four years as part of the curriculum, there has grown to be adiverse population of students who have previously taken the course and still attend theuniversity. This presents an opportunity to compare the communication skills of students whotook the technical communications course with those who did not. We plan to study students’habits while writing technical reports by analyzing their process of writing and their finalproduct, and from there draw conclusions about their communication skills. We hypothesize thata dedicated technical communications course is effective at developing communications skillsamong engineering students, and
minority students is < 3% in the CEAS programs in a college with a 40% attritionrate. An aggressive retention strategy was created for underrepresented minority students.In order to increase the number of students who persist to complete a bachelors degree, theretention plan includes strategies for making sure that a diverse group of selected students have ahigh probability of being successful throughout their academic careers, are properly motivatedfor that entire span, maintain a sense of comradery and graduate from an engineering program oftheir choice. The Choose Ohio First Program is a collaborative program between CEAS, Artsand Science and Allied Health. The strategies are presented in the order that students will seethem applied.Program
required totake. Additionally, at these institutions, graduate students have served as instructors of record.They will be invited to participate in the study as well. We also plan to collect data from thestudents of these first-year programs using an exploratory survey. The questions on the survey willseek to gather information about students’ initial interest in engineering prior to enrolling in theirrespective institutions, their general perception of the first year courses they have just completed,what their intended majors are, what types of activities they engaged in during their first yearcourse and if/how these activities fueled or increased their desire to continue to pursue theirengineering degrees.References[1] S. L. Christenson, A. L
realm of a computer screen, and has increased my interest in the program.SummaryThis paper presents the results of a work-in-progress implementation of an idea to integrate theMakerspace into first-year engineering curriculum. So far, we have seen encouraging results,active participation and liking among the student participants as shown in Table 1.Since this was started a year ago, we plan to conduct future surveys to track whether thesestudents used the Makerspace in the future semesters since the time they were exposed to thefacility as part of this FED101 course offering.
thesemester working in final project groups that consisted of one student from each of the specialtygroups. The final project involves constructing a warehouse robot that can: receive remoteinstructions and broadcast findings wirelessly, visually identify a location, plan an efficient path,navigate an unknown warehouse layout, identify a product, and coordinate all of these actionsbetween multiple devices. This project is designed to require knowledge developed in each of thespecializations, thus leveraging and requiring the expertise distributed throughout the group.Approximately 70 students are enrolled in this section.Methods:Using data from surveys, interviews, student artifacts, and class observations, we are conductinga mixed methods
improve the graduates’ capability to evolve in aninternational working setting.The collaboration between both higher education institutions, in technology development andinnovation, has proved to be an essential strategic program, planned for the better understandingof a multicultural cross-border region. Proceedings of the 2019 Conference for Industry and Education Collaboration Copyright ©2019, American Society of Engineering Education Session ETD 335AcknowledgementThe authors would like to thank the UTRGV Dean’s office, College of Engineering andComputer Science, and the TecNM/ITM Director, who supported the
, governments, and support the program objectives in educating its students.The goal of this program’s advisory board is similar but also unique to provide the information,recruitment, and skills vital for the student’s success in their chosen career and the program. Theprogram is continuously planning, developing, and modifying its curriculum as well as other areasto keep abreast of the changes and advancements being made of this major. The industrialrelationships and partnerships that the program developed with its board is one critical element to its Proceedings of the 2019 Conference for Industry and Education Collaboration Copyright ©2019 American Society for Engineering Education
strategic plan and goals. The college is considered the “EngagementArm” of the PNW with regional industry. To this extend, each faculty is encouraged to identifyone industry and work with them. Faculty do work with industry to train the employees on theexisting tools and technology common to that industry as well as working on projects with them Proceedings of the 2019 Conference for Industry and Education Collaboration Copyright ©2019 American Society for Engineering Education Session ETD 345and leading them to the new technology which will affect that industry in the near future. Thepartnership has had mutual
, identify environmental improvement projectsand how to prioritize them within the organization. This module uses three resources developedby Cummins; an environmental treasure hunt guideline document, a scoring matrix, and a projecthopper with information used to populate the matrix.Module 10 examines the Energy Management Systems (EnMS) –ISO 50001 standard released in2011 that allows an organization to build a management system to monitor, measure andimprove energy performance. The content focuses on the Plan, Do, Check, Act (PDCA) systemand discusses the continuous improvement methodology.AssignmentsAll assignments are individual and use real-world situations and/or data. The focus is onreasoning and justification skills and how potential
to both these questions show that they had 75-minute long lecture sessions.effective learning experience over the 75-minute duration. While we are encouraged by the positive responses shown and discussed in this paper, we realize our study can be strengthened by a larger data set from several semesters and from different instructors/courses. We are planning to pursue along that direction. We will also seek
University’s School of Engineering and Computerindependent of each other in the recent past. In the past year, Science,” two existing courses in embedded systems, eachhowever, this is beginning to change, with plans developing to taught from differing perspectives, have joined to integratecombine the project portion of the two courses into one multi- software and hardware design and implementation in theirdisciplinary group project. group projects. This paper will discuss the existing courses
April 4-6, 2018This work intends to build and further refine the study of American Society for Engineering Education Annualengineering identity in undergraduates as well as those in Conference, New Orleans, LA2016 pp. Pagesdifferent places in the engineering pathway such as high 6 Meyers, K.L., Ohland, M.W., Pawley, A.L.,school and graduate students. In future work we plan to use Silliman, S.E., and Smith, K.A.: ‘Factors relating tothis scale to investigate student attitudes across the engineering identity’, Global Journal of Engineeringengineering trajectory, and between groups that have been Education, 2012, 14, (1), pp. 119-131traditionally underrepresented in engineering
different approaches, the students found theapplied three methods to acquire the values of stresses and advantages and disadvantages of each method, anddeflections of members in the given truss bridge. First, they understood the reason why the results show reasonablycalculated the stresses and deformations theoretically. acceptable differences.Second, they actually conducted an experiment of the trussbridge with electronic measuring equipment. Lastly, they 2. Planning an Integrated Projectbuilt two simulation models with Autodesk Inventor and There are many ways of approaching design educationDassault Systèmes SolidWorks. From the comparisons of that appear to offer both systematic
The University of Texas at Austin April 4-6, 2018assistants also conduct free tutoring sessions in the one credit course. In its original planning, the goal was toevenings where they help the students by guiding them increase engineering student retention by ensuring thatthrough the problem-solving process. This addition aids in engineering students were better prepared for theirincreased coverage of differing student schedules as well as subsequent engineering courses. The second yearalleviating over-taxed office hours. engineering retention data best illustrates this goal. As can Most importantly, the SCALE-Up methodology focuses
them tools to use in while pursuing their Bachelors of presented. Finally, the student perception of the activity isScience degree in mechanical engineering. captured by a survey and provided. The activity is designed to challenge students inlearning heat transfer concepts. However, its rigor is planned forstudents (at the freshman level) who have not yet taken the 2. Goalsprerequisites required for heat transfer. The goal is for students to learn, at the freshman level, The activity is scalable and can be easily deployed in
extrinsic goal orientation, task value), expectancy (controlbeliefs about learning, self-efficacy), and affect (test anxiety). The learning strategies sectionmeasures cognitive (rehearsal, elaboration, organization, critical thinking), metacognitive(planning, monitoring, regulating), and resource management (time and studying environment,effort management, peer learning, help-seeking) strategies. Students responded to individualitems on a 7-point Likert scale ranging from “not at all true of me” (1 point) to “very true of me”(7 points). The scale score was computed by computing the mean of the items making up thescale. Some items were negatively worded, so scores were reversed before computing the meanscore for the scale.General Self-Efficacy (GSE
theirprototype but were not always intentional in how they planned or conducted their interactions.These three perspectives point to specific gaps in student knowledge related to user interactionsthat future design pedagogy might target to help students elicit requirements and solicit designfeedback from users more effectively.1. IntroductionThose who have a relationship of use with design solutions – defined as “users” – play animportant role in engineering design projects [1]. The use of any technology is defined by thosewho use that technology [2]–[7], and user acceptance strongly influences which technologiesbecome widely adopted [7]–[10]. Designers may interact with users for a number of reasons,such as to elicit user requirements or to solicit
how to identify and develop causal loops, I think I will find endless applications for their use.” • “This course challenged how I view organizations, particularly as it relates to assumptions and systems thinking. Great course. Tough course.” • “Really interesting content around Systems Thinking. This is a skill which I am going to make an effort to integrate into my practice of leadership over the next few weeks and months. I realize it is something I will have to practice developing, and I am going to try to do just that to make it a habit.” • “This course honestly could be offered in all degree plans because it's so significant to how we connect with other people.” • “The systems
these skills in a specific context. By applying teamwork and leadership skills in thesolution of civil engineering problems, civil engineers must then establish goals, plan tasks, andmeet objectives, thereby achieving the ABET General Criterion 3(5). The greatest gap, althoughstill considered minor, exists between the CEBOK3 and the CEPC. The CEPC only requirescivil engineers to explain the basic concepts of leadership, which is cognitively below the abilityto apply leadership, and does not include diversity and inclusion. The CEBOK3 also includesthe affective domain, which requires the civil engineer to demonstrate the skills to internalize orvalue the human experience. The authors’ opinion is that although important in a civilengineer’s
they will be exposed to and how this will shape their future career goals whileothers are content with just exploring the discipline until they make concrete decisions aboutwhere they will end up. Conversely, we have some students who are not able to articulate muchin this regard, and others who already have substantial identification with the disciplines.However, this discussion is very preliminary. Future research plans include continued analysis ofinterviews to explore what differences or similarities exist between students at our twoinstitutions and among the six programs of study. One key area of focus will be furtherexploration of participants’ familial background, first generation, socioeconomic status andcareer intentions as