fromlinear algebra alongside Python and Numpy.Many undergraduate programs include artificial intelligence (AI) or embedded systems in theirCS curricula [9, 10, 11, 12]. However, the authors could not find a course that would combineboth topics. As the AI algorithms make their way into wearables, smart phones and Internet ofThings (IoT) devices, having experience in real-time AI algorithms will benefit students in theirprofessional careers.The course is still under preparation and is planned to be offered in the summer of 2018. We aresharing our work-in-progress that illustrates the development of the labs for EAI. Two differentforms of learning were taken into consideration: “top down” approach, where the student beginswith a fully functional model
engages critical design concepts, andintroduces as many analytical methods as possible, while not overwhelming students with moreinformation than they can digest. Basic circuit analysis and introductory statics meets thesecriteria. Both subjects involve basic engineering design and problem solving methods that spanthe entire discipline of engineering. Beyond analytical skills, design development wasimplemented by teaching introductory SolidWorks CAD techniques along with Arduinoprogramming. Both build a foundation for logical thinking and develop planning skills. Once thestudents complete the first half of the semester, they have a set of skills that enable them to worktogether to complete a multidisciplinary project, completely utilizing all of
-regulated for a variety ofreasons [15] such as explicit peer feedback [42], [43], discussion to promote planning andevaluation of tasks [44], and also to promote social interactions and equity in classrooms [20],[45], [46]. Although previous studies have discussed the role of reflection as an important aspect ofthe collaborative learning environment [36], for blended learning [47] and also for fosteringtransformative learning [48], [49], they have not discussed the relationship between these twoteaching strategies of SRL. The above-discussed studies have focused on three aspects: 1) role ofself-reflection in SRL, 2) the role of teamwork in SRL, and 3) role of reflection in fostering acollaborative environment. Considering these two
Session ETD 526as well as leadership and responsibility; take action and network with colleagues and enterprises,besides computer skills, planning and organizing.An interesting challenge provided by the project development is that students have to becommitted with sustainable and feasible simple solutions for medium and small businessproblems and as low cost as possible. These are the headlines and main idea of the entire trainingthat they have prior the practical period.Bellow is the picture of a meeting of a team of students: Fig. 1 MeetingOnce at The Tech Project, for a period of at least four months, students have to establish goalsand work towards achieving them. Students are challenged to start a
doing, like 'How is your PhD going? When are you going to be done?" No. It's like, "Oh, okay. You're here. Are you planning to have kids? They're the ones asking where my relationship situation is, [what] I'm planning moving forward. If I'm planning to have kids, because that's what they care more than if I'm happy. Several participants also described the "Why do you need to do this?" phenomenon wherethey are bombarded with comments that question their decision to pursue their doctorate. Jessicashared: Yeah, the whole idea of, "Why do you need to do this?"… my family, my mom's like, "People who graduate from Cal Tech make a lot of money, so why don't you just do that and live with [your
, and revising of all required documentation, • Submitting drawing packages, test plans, test reports, and other supplementary documentation to the capstone professors, • Submitting the final project report to the capstone professors, • Leading the final formal presentation, including the question/answer sessions, and • Serving as liaison between the capstone professors, corporate sponsor, support staff (e.g., college budget manager, machine shop manager, lab technicians), and the design team.Teams may also have an Assistant Team Lead (ATL) or a Chief Engineer (CE). The selectionprocess is up to the capstone professors’ discretion, and many teams do not have an ATL or CE.Teams that do have an ATL or CE select these members by
Ruiz , ASPIRES Program Julissa Rico Ruiz is first generation student pursuing a Civil Engineering major, planning on specializ- ing on Structural Engineering. Having taken several foundational Engineering courses, she was able to integrate what she learned on this research.Karina ReynaMr. Moises Arturo Vieyra, Canada College I am an undergraduate student at Canada College ready to transfer to a 4 year University. My future plan is to get my bachelors degree in civil engineering and work my way to creating my own company. c American Society for Engineering Education, 2019 Integrating Collapse Simulation of Building Structures into Internship Experiences for Community College
learning. [14]As our preliminary results agree with earlier literature, we recommend that instructors outlinecourse content to minimize the number of clicks students require to achieve their goals. As manyLMSs provide at least some statistics on how often links are accessed, instructors can useanalytics approach to plan appropriately.Use Clear Label on Folders and for Document NameOur survey indicated that poorly named items affect them. This seems a reasonable insight asambiguous label may affect the findability of course materials [15] that can demotivate studentsto navigate further. [16] Labels should be short, self-explanatory and clearly describe the contentusers will access. [17] We also suggest instructors use labels that match student
Portfolium reflections that I completed were very useful in monitoring my research and learning progress. Particularly during my training with Typhoon HIL, I was able to document specific stages in my skills development with the software. Also, other tours and visits helped me connect those experiences to research and learning objectives."Additionally, students learned how to create a marketable LinkedIn page; therefore, with ashowcase purpose, students were able to support their LinkedIn skills with specific skills listed.Another student stated, “I feel that the Portfolium reflections that I completed as an REU were a great way to expose and market myself to the engineering industry.”The program plans to continue
allows studentsto directly apply their theoretical knowledge to understand and conduct experiments inbiomedical nanotechnology. Participation in the lab course is optional, and all students in the labcourse were also enrolled in the traditional style course.Materials and Methods: Students carry out hands-on experiments to synthesize, modify, andapply gold nanoparticles to solve problems in a biomedical context. They are required to writehypotheses, develop aspects of the experimental plans, analyze data, and draw conclusions fromthe data.Assessment of learning was primarily evaluated based on the pre-defined learning objectivesrelated to each of the three lab sequences and student performance on a final exam in the lecturecourse. The
rather than asking their own questions. a. Do what they are told vs. plan and execute on their own. b. See the role of small tasks in the bigger picture.These challenges were not un-expected and were used as teaching moments to discussprofessional skills. To improve communication, students were allowed to determine the meansof communication that they felt most comfortable using and they settled on a free program calledSlack. The instructors focused on teaching students to write messages with specific objectivesand questions, providing a timeline for a response, directing the question to a person rather than agroup, and following up in a kind but timely manner.To improve individual ownership for tasks, team sizes were reduce to 2
/code-ethics/history-code-ethics- engineersAppendix A – Index of BER Cases from 1970-1998Case No. Subject70-1 Promotional Distribution of Planning Report70-2 Operation of Related Business for Nonprofessional Services70-3 Unauthorized Use of Drawings of Other Firm70-5 Dispute Between Engineers in Public Service71-1 Credit for Engineering Work - Cover Sheet and Advertisement for Bids71-2 Brokerage of Engineering Services71-4 Expert Testimony Report and Redesign by Another Engineer71-8 Advertising-Recruiting72-1 Advertising - Bold Face in Telephone Directory72-2 Conflict of Interest - Use of "Free Engineering" from Manufacturer72-4 Supplanting Another Engineer - Employee
. González, F. Orozco, A. Opazo, Á. Suazo, and P. Aránguiz, "Application of Problem-Based Learning to Teaching the Critical Path Method," Journal of Professional Issues in Engineering Education and Practice, vol. 141, no. 3, 2015.[11] L. Prieto, "Active learning in the college classroom: A case study of problem-based learning.," (in Spanish), Miscelánea Comillas: Revista de Ciencias Humanas y Sociales (Spanish), no. 64(124), pp. 173–196, 2006.[12] A. Shepherd, Cosgriff, Bryna, , "Problem-Based Learning: A Bridge between Planning Education and Planning Practice," Journal of Planning Education and Research, 1998.[13] B. Tomkinson, R. Tomkinson, H. Dobson, and C. Engel, "Education for sustainable development – an inter‐disciplinary
, technology focused, standards driven disciplines, such as radiology, arepresented. A learning activity and a lifelong learning focused post activity survey are discussed.BackgroundFor the purposes of this paper, lifelong learning may be thought of as a personal plan forattaining additional competences in terms of knowledge, skills, and abilities throughout one’scareer and where these competences may be obtained through both formal and informal study.One approach to lifelong learning could be that the person would set their own goals anddetermine the needed competences, acquire access to needed materials, and monitor their ownprogress toward attaining these competences, and potentially modify these goals or set new goalsas they progress throughout
national PreK-12 science curriculum. Career and TechnicalEducation (CTE) programs often collaborate with community colleges to offer dual credit engineeringcourses. Additionally, some universities offer for-credit, engineering summer school courses to highschool students. Two Advanced Placement (AP) computer science courses are currently taught in highschools and plans are underway for an AP engineering course. As these dual credit programs develop, itis important to understand how they prepare the pathway to an undergraduate engineering major,particularly if they are designed to replace the on campus introduction to engineering course. Universityengineering first-year programs are critical to the retention and success of engineering students in
question about a certain concept, I just referred them to that video”Discussion and ConclusionIn summary, there was an agreement that VOH were beneficial to the students. From thefeedback instructors received from course evaluations, it confirmed that the students had a betterunderstanding of the course information. The benefits to the instructors were not having to repeatmaterial, being able to accommodate more students, a more constructive meeting, and increasedstudent participation. Students also benefitted from being able to do office hours from home. Allprofessors plan on continuing to use VOH and found it to be an effective solution to their needsand wouldn’t change anything about it.Out study indicates that the student faculty interaction
mindset and reflect on their experiences to create a plan for actiongoing forward.Within the learning strategies course, peer sharing presentations are employed to allow studentsto become familiar with a number of personal and professional strategies for success within thestructure of the learning strategies course. The goal of the peer sharing presentations is to createa learner-centered approach for exploring evidence-based practices and sharing their findingswith peers. The peer sharing presentations are an innovative way for content to be delivered toand from students, allowing students to engage as active learners in the collaborativeconstruction of new knowledge. The purpose of the current study is to answer how, if at all, peersharing
engineering design principles,IoT technologies, computer-aided design tools, and additive manufacturing processes. The teachersalso received training on how to develop lesson plans that incorporate the engineering content intothe existing school curricula.The research questions in this study were 1) to what extent did the teachers’ participation in the PDworkshops affect their perceptions of engineering and their familiarity with teaching DET; and 2)What are the relations among teachers’ perceptions of engineering, familiarities with teaching theDET, and their students’ attitudes towards the STEM fields? The design of the study was a pre-and post-test survey. A DET survey was administered to the participating teachers before and afterthe PD workshop
value of combining teams of diverse majorsand engaging them in a project with design and engineering components. Students in these cross-disciplinary teams learn how to work together, how to combine engineering and science principles inproblem solving and they gain the confidence and leadership opportunities they will need to solveproblems when they leave UHD.II. CurriculumSeveral years ago the CUAS developed curriculum in support of a new Minor in Sustainability. Often aminor in sustainability is limited to specific programs or specific students such as those in anenvironmental engineering, biology or urban planning. Because the courses require numerous pre-requisites within the majors, these minors are for all practical purposes out of
at a large Western University.Since 1996, individuals from the Department of Communication and the University WritingProgram have provided instructional support in communication on an as needed, sometimesinformal basis. In 2003, thanks to the generous support from the William and Flora HewlettFoundation, the CLEAR Program was able to formalize communication instruction and developa four-year communication integration plan that includes curriculum development, directinstruction in the classroom, and student and faculty consultations, as well as researchingcommunication and engineering pedagogy.At the end of each semester, course evaluations are distributed in every course with formalizedCLEAR instruction. These evaluations, developed by the
learning to occur: 1) Active Experimentation (protoboards, simulations, case study,homework), 2) Reflective Observation (logs, journals, brainstorming), 3) AbstractConceptualization (lecture, papers, analogies), and 4) Concrete Experience (laboratories, fieldwork, observations). This project is investigating the impact on student learning outcomesproduced by incorporation of the Mobile Studio pedagogy in courses that will be delivered usingthe Kolb cycle to sequence the courses’ activities as follows: 1. Students are introduced to topics and are then asked to formulate hypotheses and plan/perform experiments to determine the validity of their intuition. 2. The students relate their outcomes to real-life applications and provide a sense as
first responder by meetingwith students who are referred by faculty to determine the cause of the student’s academic stress,to identify needed academic services and to help the student develop an action plan. Although aformal evaluation of the Early Alert program has yet to be completed, results within the Schoolhave indicated a positive influence on retention rates within engineering and computer science aswell as increased University retention rates for students that leave ECS.Other activities within the School that are targeted at improving student retention and successinclude a new approach in the freshman computer science sequence, making theSuccess4Students program (www.success4students.com) available to all entering ECS freshmen,and
and President of Xeragen, Inc., a San Luis Obispo-based biotechnology startup company. He has also served as an Assistant Professor at Milwaukee School of Engineering and was employed by McDonnell Douglas Space Systems Company, where he was a lead engineer and Principal Investigator on projects to develop technology evolution plans for the Space Station.Jon Whited, St. Jude Medical Jon Whited graduated from San Diego State University with a BS in Engineering Management. He is currently Manager, University Relations and Recruiting for St. Jude Medical, Cardiac Rhythm Management Division. He has worked as a Software Test Manager and Systems Test Manager for General Electric Space Systems
production rate and improve efficiency. Interpret engineering drawings, schematic diagrams, or formulas and confer with management or engineering staff to determine quality and reliability standards. Recommend modifications to existing quality or production standards to achieve optimum quality within limits of equipment capability. Aid in planning work assignments in accordance with worker performance, machine capacity, production schedules, and anticipated delays. Observe worker using equipment to verify that equipment is being operated and maintained according to quality assurance standards. Observe workers operating equipment or performing tasks to determine time involved and fatigue rate using
project, I improved my interviewing 4.2 skills. 5. The contact with alumni was beneficial and provided a 3.5 good networking opportunity. 6. I plan to contact one or more of these alumni again. 2.5 7. I enjoyed participating in this project. 4.0 8. Alumni responded in a timely fashion. 4.3 9. Sufficient time was allotted for this assignment. 4.6 10. I met with one or more alumni in person. 1.9 11. My assigned alum and I have had additional 1.2 communication for other reasons besides the interview and alumni
responses from Q2) Planning Workshop (August 30th, 2006 - Lowell, MA) Final structure of discussed research themes and list of Spring 07 participants Scholars review and discuss Is consensus No
demandthroughout the duration of the project.Forest measurements were performed on one to two days per week throughout the first six weeksof the summer, with the remaining days devoted to processing and analyzing the data. The firstseveral measurement days were primarily focused on training the students on setting up andoperating the equipment, experimental design and planning, troubleshooting, and good research Page 13.200.6practices. On the remaining days, students were gradually given greater responsibility,culminating with the final two days where the students were given the open-ended assignment ofrecording measurements for a particular forest
looming questions that everyone kept asking me: “Where are you planning on going tocollege? What are you going to major in?” Every time I was asked, I would cringe because they made mefeel as though I should know these answers, but I didn’t know how to get the answers. The processparalyzed me with fear.Finally, my high school Chemistry teacher sat me down and recommended that I consider majoring inChemical Engineering. It had been his major in college and he felt that it would be a good fit since I hadexcelled in my math and science courses. I grabbed hold of it, gratefully for the guidance. I was lateraccepted to attend the University of Florida for the fall 1976 term.Reflecting back, I am amazed that I was never given the opportunity to
. Cases from warehousing focuses on RFID's and material,Facilities layout Two people, and information flow. Cases from hospitals, pharmacies, dentist office, and call center focus on human error consequences, humanHuman factors Five information processing, and job redesign. Case focuses on creating project proposals and plans forProject management One the home building industry. Cases focus on quality improvements in banking,Quality Assurance Nine logistics, hospitals, and offices. Cases from banking, grocery stores
andabilities, and address student interest. Additionally, we need to make sure that the projects meetthe needs of the class learning objectives. We also try to ensure the project portfolio is balanced.with respect to company sizes, types of companies/ organizations/ industries, and design versusmanufacturing orientation.6Semester KickoffWe want the projects and the companies to get started on the right foot. We want to quickly getthe projects selected and the teams rolling. On one hand, the students need to understand thecourse expectations. On the other hand, the students need to begin determining their customerand the project. This requires simultaneous planning, defining requirements, and overall projectorganization. Providing quick suggestions or