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questions (Q), and 3% believed this activity did notimprove any skills. These results indicate a significant growth throughout the implementationof the VR activity, as 97% of the students demonstrate and improvement in their skills. Figure 10. Students’ Perception of Improvement of Skills, N=60Furthermore, 82% of students indicated they would continue to train their presentation skillsthrough the VR Simulations beyond this pilot study. Thus, offering alternative innovativelearning techniques is, in fact, an effective way to develop and nurture students’communication skills.Finally, the students’ feedback about the VR Presentation Simulation Training sessions wereobtained. Based on qualitative analysis, 88% of the students provided
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chapter.Table 1. List of activities for the ChemE camp Day 1 Day 2• welcome/overview • more icebreakers• icebreaker activities • time management & study• AIChE overview skills• student presentations on co- • advising topics op/internship/REU • Q&A session with ChemE experiences student panel• ChemE curriculum overview • hands-on heat transfer• ChemE faculty introduction project• lunch • lunch• internship search strategies • industry presentations & interview tips • mock interviews• team-building exercises • ChemE lab tour• student
evaluator).# Debriefing. Onboarding. Campus tours. (WEEK) RESEARCH PROJECT EXPERIENCE (VIP TEAMS) PROFESSIONAL DEVELOPMENT (COE USRG)* May Define project objectives, methodology, timeline Welcome breakfast. Orientation. General lab (Week-1) & outcomes. Ethics training courses. safety training. Welcome Bar-B-Q. Ethics. Jun. Research plan due! Overview of metrology/ GRE workshop: What to expect. Seminar: TAMU (Week-2) inspection principles & labs. Safety courses. early admissions program. Jun. Research questions & tasks. Training & practice GRE workshop: Maximize your study time. (Week-3) on relevant laboratory equipment. Seminar: Applying to graduate school
questions are summarized in Figures 8 through 13. The responseshighlight the impact of the course. Here are some of the conclusions that can be drawn from thedata: • ENGR1234 has a stronger impact on student performance in Physics I (Mechanics) than in Physics II (Electricity and Magnetism) • ENGR1234 has a very strong positive impact on student performance in Statics and Dynamics • ENGR1234 seems to have a strong positive influence on students’ ability to perform well in other Mathematics courses • As per the response to Q#6 ENGR1234 was a valuable addition to the curriculum and students feel the course is helping them a lot STRONGLY DISAGREE 1 DISAGREE 2 NEUTRAL
they should only post the topics related to prerequisite material for that class. • The placement of the videos on the course website is very important. The links should be accessible directly on the main course page and the instructors should make announcements in class about their availability.AcknowledgementsThe initial work in this paper was supported by a 2018-2019 Graduation Initiative 2025Innovation Grant from California State University, Fullerton.References[1] Q. Dunsworth and Y. Wu, "Effective Review of Prerequsites: Using Videos to Flip the Reviewing Process in a Senior Technical Course," in Proceedings of 125th ASEE Annual Conference & Exposition, Salt Lake City, Utah, 2018.[2] Z. Jiang, A. W
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entire class in a large lecture hall with each presenter havingapproximately one minute of Q&A after their presentation. Students are graded by the instructorof record, the course graduate teaching assistant, and the undergraduate mentors assigned to theclass. Grading is based on oral and visual presentation, and student understanding of technicalcontent. Furthermore, a classroom response system (clickers or a streamlined Google form) isused by the class members to provide additional feedback to the presenter. Peer feedbackcontributed a very small portion (~5%) of the student’s presentation grade.The articles selected by the study population over a nine-year period were analyzed. The authorsindependently assigned each presented article to
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ameasurement module connected to 5 displays: apparent power (S), active power (P), reactivepower (Q), RMS voltage magnitude (|Vs|), and RMS current magnitude (|Is|). The sign of theactive power display indicates whether that power is flowing from the DC source to the AC grid(negative) or from the grid into the converter/DC source (positive). The polarity is a conventionthat is chosen to match that of the laboratory experiment. Students can also use the providedscope to visually inspect the influence of switching frequency and filter sizes on current ripple,as well as the influence of Vc and Gamma on the current waveform, as shown in Figure 5. 60
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diode equation, (1).(a) ID (Vd) of a PN junction diode (b) VP N of a PN junction diode Figure 3. LabVIEW plots of a PN junction diode at room temperature(a) ID (Vd) of a PN junction diode (b) VP N of a PN junction diode Figure 4. LabVIEW plots of a PN junction diode with heat applied Figure 5. PN junction I-V (ID (Vd )) curves with and without heat applied qVP N ID (VP N ) = IS exp −1 (1) γkb Twhere IS is the saturation current (very small, pA in Silicon), q is the charge magnitude of anelectron (1.60 x 10−19 C or 1
Host Q&A Sessions Provide Project Mentor Projects Helps Judge Projects Industry Members Other Technical Advisors 0% 10% 20% 30% 40% 50% 60%Figure 2.6: Industry member and Technical advisor involvement in capstone experience.ProjectsSurvey responses were also collected to obtain information on team composition, project types,and methods to solicit projects. Survey responses indicated that most project were multi-disciplinary within the realm of civil engineering with a minority of responses
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